# eShepherd — full text corpus

Source: https://landing.eshepherd.io
Generated: 2026-05-13

This file inlines every English article, customer story, use-case
and FAQ entry from landing.eshepherd.io. Markdown / MDX syntax has
been stripped to plain text and locale-specific branches collapsed
to canonical en-AU. The companion index lives at /llms.txt.

eShepherd is a Gallagher virtual fencing system for cattle: a
solar-powered GPS neckband, an optional LoRa base station, and a
web + mobile app that let producers draw paddocks on a map and
move stock without physical fences. Cattle-only. Sold in AU, NZ,
US, CA, UK and Ireland; operating on farms in 14+ countries today.
Welfare protocol is audio-first: a sequence of escalating audio
cues precedes any low-energy electrical pulse, and cattle typically
learn to respond to audio alone in 3–10 days. The training loop
and welfare outcomes are the subject of long-running CSIRO research.

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ARTICLES
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## eShepherd vs Vence: virtual fencing compared for cattle operations
URL: https://landing.eshepherd.io/articles/eshepherd-vs-vence
Published: 2026-05-07
Summary: A direct comparison of eShepherd and Vence on cost, battery, containment, connectivity and apps. Honest analysis with the long-run numbers that matter.
Availability: Vence has been deployed in a select few locations in Australia and is not available for sale in New Zealand. Reach out if you'd like to discuss your specific operation. eShepherd (built by Gallagher) and Vence (owned by Merck Animal Health) are two of the most established virtual fencing systems running on commercial cattle operations in the United States and Canada. They take very different approaches to almost every part of the system: hardware ownership, battery technology, connectivity, app design, and ecosystem. This article walks through them head to head and gives you the honest read on which fits which operation. ## The headline differences | | eShepherd | Vence | |---|---|---| | Built by | Gallagher (livestock since 1938) | Merck Animal Health | | Pricing model | Buy hardware, low monthly fee | Lease only, no ownership option | | Battery | LiFePO4 solar, 7 to 10 years | Single-use, replaceable, 2 to 12 months | | Connectivity | Cellular and LoRa, mix on one property | LoRa base station only | | Containment | 99% | 80 to 95% | | Apps | Full mobile and web | Web only (mobile view-only) | | Pasture monitoring | Yes, with auto-calibration | No | | Animal weighing | Yes (Gallagher integration) | No | | Min order | 20 head | None | | Countries | 14+ | US, plus select deployments in AU. Not in NZ or CA | ## Cost over time The University of Arizona Cooperative Extension and the Rangelands journal both ran independent total cost of ownership analyses across virtual fencing systems. Per cow on a base-station setup: | | Over 5 years | Over 10 years | |---|---|---| | eShepherd | $440 | $530 | | Vence | $550 | $850 | That works out to eShepherd being about 38% cheaper per cow per year on a 10-year horizon ($53/cow/year vs $85/cow/year). The reason: Vence collars use a single-use battery that lasts anywhere from 2 to 12 months depending on use, with a $10 replacement cost each time and labour to swap. Over a decade of operation, those costs add up. eShepherd's solar-powered LiFePO4 collar runs for 7 to 10 years on the same battery. ## Battery and power This is the biggest single difference between the systems. eShepherd uses a lithium iron phosphate (LiFePO4) battery paired with a solar panel on top of the collar. Designed life is 7 to 10 years with a 3-year warranty. Solar keeps it topped up under normal grazing. The battery doesn't get swapped during the working life of the collar. Vence has no solar panel. The battery is single-use and replaceable. Depending on how often the animal interacts with the boundary, it lasts anywhere from 2 to 12 months. To swap a battery, you take the collar off the animal, undo a screw door, disconnect wires, fit the new battery, reassemble, and put it back on. That happens repeatedly across the working life of the collar. If you're running 200 head on Vence, you might be doing 200 to 1,200 battery swaps a year depending on how the collars are used. Each swap costs the battery (around $10) plus the labour to handle the animal and do the work. Over 10 years, that's a significant operating cost most year-one TCO calculations miss. eShepherd is also the only system using LiFePO4 chemistry, which has no cobalt or nickel, lasts roughly twice as many cycles as standard lithium-ion, and is far more thermally stable. ## Connectivity eShepherd sells the same neckband in two flavours. A cellular version that connects to local mobile networks via a global SIM that roams across all major carriers (Verizon, AT&T, T-Mobile, US Cellular and others), and a LoRa version that talks to a base station. You can mix both on one property under one platform. Vence is base-station-only. Each base reaches up to 14 km on flat country. Base stations are around US$12,500 installed or US$10,000 self-install. For very large extensive operations, that single tower covering a wide area is a real strength. For most operations, it's overkill, and you can't use Vence at all without a base station even where cellular is available. eShepherd's LoRa base station is around US$5,000 (regional pricing varies — get a quote for your operation), and you only need one when cellular won't work. ## Containment This is the most important number in any virtual fencing system. How often do the animals stay inside the boundary you set? eShepherd: 99% Vence: 80 to 95% That gap matters in practice. On 100 head, the difference between 99% and 90% containment is the difference between one animal escaping and ten. For operations near roads, sensitive habitat, neighbours, or any place where escapes have real consequences, a 4 to 19 percentage point gap is not academic. eShepherd also has features that compound this. Return to Paddock automatically tries to bring an escaped animal back before the system gives up on it. Bad Paddock Alerts warn you if a virtual paddock you've drawn has no water access or has corners too tight to be safe. Exclusion zones let you draw a no-go area around a barn, house, or hazard. None of these features exist in Vence. ## Apps eShepherd has had both a fully featured mobile and web app since commercial sales started in 2022. You can do effectively everything from either one. Heat maps go back 30 days at a time, anywhere within the last 6 months. Tracks let you see where an individual animal has been over the past 7 days, useful for finding new calves or working out why a mob is doing what it's doing. Vence is the opposite: web only, with a view-only mobile companion. You can see where animals are on your phone, but every actual change to the system happens at a desk. For a farmer out checking water and cattle, that's friction. ## Pasture monitoring and weighing eShepherd offers pasture monitoring built into the platform. Satellite multispectral imagery, automatically calibrated by patented ground sensors. No pasture walks. No plate meter. End-to-end automatic. eShepherd also integrates with Gallagher Vision Weigh for automatic in-paddock weighing, with weights coming into the eShepherd platform. Vence doesn't offer either. The company is owned by Merck, which has SenseHub for animal health (heat detection, pregnancy detection), but Merck has confirmed there are no plans to integrate Vence with SenseHub. Vence is a virtual fencing system and nothing else. ## Where Vence fits Vence is built for very large extensive Western extensive grazing operations. Single base stations covering a 9-mile radius on flat country, lease-only economics that suit operations preferring no capital expenditure, and a system already deployed at scale on big stations for several years. If your operation looks like that and ownership of hardware isn't important, Vence has track record on the size of country it's designed for. For everyone else, including most cow-calf, stocker, and rotational grazing operations, eShepherd is the stronger system across cost, containment, battery longevity, app experience, and ecosystem breadth. ## What to do next Get an indicative quote for your operation → Want to hear from farmers already running eShepherd? Read their stories → Coming to a field day, demo or industry event near you? See where we'll be → Talk to the eShepherd team → Read the broader four-system comparison: How eShepherd compares to other virtual fencing solutions. --- This article reflects publicly available information on Vence as of May 2026. Pricing and specifications change. Cost figures are drawn from the Rangelands journal paper "The economic fundamentals of virtual fencing compared to traditional fencing" (Boyer et al., 2025) and the University of Arizona Cooperative Extension virtual fencing comparison.

## eShepherd vs Nofence for cattle: a head-to-head virtual fencing comparison
URL: https://landing.eshepherd.io/articles/eshepherd-vs-nofence-cattle
Published: 2026-05-07
Summary: How eShepherd and Nofence stack up on cattle operations. Cost, battery, connectivity, apps, pasture monitoring, weighing.
Availability: Nofence is not currently available for sale in Australia or New Zealand. This comparison is provided for international reference. Of the four main virtual fencing systems on the market, eShepherd and Nofence are the closest to each other in approach. Both run a buy-the-hardware, pay-per-month pricing model. Both lead with cellular as the primary connectivity option. Both have strong containment numbers and reliable solar-powered collars. This article compares them directly for cattle operations. Nofence is the only system on the market that does sheep and goats, so if that's your use case, Nofence is the answer and you don't need this comparison. For cattle, here's the honest read. ## The headline differences | | eShepherd | Nofence | |---|---|---| | Built by | Gallagher (livestock since 1938) | Nofence (Norway, founded 2011) | | Pricing model | Buy hardware, monthly fee | Buy hardware, annual subscription | | Battery chemistry | LiFePO4 (no cobalt or nickel) | Lithium-ion | | Battery life | 7 to 10 years | About 5 years | | Connectivity | Cellular and LoRa fallback | Cellular only | | Pasture monitoring | Yes, with auto-calibration | No | | Animal weighing | Yes (Gallagher integration) | No | | Apps | Full mobile and web | Mobile only (no web) | | Min order | 20 head | 5 head | | Livestock | Cattle | Cattle, sheep, goats | | Countries | 14+ | Most of Europe, US, Canada coming. Not in AU or NZ | ## Cost over time The University of Arizona Cooperative Extension and the Rangelands journal both ran independent total cost of ownership analyses across virtual fencing systems. Per cow on cellular setups, the numbers come out like this: | | Over 5 years | Over 10 years | |---|---|---| | eShepherd cellular | $370 | $490 | | Nofence | $527.50 | $707.50 | That works out to eShepherd being about 30% cheaper per cow per year on a 10-year horizon ($49/cow/year vs $71/cow/year). The reason is collar life. eShepherd's 7-to-10-year LiFePO4 neckband means you don't replace hardware halfway through. Nofence's 5-year battery life means you do, and the cost compounds across the long horizon. ## Battery and power eShepherd is the only virtual fencing system using lithium iron phosphate (LiFePO4) batteries. Nofence uses standard lithium-ion. The difference is real: LiFePO4 has no cobalt and no nickel. Standard lithium-ion depends on both. Cobalt mining in particular has well-known human rights and environmental issues. LiFePO4 lasts roughly twice as many charge cycles as lithium-ion. That's why eShepherd's 7-to-10-year battery life is achievable when Nofence sits at around 5. LiFePO4 is far more thermally stable. It won't catch fire if punctured or overheated. On capacity, the eShepherd neckband carries 38.4 Wh of battery and 4.4 W of solar. Nofence carries 72 Wh and 2.3 W. Nofence has the bigger fuel tank, eShepherd has nearly twice the solar refill rate. Both deliver good real-world solar life, but eShepherd's combination of LiFePO4 chemistry and the Gallagher build approach is what enables the 7-to-10-year design life vs Nofence's 5. ## Connectivity Both eShepherd and Nofence use CAT-M1 and NB-IoT cellular technology. These aren't the bands your phone uses. They're cellular IoT bands designed specifically for low-power devices in the field, with better rural coverage than your phone gets. Both also use Bluetooth Low Energy (BLE) mesh. Every collar can talk to every other collar in the herd. If one animal is on a ridge with a signal and the rest are in a creek bottom without one, the data still flows through the mesh. eShepherd and Nofence handle this in similar ways. The difference: eShepherd has a LoRa fallback option. The same neckband can run on cellular or on a LoRa base station, and you can mix both on one property. If you've got coverage across most of the farm but a back paddock that's dead, run cellular on the main mob and LoRa on the back country. Nofence is cellular-only, full stop. If you don't have cellular in part of your operation, Nofence won't work there. ## Pasture monitoring eShepherd offers pasture monitoring built into the platform. Satellite multispectral imagery, automatically calibrated by patented ground sensors. No pasture walks. No plate meter. No manual calibration data. End-to-end automatic. Nofence doesn't offer pasture monitoring. It's a virtual fencing system and animal management tool, full stop. If you're managing rotational grazing seriously, having pasture cover and growth data tied into the same platform that's managing your fences is a meaningful operational advantage. ## Animal weighing and the broader ecosystem eShepherd is the only virtual fencing system that integrates with automatic in-paddock weighing. Gallagher Vision Weigh captures animal weights without you running them through a yard, and those weights are coming into the eShepherd platform. That's part of a bigger story. Gallagher has been in livestock since 1938 and runs a complete ecosystem: virtual fencing, automatic weighing, water monitoring, energizers, EID tags, traditional fencing. All of it is being unified into a single sign-on platform through 2026 and 2027. Each eShepherd neckband has a built-in RFID matching the animal's EID tag, so when you draft cattle through a Gallagher race, the system already knows who's who. Nofence is standalone. Good at what it does, but you'll be running it alongside other systems for weighing, water and animal performance, with no integration between them. ## Apps eShepherd and Nofence have mobile apps that are equally capable for day-to-day virtual fencing. Both are well-designed, both are intuitive on the phone, both let you manage paddocks and animals without friction. Where eShepherd pulls ahead is in two places. Mob management is easier in the eShepherd app. Working with multiple groups in the same physical area, moving animals between mobs, and tracking groups separately is more streamlined. eShepherd has a fully featured web app since 2022. Nofence doesn't have a web app at all. If you want to plan grazing on a bigger screen, build out paddock systems, or sit at a desk to do detailed work, eShepherd lets you. Nofence is phone-only. For some farmers the phone is everything. For others, having both is a real working advantage. ## Animal welfare eShepherd was the first virtual fencing system legalised for commercial use in Australia. Australia has some of the strictest animal welfare requirements in the world for this category, and Gallagher had to demonstrate the system met them before being allowed to sell. The eShepherd audio cue is 5 seconds, paired with learned avoidance behaviour. After training, most cattle respond to the audio alone without needing the pulse at all. Nofence has been operating since 2011 and has a strong welfare record of its own. Both systems are well-designed on this front. The eShepherd Australian regulatory approval is just an additional public benchmark. ## Where Nofence fits If you run sheep or goats, Nofence is the answer. They're the only virtual fencing company that builds for small ruminants, and they do it well. If you run cattle on a small operation with reliable cellular coverage and you want a phone-first experience without needing pasture monitoring, weighing, or a desktop interface, Nofence is a perfectly capable system. For most cattle operations where you want the longer-term economics, the integrated ecosystem, the pasture and weighing data, the LoRa fallback option for connectivity gaps, and a desktop interface alongside the phone, eShepherd is the stronger choice. ## What to do next Get an indicative quote for your operation → Want to hear from farmers already running eShepherd? Read their stories → Coming to a field day, demo or industry event near you? See where we'll be → Talk to the eShepherd team → Read the broader four-system comparison: How eShepherd compares to other virtual fencing solutions. --- This article reflects publicly available information on Nofence as of May 2026. Pricing and specifications change. Cost figures are drawn from the Rangelands journal paper "The economic fundamentals of virtual fencing compared to traditional fencing" (Boyer et al., 2025) and the University of Arizona Cooperative Extension virtual fencing comparison.

## How does eShepherd compare to other virtual fencing solutions?
URL: https://landing.eshepherd.io/articles/how-eshepherd-compares-to-other-virtual-fencing
Published: 2026-05-07
Summary: An honest, up-to-date comparison of eShepherd against Halter, Vence and Nofence on pricing, battery life, connectivity and pasture monitoring.
Virtual fencing has gone from research project to working tool on commercial farms in just a few years. There are now four serious players you'll come across: eShepherd (built by Gallagher), Halter, Vence (Merck Animal Health) and Nofence. They all do roughly the same job. GPS-enabled neckbands that train cattle to respect a virtual boundary using audio cues and a brief electrical pulse. But how they're built, priced and supported is very different. This article is the honest version. Where we think eShepherd has the edge, we say so and explain why. Where another system fits better, we say that too. eShepherd has been deployed across 14+ countries and has been battle-tested across a wide range of climates, herd types and terrain. Beef in the Northern Territory, dairy in Taranaki, big herds in Texas, hill country in South Canterbury, and lifestyle blocks in Victoria. The product has been refined off the back of all of it. > Going deeper > If you already know which competitor you're weighing against, jump straight to the head-to-head: > > - eShepherd vs Halter > - eShepherd vs Vence > - eShepherd vs Nofence (for cattle) > - Virtual fencing total cost of ownership ## Where each company operates Country availability matters. Not every system is sold everywhere. eShepherd: Australia, New Zealand, the United States, Canada and parts of Europe. Plans for South America and the rest of Europe. Halter: Australia, New Zealand and the United States. The dairy version is only available in New Zealand and Australia, with no current plans to release dairy in the US. Vence: United States, with select deployments in Australia. Not available in New Zealand or Canada. Nofence: Most of Europe and the United States, with Canada coming soon. Not available in Australia or New Zealand. ## The short version | | eShepherd | Halter | Vence | Nofence | |---|---|---|---|---| | Built by | Gallagher (livestock since 1938) | Halter (NZ startup) | Merck Animal Health | Nofence (Norway) | | Pricing model | Buy hardware, low monthly fee | Lease, two-year contract | Lease only | Buy hardware, annual subscription | | Connectivity | Cellular and LoRa base station | LoRa towers, with satellite option | LoRa base station only | Cellular only | | Battery chemistry | LiFePO4 (no cobalt or nickel) | Lithium-ion | Lithium (single-use) | Lithium-ion | | Battery life | 7 to 10 years | About 5 years | 2 to 12 months | About 5 years | | Breaking strength | 350 kg | 225 to 275 kg | 200 kg | Slip strap, no fixed break | | Containment | 99% | 98% | 80 to 95% | 99% | | Min order (NZ/US/CA/UK) | 20 | 50 | None | 5 | | Min order (AU) | 60 | 50 | n/a | n/a | | Apps | Mobile and web (full) | Mobile (web view-only since 2025) | Web only (mobile view-only) | Mobile only (no web) | | Livestock | Cattle | Cattle (beef + dairy) | Cattle | Cattle, sheep, goats | | Pasture monitoring | Yes (auto-calibrated satellite) | Yes (satellite) | No | No | | Animal weighing | Yes (Gallagher integration) | No | No | No | ## Pricing and total cost of ownership Every company prices differently, which makes head-to-head comparison hard at first glance. eShepherd runs a buy-the-hardware, pay-as-you-use model. Neckband pricing is tiered by herd size. The same neckband works on either cellular or LoRa, so the network choice doesn't change the hardware price. Australian pricing: A$415 per neckband for 20 to 59 head, A$350 for 60+. Monthly subscription is A$2 per neckband on LoRa or A$2.50 on cellular, so A$24 to A$30 per collar per year. A LoRa base station is A$6,000. Minimum order is 60 head. A neat detail: eShepherd only charges the subscription for active months. If a neckband is sitting in the barn over winter or hung on a fence between mobs, you don't pay. That suits anyone running summer herds or seasonal grazing. You can get an indicative quote for your operation →. Halter is subscription-only with a two-year minimum contract. Around US$72 per animal per year over 100 head, or US$96 per animal per year under 100 head. Base stations are around US$4,500 each. Their new satellite tier runs roughly 25% more per animal per year on top of the base subscription. Subscription pricing in AU and NZ varies by herd size and contract terms. Worth knowing: Halter requires 100% coverage across your property, which means more base stations than the others. Where Vence might recommend two and eShepherd three or four for the same property, Halter often quotes five to nine. And because they're on a subscription model with contract renewals, prices can change at renewal. Vence is lease-only. About US$40 per animal per year, plus US$10 per replacement battery (you'll typically need one to six per year per collar). Base stations are US$12,500 installed or US$10,000 self-install. No option to own the hardware. Made for very large extensive operations where the lease economics work. Nofence is the closest to eShepherd in pricing model: buy the hardware and pay a yearly data fee. Cattle collars are US$345 under 50 head, US$330 at 50+. First year subscription is included; after that, US$42 per animal per year under 50 head or US$32 at 50+. Sheep and goat collars are US$255 to US$240. They also charge for spare batteries and charging stations. ### What this looks like over time The University of Arizona Cooperative Extension and the Rangelands journal have both published independent total-cost-of-ownership analyses across virtual fencing systems. The numbers are clear, and they're worth looking at directly. Cellular systems (no base station required), per cow: | | Over 5 years | Over 10 years | |---|---|---| | eShepherd cellular | $370 | $490 | | Nofence | $527.50 | $707.50 | Base station systems, per cow: | | Over 5 years | Over 10 years | |---|---|---| | eShepherd LoRa | $440 | $530 | | Vence | $550 | $850 | | Halter | $360 | $660 | A few things stand out. On cellular, eShepherd works out about 30% cheaper per cow per year than Nofence on a 10-year horizon ($49/cow/year vs $71/cow/year). On base stations, eShepherd works out about 20% cheaper per cow per year than Halter on a 10-year horizon ($53/cow/year vs $66/cow/year). Compared to Vence, eShepherd is about 38% cheaper per cow per year over 10 years ($53/cow/year vs $85/cow/year). The reason eShepherd compounds ahead over time is collar life. Seven-to-ten-year collars mean you don't replace hardware halfway through the system's working life. The competitors do, and that cost shows up in the long-run numbers. The 10-year number is the one to look at because that's where the differences in collar life actually show up. If you're making a 10-year bet on a system, eShepherd is the cheapest in both connectivity categories. You can read the full Rangelands journal paper at sciencedirect.com and the University of Arizona Cooperative Extension comparison at rangelandsgateway.org. ## Power and battery: how long it actually lasts This is one of the biggest differences between systems and it gets misunderstood often. Think of it as a fuel tank and a refill rate. The watt-hour (Wh) number is how much fuel the tank holds. The watt (W) number on the solar panel is how fast the sun refills it. Both numbers matter together. | | Battery (Wh) | Solar (W) | Battery chemistry | |---|---|---|---| | eShepherd | 38.4 Wh | 4.4 W | LiFePO4 | | Halter | 10.1 Wh | 2.4 W | Lithium-ion | | Nofence | 72 Wh | 2.3 W | Lithium-ion | | Vence | n/a (replaceable) | None | Lithium (single-use) | What this means in plain terms: Halter has the smallest tank of any of the live solar systems. Their solar size is also smaller than eShepherd's. Their public spec says 14 days of running without sun, but real-world reports from farmers doing daily moves drop that to 3 to 4 days under cloudy conditions. If you're somewhere with extended overcast weather or a dark winter, that's a tighter margin than you want. Nofence has the biggest tank at 72 Wh, with similar solar size to Halter. Big buffer, normal refill speed. Real-world solar life sits around 14 days. Solid system on power. eShepherd has nearly four times Halter's tank at 38.4 Wh and 80% more solar power at 4.4 W. Big tank, fast refill. That combination is what makes the 7-to-10-year battery life realistic in the field, including through cloudy stretches and winter sun angles. Vence is the outlier. No solar at all. The battery is single-use and replaceable. When it runs out, you take the collar off the animal, undo a screw door, swap the cells, reassemble, and put it back on. That happens anywhere from once every two months to once a year per collar depending on use. ### Why eShepherd is the only system using LiFePO4 eShepherd is the only virtual fencing company using lithium iron phosphate (LiFePO4) batteries. Every other system is on standard lithium-ion. Why does this matter: LiFePO4 has no cobalt and no nickel. Standard lithium-ion (Li-ion) chemistry depends on both. Cobalt mining in particular has well-known human rights and environmental issues. LiFePO4 sidesteps that. LiFePO4 is safer. It's far more thermally stable than Li-ion. It won't catch fire if punctured or overheated. On a collar that's going to live outdoors on an animal for a decade through hot summers and being trodden on, that matters. LiFePO4 lasts roughly twice as many charge cycles as Li-ion. That's a big part of why eShepherd's 7-to-10-year battery life is achievable when the others are at 5. The whole industry should be moving this way. eShepherd got there first. We care about animal welfare, sustainability and what happens to this hardware after it's been on a cow for a decade. LiFePO4 is the right answer on all three. ## Connectivity Virtual fencing only works if the neckband can talk to the cloud reliably. Each company solves this differently. eShepherd sells the same neckband in two flavors. A cellular version that connects directly to the local mobile network using a global SIM that roams across all carriers (Verizon, AT&T, T-Mobile, US Cellular, Telstra, Spark, etc.), and a LoRa version that talks to a base station. You can mix both on one property under one platform. If you've got coverage across most of the farm but a back paddock that's dead, run cellular on the main mob and LoRa on the back country. None of the others let you do that. ### A note on cellular tech: CAT-M1 and NB-IoT eShepherd cellular uses CAT-M1 and NB-IoT, the same tech Nofence uses. These aren't the bands your phone uses. They're cellular IoT bands designed specifically for low-power devices in the field. In farmer terms: regular phone signals are like talking on a long-distance call. CAT-M1 and NB-IoT are like sending a text. Less power, less data per message, but the signal travels further and gets through where a phone call wouldn't. Coverage is genuinely better than your phone in rural areas. A spot where your phone shows one bar of LTE might still have a solid CAT-M1 signal because of how the towers prioritise these bands. That's why you can deploy a cellular collar in places where you'd struggle to get a phone call. Nofence is cellular-only and works really well on properties with solid mobile coverage. Like eShepherd, every Nofence collar has Bluetooth and the herd shares data between animals. If one animal is on a ridge with a signal and the rest are in a creek bottom without one, the data still flows through the mesh. eShepherd uses the same approach with its own BLE mesh, with the added ability to fall back to the LoRa base station if you've got one. If you've got reliable cellular and you don't need a base station option, Nofence and eShepherd cellular are the two strongest options. The choice between them often comes down to whether you want the longer collar life and Gallagher ecosystem (eShepherd) or the small-ruminant capability (Nofence is the only one that does sheep and goats). Halter has historically required its own LoRa towers and recently launched a satellite option. The satellite tier is a step forward for properties without cellular, but it currently runs about 25% more per animal per year on top of the standard subscription. eShepherd cellular addresses the same tower-less use case at a lower running cost. Vence is base-station-only. Each base reaches up to 14 km on flat country, which suits big open Western extensive country but is overkill for most mid-sized operations. If you've got mixed coverage across your property, eShepherd is the only one that lets you mix on one platform. That's the real advantage. ## Pasture monitoring This is one of the biggest gaps between the four systems and most comparison articles miss it. Only eShepherd and Halter offer pasture monitoring as part of their platform. Both use satellite multispectral imagery, which is the same broad approach used in commercial agriculture remote sensing: satellites measure how much green plant material is on the ground at any point and how it's changing. The big difference is in calibration. Satellite imagery on its own is approximate. To turn it into accurate pasture cover numbers, you need ground truth, which traditionally means walking the paddocks with a plate meter or rising plate, taking measurements, and feeding them back into the system. That's labour the farmer has to do every week. eShepherd uses patented ground sensors that automatically calibrate the satellite. No pasture walks. No plate meter readings. No photos. No manual calibration data. The sensors live in the paddock, the satellite captures the imagery, and the system fuses them automatically. End-to-end automatic. The reasoning is simple: we know you don't have time. We don't build products that add work to your day, we build products that take it off. ## Beyond fencing: the broader Gallagher ecosystem Virtual fencing is one piece of the bigger picture. Where eShepherd really pulls ahead is in what surrounds it. Animal weighing. eShepherd is the only virtual fencing system that integrates with automatic in-paddock weighing. The Gallagher Vision Weigh system captures animal weights without you running them through a yard. Those weights will be coming into the eShepherd platform soon, alongside the existing animal management data. Water monitoring. Gallagher's water monitoring tools tie into the same platform. Energizers and traditional fencing. Already part of the same ecosystem. Identification. Each eShepherd neckband has a built-in RFID that matches the animal's EID tag. When you draft cattle through a Gallagher race, the system already knows who's who. The end goal is a single sign-on platform where virtual fencing, weighing, water and animal performance all live in one place. That's rolling through 2026 and 2027. Halter has its own platform with strong dairy-specific tooling. Vence and Nofence are standalone. None of the others have anything close to the ecosystem breadth. Vence's parent company Merck has SenseHub for animal health (heat detection, pregnancy detection), but there are no plans to integrate it with Vence. ## Neckband fitment You're going to be putting these on hundreds of animals through a chute or crush, and you'll be loosening or removing them again over the life of the system. Fitment time matters more than people realise. eShepherd uses a simple buckle and clip system, similar to the snap clips on a backpack strap. Loosening it in the chute takes a moment. The collar hangs under the neck on chains, with gravity keeping the electrodes in contact. That works regardless of how clean or muddy the animal is. The 350 kg breaking strength on the top strap is roughly double what it used to be, after Gallagher updated the design to reduce loss when collars caught on branches. Nofence uses a similar gravity-based design with chains under the neck, and the electrode contact is reliable. The trade-off is that taking them off and refitting is more of a hassle, since they don't have an easy detachable system like eShepherd's clip. Vence has been through several collar redesigns. The current version uses a carabiner system that takes a bit longer to fit and remove than the eShepherd clip approach. Like eShepherd and Nofence, the device hangs under the neck on chains, so electrode contact is reliable through gravity. Halter uses a belt-style strap with the device sitting on top of the neck rather than under it. When the collar is clean, fitment is straightforward, though it takes longer than a clip. The harder part is when the collar gets caked in mud. Because the device sits on top, the strap has to be tighter to stop it sliding off, which means more fitment adjustments on growing animals. If you're working through a big mob in one session, the difference between a buckle clip and a belt or carabiner is real. Small per animal, big across 200 head. ## App experience The app side has had a clear gap and it's worth getting right. eShepherd has had both a fully featured mobile and web app since commercial sales started in 2022. You can do effectively everything from either one. The web app has a few extra small features, but day-to-day a farmer can manage the whole system from their phone or their desk depending on preference. Heat maps go back 30 days at a time, anywhere within the last 6 months, as a snapshot or animation. Tracks let you see where an individual animal has been over the past 7 days, which is genuinely useful for finding new calves or working out why a mob is doing what it's doing. Halter was mobile-only from launch and only released a web app in 2025. Even now, the web app is view-only. All the actual work happens on the phone. If you like working on a computer, that's friction you'll feel daily. Their mobile app is well-built, so if you're a phone person it's a strong experience. Nofence has a mobile app that's on par with eShepherd's for day-to-day virtual fencing. The two are equally capable for managing paddocks and animals on your phone. Where eShepherd pulls ahead is in two places: mob management is easier in the eShepherd app, and eShepherd has a full-featured web app that Nofence doesn't offer at all. If you want to plan grazing on a bigger screen, that's not a Nofence option. Vence is the opposite: web app only, with a view-only mobile companion. Good if you live at a desk, awkward if you're out in the paddock. eShepherd is the only one of the four where you genuinely don't have to choose. That mattered enough to Gallagher that it's been a core part of the product since day one. ## Animal welfare and training All four systems work the same way. An audio cue when the animal approaches the boundary, then a brief electrical pulse if they push through. Cattle learn fast. Most herds reach 95 to 98% containment in the first 72 hours, with full training in 3 to 10 days. eShepherd was the first virtual fencing system to be legalised for commercial use in Australia. That matters because Australia has some of the strictest animal welfare requirements in the world for this category, and Gallagher had to demonstrate the system met them before being allowed to sell. Animal welfare has been baked into the design from the start, not bolted on later. The eShepherd audio cue is 5 seconds, paired with learned avoidance behaviour. After training, most cattle respond to the audio alone without needing the pulse at all. ## Performance side-by-side For cattle, the published numbers stack up like this: | | eShepherd | Halter | Vence | Nofence | |---|---|---|---|---| | Collar retention | 97% | 97% | 90% | 97% | | Containment | 99% | 98% | 80 to 95% | 99% | | Location update | Every 10 min | Every 10 min | Every hour | Every 5 min | | VP activation time | About 20 min, or instant on Scheduled Moves | 12 min | 1 to 24 hours | 2 min | | Cold weather tested | Down to -29°C | Fair | Fair | Norway-built, handles real cold | | Min paddock size | 5 m × 5 m | No minimum | Unknown | 0.2 hectares | A few features that only some companies have: Return to Paddock (eShepherd only): if an animal escapes, the system actively tries to bring them back before treating the escape as final. Bad Paddock Alerts (eShepherd and Halter only): the system warns you if the virtual paddock you've drawn has no water access or has corners too tight to be safe. Multiple mobs in one physical paddock (eShepherd, Vence, Nofence): manage separate groups in the same physical area. Halter is in beta on this for 2026. Exclusion zones (eShepherd only): draw a no-go area around a barn, house, old machinery, or hazard. The other systems work around this with paddock geometry, but it's not the same. ## Where eShepherd is the strongest fit Putting it all together, eShepherd is the right call when: You want the best long-term economics. Independent University of Arizona and Rangelands journal cost analyses both show eShepherd as the cheapest system on a 10-year basis in both cellular and base station categories. The long collar life and low monthly fee compound over the life of the system. You want pasture monitoring built in, with no manual calibration, no plate meter, no walks. End-to-end automatic. You want to start small and scale up later. Twenty-collar minimum (NZ, US, Canada, UK) means you can run a real trial on one mob before going further. AU minimum is 60. You've got mixed coverage across your property. The ability to mix cellular and LoRa neckbands on one platform is unique to eShepherd. You already run Gallagher gear, or you want a single platform that handles fencing, weighing, water and animal performance together. You want to manage from both phone and computer. Full-feature mobile and web from day one, no view-only compromise. You care about fitment time when you're working a big mob. The buckle clip system is genuinely faster than the alternatives. You care about sustainability and long-term hardware longevity. LiFePO4 batteries, 7 to 10 year design life, no cobalt or nickel mining. You want a system designed with animal welfare in mind from the start. First virtual fencing system legalised for commercial use in Australia, where the bar is high. ## Where another system might be the better call Honest version. eShepherd isn't the right answer for everyone: If you run sheep or goats, Nofence is the only option built for small ruminants. They're a good company with a great mobile app. If you run a high-intensity dairy operation in a market where Halter operates and you want shed-integrated workflows and heat detection, Halter is purpose-built for that and worth a look. If you're a very large extensive Western station operation and lease-only economics suit you better than ownership, Vence has been deployed at that scale for years. ## What to look at next If you're trying to figure out which system fits your operation, the practical things to assess: How much cellular coverage you actually have across the property, not the marketing map, the real one. Whether the operation runs as one mob or several. What you already use for EID and animal management. Whether you'd rather own the hardware or lease it. The minimum herd size where the economics work for you. We're happy to walk through it for your specific operation. The honest answer for some farms is that virtual fencing isn't the right tool yet, or that a competitor fits better, and we'd rather tell you that than sell you a system that won't earn its keep. Want to hear from farmers already running eShepherd? Read their stories → Coming to a field day, demo or industry event near you? See where we'll be → Get a quote for your property → Talk to the eShepherd team → ### Direct head-to-head comparisons If you're weighing eShepherd against a specific competitor, the deep-dive articles cover the detail: - eShepherd vs Halter - eShepherd vs Vence - eShepherd vs Nofence (for cattle) - Virtual fencing total cost of ownership --- This article reflects publicly available information on competing systems as of May 2026. Pricing and specifications change. Check directly with each vendor for current numbers. Where we've quoted competitor pricing, it's drawn from published reporting (Progressive Dairying, Western Landowners Alliance, Farm Progress, Box X Ranch comparisons) and the vendors' own public material. The total cost of ownership analysis cited is from the Rangelands journal paper "The economic fundamentals of virtual fencing compared to traditional fencing" (Boyer et al., 2025) and the University of Arizona Cooperative Extension virtual fencing comparison.

## eShepherd vs Halter: which virtual fencing system fits your operation?
URL: https://landing.eshepherd.io/articles/eshepherd-vs-halter
Published: 2026-05-07
Summary: A direct comparison of eShepherd and Halter on cost, battery life, connectivity, pasture monitoring, weighing and animal welfare.
If you're looking at virtual fencing for cattle, eShepherd and Halter are probably the two systems you're weighing up. Both come from companies based in New Zealand, both use GPS-enabled neckbands and audio cues, both work at scale on commercial operations. Underneath the surface they're built very differently. Different battery chemistry, different connectivity, different pricing models, different ecosystems. This article goes through them side by side and tells you straight which one fits which operation. ## The headline differences | | eShepherd | Halter | |---|---|---| | Built by | Gallagher (livestock since 1938) | Halter (NZ startup, founded 2016) | | Pricing model | Buy hardware, low monthly fee | Subscription, two-year minimum contract | | Battery chemistry | LiFePO4 (no cobalt or nickel) | Lithium-ion | | Battery life | 7 to 10 years | About 5 years | | Connectivity | Cellular and LoRa, mix on one property | LoRa towers, with satellite option | | Pasture monitoring | Yes, with auto-calibration | Yes | | Animal weighing | Yes (Gallagher integration) | No | | Apps | Full mobile and web | Mobile (web view-only since 2025) | | Min order | 20 head (60 head in AU) | 50 head | | Countries | 14+ | AU, NZ, US | ## Cost over time This is where most comparisons fall apart, because year-one cost and 10-year cost tell completely different stories. Independent research from the University of Arizona Cooperative Extension and the Rangelands journal ran the numbers. Here's what they found per cow on a base-station setup: | | Over 10 years | |---|---| | eShepherd | $530 per cow | | Halter | $660 per cow | That works out to eShepherd being about 20% cheaper per cow per year on a 10-year horizon ($53/cow/year vs $66/cow/year). The reason is collar life. eShepherd's 7-to-10-year neckband means you don't replace hardware halfway through. Five-year collars mean you do. If you're making a 10-year bet on a system, eShepherd is the more economical choice. The longer the time horizon, the bigger the gap. ### Subscription stability There's a pattern with subscription pricing across the wider economy: rates rise faster than inflation. Netflix has lifted prices five times in the last decade. Xero pushes its subscription up year after year. SaaS pricing climbs whenever the company needs to widen its margin or hit a quarterly target. The headline per-animal-per-year number a subscription system quotes today is rarely the number you're paying five years in. Halter's pricing model is purely subscription, with two-year minimum contracts that renew at whatever the going rate is at the time. The TCO numbers above assume a stable rate; if Halter's per-animal subscription rises 5% a year on renewal, the 10-year number is meaningfully higher than what's quoted up front. The eShepherd subscription is the data cost. Nothing more, nothing less. There's no platform margin layered on top, no feature paywall, no premium tier waiting to swap in. To hold that promise stable, eShepherd has multi-year contracts locked in with the major cellular carriers (Verizon, AT&T, T-Mobile, US Cellular, Telstra, Spark, and the global IoT network providers) that fix the data cost for the life of your hardware. The rate you sign at is the rate that holds. For operations weighing the long-run cost, that distinction matters. A subscription contract you can't anchor against can quietly compound into a different deal than the one you signed. ## Battery and power eShepherd is the only virtual fencing system using lithium iron phosphate (LiFePO4) batteries. Halter uses standard lithium-ion. The difference matters more than it sounds. LiFePO4 has no cobalt and no nickel. Standard lithium-ion depends on both. Cobalt mining in particular has well-known human rights and environmental issues. LiFePO4 sidesteps that. LiFePO4 lasts roughly twice as many charge cycles as lithium-ion. That's a big part of why eShepherd's 7-to-10-year battery life is realistic where Halter's sits around 5. LiFePO4 is far more thermally stable. It won't catch fire if punctured or overheated. On a collar that lives outdoors on an animal for a decade, that matters. On capacity, the eShepherd neckband carries 38.4 Wh of battery and 4.4 W of solar. Halter carries 10.1 Wh of battery and 2.4 W of solar. Think of it as a fuel tank and refill rate: eShepherd has nearly four times the tank and 80% more solar refill power. Halter's public spec says 14 days of running without sun, but real-world reports from farmers doing daily moves under cloudy conditions drop that to 3 to 4 days. The eShepherd buffer is much more generous if you're somewhere with extended overcast weather or a dark winter. ## Connectivity eShepherd sells the same neckband in two flavours. A cellular version that connects to local mobile networks via a global SIM that roams across all major carriers, and a LoRa version that talks to a base station. You can mix both on one property under one platform. If you've got coverage across most of the farm but a back paddock that's dead, run cellular on the main mob and LoRa on the back country. Halter has historically required its own LoRa towers and recently launched a satellite tier. The satellite option works in places without cellular, but it currently runs about 25% more per animal per year on top of the standard subscription. Halter also requires 100% coverage across your property, which means more base stations than eShepherd. Where eShepherd might quote three or four base stations for a property, Halter often quotes five to nine. If you've got mixed coverage, eShepherd's flexibility is the cleaner answer. If you've got no cellular at all, both have a tower-less option, but eShepherd cellular addresses the same use case at a lower running cost than Halter satellite. ## Pasture monitoring Both eShepherd and Halter offer pasture monitoring built into the platform. Both use satellite multispectral imagery to measure grass cover and growth. The difference is calibration. Satellite imagery on its own is approximate. To turn it into accurate cover numbers, you need ground truth, which traditionally means walking paddocks with a plate meter or rising plate every week and feeding measurements back into the system. eShepherd uses patented ground sensors that automatically calibrate the satellite imagery. No pasture walks. No plate meter readings. No photos. The sensors live in the paddock and the system fuses everything automatically. End-to-end automatic. We don't build products that add work to your day. We build products that take it off. ## Animal weighing and the broader ecosystem eShepherd is the only virtual fencing system that integrates with automatic in-paddock weighing. Gallagher Vision Weigh captures animal weights without you running them through a yard, and those weights are coming into the eShepherd platform. That's part of a bigger story. Gallagher has been in livestock since 1938 and runs a complete ecosystem: virtual fencing, automatic weighing, water monitoring, energizers, EID tags, traditional fencing. All of it is being unified into a single sign-on platform through 2026 and 2027. Halter has its own platform with strong dairy-specific tooling, but the breadth of what eShepherd connects to isn't something Halter has built or is trying to build. Each eShepherd neckband also has a built-in RFID matching the animal's EID tag, so when you draft cattle through a Gallagher race, the system already knows who's who. ## Apps eShepherd has had both a fully featured mobile and web app since commercial sales started in 2022. You can do effectively everything from either one. Halter was mobile-only from launch and only released a web app in 2025. Even now, the Halter web app is view-only. All the actual work happens on the phone. If you like working on a computer, that's friction you'll feel daily. ## Neckband fitment eShepherd uses a simple buckle and clip system, similar to the snap clips on a backpack strap. Loosening it in a chute or crush takes a moment. The collar hangs under the neck on chains, with gravity keeping the electrodes in contact regardless of how clean or muddy the animal is. Halter uses a belt-style strap with the device sitting on top of the neck. When the collar is clean, fitment is straightforward but slower than a clip. When the collar is caked in mud, adjustment gets messier. The strap also has to be tighter to stop the device sliding off, which means more fitment adjustments on growing animals. Across 200 head in one session, the difference adds up. ## Animal welfare eShepherd was the first virtual fencing system legalised for commercial use in Australia. Australia has some of the strictest animal welfare requirements in the world for this category. Gallagher had to demonstrate the system met them before being allowed to sell. Animal welfare has been baked into the design from the start. The audio cue is 5 seconds, paired with learned avoidance behaviour. After training, most cattle respond to the audio alone without needing the pulse at all. ## Where Halter fits Halter is purpose-built for dairy and has heat detection and shed-integrated workflows that eShepherd doesn't replicate. If you're running a high-intensity dairy operation in Australia, New Zealand or the United States, Halter is worth a serious look. The dairy version is not currently available in Canada or the UK, with no announced plans to release it there. For beef, hill country, mixed grazing or any operation where the long-term economics matter most, eShepherd is the stronger system. ## What to do next Get an indicative quote for your operation → Want to hear from farmers already running eShepherd? Read their stories → Coming to a field day, demo or industry event near you? See where we'll be → Talk to the eShepherd team → Read the broader four-system comparison: How eShepherd compares to other virtual fencing solutions. --- This article reflects publicly available information on Halter as of May 2026. Pricing and specifications change. Cost figures are drawn from the Rangelands journal paper "The economic fundamentals of virtual fencing compared to traditional fencing" (Boyer et al., 2025) and the University of Arizona Cooperative Extension virtual fencing comparison.

## Virtual fencing total cost of ownership: what it actually costs over 10 years
URL: https://landing.eshepherd.io/articles/virtual-fencing-total-cost-of-ownership
Published: 2026-05-07
Summary: Independent University of Arizona and Rangelands journal research on the 5 and 10-year cost of eShepherd, Halter, Vence and Nofence per cow.
Virtual fencing is a long-term investment. The neckbands stay on cattle for years. The base stations sit on hilltops for a decade. The platform you choose now shapes your operating costs across the working life of the system. Year-one cost and 10-year cost can tell completely different stories. The University of Arizona Cooperative Extension and the Rangelands journal both published independent total cost of ownership analyses across the four major virtual fencing systems. This article walks through what they found, why the 10-year number is the one that matters, and what it means for choosing a system. ## The independent research The work was published in two places. The University of Arizona Cooperative Extension produced a public comparison at rangelandsgateway.org, and the underlying methodology was published as a peer-reviewed paper in the Rangelands journal: Boyer et al., "The economic fundamentals of virtual fencing compared to traditional fencing" (sciencedirect.com). Both compared the four virtual fencing systems available to farmers: eShepherd (Gallagher), Halter, Vence (Merck Animal Health) and Nofence. The analysis split systems into two categories based on connectivity: cellular-only systems and base-station-required systems. Each was costed per cow on a 5-year and 10-year horizon, including hardware, ongoing fees, and replacements. ## Cellular systems For systems where each neckband connects directly to the local mobile network and no base station is required: | | Over 5 years | Over 10 years | Per cow per year (10yr) | |---|---|---|---| | eShepherd cellular | $370 | $490 | $49 | | Nofence | $527.50 | $707.50 | $71 | eShepherd is cheaper at both timeframes. On the 10-year horizon, eShepherd is about 30% cheaper per cow per year than Nofence. ## Base station systems For systems where neckbands connect via a LoRa base station rather than cellular: | | Over 5 years | Over 10 years | Per cow per year (10yr) | |---|---|---|---| | eShepherd LoRa | $440 | $530 | $53 | | Halter | $360 | $660 | $66 | | Vence | $550 | $850 | $85 | eShepherd is about 20% cheaper per cow per year than Halter and about 38% cheaper per cow per year than Vence on a 10-year horizon. ## Why 10 years is the right horizon Virtual fencing collars don't last forever. The replacement schedule is built into each system's economics, and that's what makes the long-run number the honest one. eShepherd uses lithium iron phosphate (LiFePO4) batteries with a designed life of 7 to 10 years. That's roughly twice the cycle life of standard lithium-ion. For most operations, the same neckband stays on the same animal lineage for the working life of the system. Halter and Nofence use standard lithium-ion, with battery life expectancy around 5 years. That means you replace hardware halfway through a 10-year operation. The cost roughly doubles into the second half. Vence uses a single-use, replaceable battery that lasts anywhere from 2 to 12 months depending on use. Each replacement costs the battery (around $10) plus the labour to take the collar off the animal, swap the cells, and refit. Over 10 years, that's a lot of swaps. If you cost a system over only 5 years, you're effectively pretending hardware lasts forever. The real cost of ownership shows up in the second 5-year window. The 10-year number captures it honestly. ## Why eShepherd compounds ahead Four things compound in eShepherd's favour over time: Longer collar life. Seven-to-ten-year LiFePO4 batteries vs five-year lithium-ion or replaceable single-use batteries. Low ongoing fee. The eShepherd subscription works out to around A$24 to A$30 per collar per year. That's the lowest annual recurring cost in the category. Active-month-only billing. eShepherd only charges the subscription when the neckband is active. If a collar is sitting in the barn over winter or hung on a fence between mobs, you don't pay. The other systems bill the full year regardless. Stable data cost over time. Have you noticed how every subscription you pay has crept up faster than inflation? Netflix has lifted prices five times in the last decade. Xero pushes its subscription up year after year. The pattern is consistent across SaaS pricing: rates climb whenever the company needs to widen its margin or hit a quarterly target. The eShepherd subscription doesn't work that way. The monthly fee is the data cost — nothing more, nothing less. There's no platform margin layered on top, no feature paywall, no premium tier waiting to swap in. To hold that promise stable, eShepherd has multi-year contracts locked in with the major cellular carriers (Verizon, AT&T, T-Mobile, US Cellular, Telstra, Spark, and the global IoT network providers) that fix the data cost for the life of your hardware. The rate you sign at is the rate that holds — not the rate before next year's hike. Across a 10-year deployment, the difference between a flat data cost and 5%-per-year subscription creep adds up to thousands of dollars per operation. The result: lowest ongoing cost from year two onwards in both connectivity categories. ## The startup-cost trade-off eShepherd has a higher upfront cost than Halter or Vence and a similar upfront cost to Nofence. That's the trade-off for owning the hardware rather than leasing it, and for buying a longer-life collar rather than a shorter-life one. For operations weighing year-one capex vs long-run operating cost, the question is which side of that trade-off matters more. The Rangelands journal analysis is unambiguous on the long run: eShepherd has the strongest payback profile of any system tested. ## What this means for your operation If you're choosing a virtual fencing system, the honest set of questions is: How long do you plan to run the system? If it's 3 years, year-one cost matters more. If it's 10 years, the long-run cost matters more. Most commercial deployments end up running for the full life of the hardware. Do you want to own or lease the hardware? Vence is lease-only. The others let you own. How important is the ongoing labour cost of battery replacements? Vence collars need batteries swapped 1 to 6 times per year per collar. Halter and Nofence collars need replacing every 5 years or so. eShepherd collars run 7 to 10 years on the original. Do you want pasture monitoring, weighing, and the broader Gallagher ecosystem? eShepherd integrates with all of them. The others don't. For most operations, the answer the data points to is straightforward: the cheapest virtual fencing system over a realistic 10-year horizon is eShepherd, in both cellular and base-station categories. ## What to do next Get an indicative quote for your operation → Want to hear from farmers already running eShepherd? Read their stories → Coming to a field day, demo or industry event near you? See where we'll be → Talk to the eShepherd team → Read the broader system comparison: How eShepherd compares to other virtual fencing solutions. Or compare directly: eShepherd vs Halter, eShepherd vs Vence, eShepherd vs Nofence for cattle. --- Cost figures are drawn from the Rangelands journal paper "The economic fundamentals of virtual fencing compared to traditional fencing" (Boyer et al., 2025) and the University of Arizona Cooperative Extension virtual fencing comparison published at rangelandsgateway.org. Pricing and specifications change. Check directly with each vendor for current numbers.

## Virtual fencing for cattle: A complete guide for producers
URL: https://landing.eshepherd.io/articles/virtual-fencing-cattle-guide
Published: 2026-05-06
Summary: How eShepherd virtual fencing works, what it costs, and why producers are using it to manage cattle and pasture.
Fencing is one of the most expensive and labour-intensive parts of running cattle. Posts, wire, strainers, gates, and the time to put them up. Then the time to fix them when a tree falls, a flood goes through, or a bull decides he wants to be somewhere else. Once a fence is up, it stays where you put it. Your country changes with the seasons. Your fence does not. Virtual fencing changes that. Instead of wire, you contain and move cattle from your phone. This guide explains what virtual fencing is, how Gallagher eShepherd works, and why producers from large stations to lifestyle blocks are putting it to work. ## What is virtual fencing? Virtual fencing is a livestock management technology that uses GPS-enabled neckbands and a software platform to contain and move cattle without physical fences. You draw boundaries on a map. The cattle wear neckbands. As an animal approaches a boundary, the neckband plays an audio cue. If the animal keeps going, it gets a brief, low-energy pulse, similar to an electric fence but milder. The result is a fence you can move in seconds, from anywhere, without lifting a post. ## How eShepherd works eShepherd is Gallagher's virtual fencing system. It uses solar-powered, GPS-enabled neckbands and a web and mobile app to manage cattle remotely. Each animal wears a rugged neckband fitted with GPS, sensors, an EID tag, and a small speaker. You log into the eShepherd app on your phone, tablet, or computer, draw your fences on a satellite map of your property, and the boundaries are pushed out to the neckbands. When a cow approaches a virtual boundary, the neckband plays an audio cue. If she turns away, that is the end of it. If she keeps going, she receives a short, low-energy pulse. The cue is consistent and predictable, so cattle quickly learn to respond to the sound and avoid the pulse entirely. Most herds settle into the system within about seven days of training. eShepherd gives you two ways to connect the neckbands. The right choice depends on your country. Cellular connectivity. Each neckband has a SIM and connects directly to the local mobile network using IoT bands designed for rural coverage. No base stations to install. No infrastructure cost. You turn the neckbands on, fit them, and you are running. Gallagher manages the network connection in the background. This option suits properties with reasonable cellular coverage and producers who want the fastest setup. LoRa base stations. For remote country with patchy or no cellular coverage, eShepherd uses long-range LoRa base stations installed on your property. The stations talk to the neckbands over distances of several kilometres. This option is built for extensive operations and back country where mobile coverage is unreliable. The neckbands are solar-powered and designed to run for years. They keep working and keep cattle contained even when out of communication range, because the fence boundary is held on the device itself. When the neckband comes back into coverage, it syncs. eShepherd also includes two features built specifically for extensive grazing: Scheduled Move lets you queue up a series of paddock shifts in advance. Set the dates and times, and the system rotates cattle through the breaks for you. Useful for rotational grazing on large country, weekend shifts, or when you are off the property. Panic Detection monitors animal behaviour and disables the virtual fence if an animal bolts or shows signs of distress. The cow gets out of the situation without resistance. Once she settles, the system puts the fence back in place and guides her back. ## Why producers use eShepherd Most cattle operations are constrained by fence. How much you can build. How much you can maintain. How often you can shift it. That constraint shapes how you graze, how many mobs you run, and how much labour you need to throw at the problem. Virtual fencing removes the constraint. With eShepherd, you can break a 1,000 hectare paddock into ten cells and rotate them. You can fence cattle out of a creek line for a season. You can shift a mob from the kitchen table at 6am. The fence becomes a setting, not a structure. Producers report several consistent benefits: - More feed out of the same country. Tighter rotations and shorter grazing windows lift utilisation. Some operations have moved from around 50% to 90% pasture use on hill country and rangelands using virtual fencing. - Less labour. One person can manage rotations that previously needed a team. Mustering, fence repair, and standing-up portable wire largely disappear. - Real-time visibility. Every animal's location is on the map. You know where the mob is without driving the fence line. - Better land outcomes. Riparian zones, erosion-prone country, and sensitive ground can be fenced out without building anything. - Earlier health alerts. Behaviour data flags animals that have stopped moving or are behaving unusually, so you can check on them before a small problem becomes a big one. ## Virtual fencing vs traditional fencing The differences come down to flexibility, cost structure, and what you do with your time. Traditional fencing - High upfront cost in materials and labour - Permanent placement, hard to change - Ongoing maintenance and repair - Days or weeks to build - Fixed control over where cattle can go Virtual fencing with eShepherd - Buy the hardware once. You own it. - Boundaries change in seconds from your phone - Solar-powered neckbands, low maintenance - Set up and adjust fences instantly - Precise control that adapts to conditions A traditional fence puts cattle in one place. eShepherd puts your management in your hand. ## You own the hardware With eShepherd, you buy the neckbands and base stations outright. They are your equipment. There is no high per-head ongoing subscription that scales with your mob size. If neckbands are not on cattle, you are not paying for them. You can scale up when it suits your cash flow, redeploy neckbands across mobs, and treat the hardware as a capital investment. In Australia, capital purchases of eligible business equipment may qualify for the 20% Investment Boost tax deduction. Check with your accountant on what applies to your operation. ## Who eShepherd is for eShepherd works across a wide range of cattle operations. - Extensive beef operations running thousands of head over large country use it to break big paddocks into smaller cells, rotate without shifting wire, and reduce reliance on mustering teams. - Hill country and rough terrain where building and maintaining traditional fence is hard, expensive, or unsafe. - Mixed country with sensitive zones that benefit from being temporarily fenced out, including riparian zones, Reef-catchment country, and erosion-prone gullies. - Family operations looking to do more with the same labour. One person can manage rotations that used to need two or three. - Lifestyle and smaller blocks where cellular connectivity removes the cost of base stations entirely. - Intensive cell grazing operations that want sub-daily moves without being tied to the property to walk the wire. eShepherd is purpose-built for cattle and for extensive grazing. The hardware, the connectivity, and the software are designed around the conditions cattle actually live in. ## Common questions ### Does virtual fencing hurt the cattle? No. The audio cue comes first. The pulse only happens if the animal ignores the cue and crosses the boundary. The pulse is short and significantly lower energy than a standard electric fence. Most of what cattle experience day to day is sound, not pulse. Animal welfare has been a design priority through every generation of the hardware, and trials have run under animal ethics approval. ### How long does it take cattle to learn? Most herds learn the system in about seven days. They learn to respond to the audio cue and avoid the pulse, and from then on the cue alone is enough to hold the boundary. ### What happens if a cow bolts through the fence? The Panic Detection feature picks it up. The neckband sees the unusual movement, the virtual fence is automatically disabled for that animal, and the pulse stops. Once the cow returns to a normal walking pace, the system puts the fence back in place and guides her back to where she should be. ### What if the neckband loses signal? The fence is held on the neckband itself, so cattle stay contained even outside coverage. The neckband syncs the next time it has signal. This is one of the reasons eShepherd works on country where cellular coverage is patchy. ### What happens if a neckband runs out of charge? The neckbands are solar-powered and designed to run year-round. In rare cases where one drops below charge, you swap it for a spare and let it sit in the sun. ### Can I use it without base stations? Yes. The cellular variant connects each neckband directly to the local mobile network. No base stations, no per-station infrastructure cost. If your country has reasonable cellular coverage, this is usually the fastest path to a working system. ### Does it replace all my fencing? Most producers keep perimeter fences and use eShepherd for internal management. You get the security of a physical boundary and the flexibility of virtual fencing inside. Over time, many operations reduce how much internal fence they build and maintain. ### What does it cost? You pay for the hardware once. Neckband pricing scales with order quantity. Connectivity is either cellular (managed by Gallagher) or your own LoRa base stations. There is no high per-head subscription. Total cost depends on your mob size, country, and which connectivity option suits you. Get a quote and we will work through the numbers for your operation. ### How does eShepherd integrate with the rest of my Gallagher gear? It is built to work alongside Gallagher weigh systems, EID readers, and animal management tools. The neckband includes EID, so individual animals are identifiable end to end. If you already use Gallagher equipment, eShepherd slots into the same ecosystem. ### How long do the neckbands last? The neckbands are designed for long deployment in the field, with a multi-year warranty. The hardware is built to handle the dust, mud, heat, and wet that cattle live in. ### What is the learning curve? Most producers are confident with the app within an afternoon. Setup is supported by the eShepherd team, and ongoing support is part of the package. ## Why eShepherd A few things set eShepherd apart. Built by Gallagher. Gallagher has been making livestock fencing and animal management equipment since 1938. eShepherd is the digital extension of that. It is engineered for paddock conditions, supported by a company that has been doing this work for a long time. Two connectivity options. Cellular for fast, low-cost setup where coverage is good. LoRa base stations for remote country where it is not. You pick what fits your property. You own the hardware. Capital purchase, no high ongoing subscription, no per-head fee scaling with the size of your mob. Your equipment, on your terms. Solar-powered and rugged. Long field life, no battery swaps, built for the weather and the wear that comes with cattle. Real features for real grazing. Scheduled Move for rotational grazing without going back online for every shift. Panic Detection for animal welfare in unexpected situations. Real-time location and behaviour data for every animal. Backed by Gallagher service. Local support, training, and a company that is going to be here for the long haul. ## The future of fencing Cattle producers have always adapted to new tools. Wire was new once. Electric fencing was new once. Virtual fencing is the next step, and it is already in commercial use across operations of every size. If you want to see what eShepherd could do on your country, the next step is a conversation. Tell us about your operation and we will work through whether eShepherd is a fit, what setup makes sense, and what the numbers look like.

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CUSTOMER STORIES
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## The feedback loop your grazing system has been missing
URL: https://landing.eshepherd.io/stories/kilmister-wairarapa
Producer: Dion Kilmister · Location: Wairarapa, NZ · Operation: Beef finishing · eShepherd + Auto Weigher
Summary: eShepherd controls where cattle graze. The Auto Weigher measures how they respond. Together — a real-time feedback loop on every grazing decision.
Outcome: 14 tonnes of feed grown, utilisation lifted from 78% toward 95%. A drop from 1.5 kg/day to 0.2 kg/day caught in days, not weeks.
Quote: "We managed our entire grazing operation remotely from the Gold Coast, shifting virtual fences and making feed decisions daily based on live weight data."
When Wairarapa beef farmer Dion Kilmister adopted eShepherd virtual fencing, his goal was straightforward: manage a substantial herd across expansive paddocks without adding labour. Adding the StrongBó Auto Weigher to the picture turned that into something more valuable — a real-time feedback loop between where the cattle were grazing and how they were actually performing. Insight and action, without extra boots on the ground. ## Better together eShepherd is Gallagher's virtual fencing system. The StrongBó Auto Weigher is Gallagher's voluntary in-paddock weighing system — cattle approach it on their own terms, enticed by an attractant. An EID reader captures each animal's ID and the platform calculates full body weight. Where eShepherd controls where cattle graze, the Auto Weigher measures how they respond. ## From instinct to data Historically, weight data comes from periodic yarding — maybe once a month, sometimes less. By the time underperformance shows up, weeks of growth can already be lost. Dion knows exactly how costly that lag can be. Before adopting both systems, he estimates his operation was growing around 14 tonnes of feed but utilising only 78%. At one point, cattle dropped from 1.5 kg/day to 0.2 kg/day when a crop ran out — and monthly manual weighing didn't catch it in time. A whole month of liveweight gain was gone. ## Proof of concept, by accident When Dion and his wife Ali had to spend six months in Australia for medical treatment, the systems became an unexpected proof of concept. They managed their entire grazing operation remotely from the Gold Coast — shifting virtual fences and making feed decisions daily based on live weight data. > "We managed our entire grazing operation remotely from the Gold Coast, > shifting virtual fences and making feed decisions daily based on > live weight data." The same principle worked for Simon Fowler at Chilwell Farms in Western Australia. Simon used eShepherd to create virtual confinement pens for controlled feeding during dry conditions — saving the cost of physical infrastructure. Tracking weight performance alongside that through the Auto Weigher let him verify the approach was working, or pivot quickly if it wasn't. ## Welfare oversight, without the legwork For Dion, managing remotely meant welfare monitoring had to work without him being there. The Auto Weigher provided that safety net. A drop in weight gain, a change in visit frequency, or an animal that stops approaching voluntarily — all early indicators that something is off. Combined with GPS location and movement data from eShepherd, producers have a much richer set of signals for identifying animals that need attention, all without additional handling or observation time. ## The labour equation Moving physical fences takes time. Mustering for weighing takes time and stresses animals in ways that compromise the data. Both require staff on the ground. eShepherd removes the first. The Auto Weigher removes the second. For operations already stretched on labour, or managing large areas with lean teams, this isn't a minor convenience — it's a fundamentally different way of working. ## When conditions change When feed quality drops or a dry period hits, weight data is often the first reliable signal. Rather than waiting for visible condition loss, producers can act on the numbers — adjust cell size, shift mobs to better feed, increase rotation frequency. eShepherd makes the move simple. The Auto Weigher confirms whether it worked. For operations in variable seasonal conditions, that speed of response — measured in days, not weeks — can mean the difference between managing through a difficult period and losing ground that takes months to recover. ## The bigger picture The data doesn't just improve today's decisions, it builds a record that makes next season's sharper. Which rotations consistently deliver target growth rates. Which paddocks underperform in dry conditions. Which mobs respond best to intensive cell grazing. That kind of compounding insight is difficult to build any other way. For producers already using eShepherd, the Auto Weigher is the logical next step — not as a separate system, but as the performance layer that tells you whether the grazing decisions you're making are actually working.

## Regenerative grazing with virtual fencing in Western Australia
URL: https://landing.eshepherd.io/stories/kevin-nettleton-wa
Farm: Nettleton Limousin Stud · Producer: Kevin Nettleton · Location: South West, WA, Australia · Operation: 50 Limousin cows + 13 yearling heifers
Summary: Limousin breeding stud running cattle, chickens and regenerative pastures in WA's south west.
Outcome: Pasture surplus where there used to be a shortage. Calving monitored from the kitchen. Mustering done by drawing on a phone.
Quote: "Our cows and calves have never done as well as they have since we've had eShepherd."
In the sandy soils of southwest Western Australia, just over two hours south of Perth, Kevin Nettleton and his sons Ewen and Campbell are transforming the way they manage their Limousin cattle stud. Fifty breeding cows and thirteen yearling heifers — a small operation by Australian standards, running on the principle that smarter management beats more hectares. ## From struggle to surplus After years of battling poor pasture growth, Kevin made the shift to regenerative farming. "We've traditionally struggled for grass over the last three years. Now, we have a surplus — which is unbelievable." The change wasn't just about grazing strategy. Youngest son Ewen introduced chickens into the rotation, moving them daily through the paddocks behind the cattle. Their manure has supercharged pasture regrowth — fresh feed reaches shin height within three weeks during the growing season. ## The virtual fence drops in Kevin adopted eShepherd for the breeding cows. Reactions on first fitting ranged from calm acceptance to brief bucking; the animals adapted within days. "There wasn't any lengthy training. They just responded to the audio warnings. We haven't had any cross the virtual fence." Oldest son Campbell now runs the rotation through virtual paddocks. Stock move precisely, wet areas get protected during winter, and animals funnel through laneways to the yards — all without lifting a single polywire. "It's been a game changer for us." ## Calving without standing in the paddock Calving runs from March to June. Cows start in physical paddocks under close supervision; once calves are on the ground, the herd transitions to virtual paddocks and Kevin watches the data. > "You could be lying in bed, turn on the app, and see a cow off on her > own. Most of the time, she's calving or has just calved. It's a very > easy way to check without having to be there all the time." As calves grow they range further. Kevin recently spotted a group of fourteen calves grazing 150 metres from their mothers — relaxed, settled, with the cows resting nearby. ## A leader emerges Kevin's cows have learned to read the system. "We just change the fences and they move accordingly. We've got a cow called T16 — she's an ultimate leader. She knows when the fence has been shifted and brings the rest of the mob with her." Virtual laneways guide cattle to the yards for vet work and mustering. "Previously, you'd spend frustrating time on a quad trying to get them in. Now, it's easy. Once they're used to it, they don't go where they're not supposed to." ## What it does for the country Despite operating in low-lying ground with variable weather, Kevin hasn't had issues with battery life or connectivity. "We've just been changed over to 5G. We get one bar and have no issues." Even in wet seasons, the system helps him exclude waterlogged areas and protect soil structure. ## Why eShepherd works for the Nettletons - Precision grazing across mixed soil types and leased land - Improved cow and calf condition through rotational grazing - Seamless integration with regenerative practices, including poultry - Reduced stress and labour during calving and mustering For Kevin, eShepherd isn't just a tool. It's a transformational shift in how he manages his stud. "It just makes management so much easier. It's fabulous."

## Precision grazing with eShepherd in Alberta's drylands
URL: https://landing.eshepherd.io/stories/nick-kunec-alberta
Producer: Nick Kunec · Location: Bonnyville, Alberta, Canada · Operation: 300 cow ultra-high-density mob
Summary: Ultra-high-density rotational grazing on dry Alberta country — 300 animal units, four moves a day, half-acre paddocks.
Outcome: Avoided destocking through five sub-10-inch rainfall years. Brush cleared without sprays. Calves born on lush rest paddocks.
Quote: "It meant I could move four times a day on half-acre paddocks with about 300 animal units. That's 600,000 to 700,000 pounds per acre."
Nick Kunec didn't grow up on a farm. But when he took over his family's land in 2017, he brought a fresh perspective and a bold vision for regenerative agriculture. By 2019 he had transitioned the operation, introducing cover crops and moving toward organic certification. The grazing system was the piece that transformed everything else. "Grazing is probably one of the most important things to have a successful operation. Especially in our environment." Located in the unpredictable, often challenging climate of Bonnyville, Alberta — annual rainfall under 10 inches for the past five years — Nick has learned to make every drop count. ## From fences to flexibility His introduction to eShepherd started with an internet search. He reached out to every supplier he could find, liked what the eShepherd team offered, and took the plunge. The shift from labour-intensive electric fencing to a precision virtual system unlocked ultra-high-density grazing without physical barriers. > "It meant I could move four times a day on half-acre paddocks with about > 300 animal units. That's 600,000 to 700,000 pounds per acre. It creates > a competitive environment for forage, which encourages the cows to graze > more evenly and consume a wider variety of plants." ## Managing drought with precision In a region where rainfall is unpredictable, Nick uses eShepherd to intensify grazing on his most productive ground and extend rest periods across the rest. Pastures recover even during dry spells. "As you compress your farm into smaller chunks, you increase utilisation and rest everywhere else. Eventually it will rain, and when it does, those rested areas are ready." This approach has let him avoid destocking through drought — something many of his neighbours have had to do. "I'm actually looking to buy more cows. It's not going to work for every animal, but with the right genetics and management, it's a game-changer." ## Clearing brush with cattle power Nick uses his "300 cow power mob" to take on brush encroachment that used to require sprays or mechanical clearing. By grazing dense, brushy zones, the cattle knock back invasives, open the canopy, and create conditions for grass to return. "It's just a pain to try and put an electric fence through that kind of terrain. But with eShepherd, I can run strips through the bush and get the impact exactly where I want it. It's some of the coolest grazing I've done." He's seen it work. "You get sunlight, you get manure, and suddenly there's opportunity for grass to grow where it never did before. It's slow, but the potential is unbelievable." ## Adapting the herd Training was quick — under a day. Even his "fence-crawler" heifer, known for escaping electric fences, stayed with the herd all season. Nick is also selecting genetics that thrive under his system. "Over time, I'm building a herd that's epigenetically adapted to this way of grazing." The calves don't wear collars and that's not a problem. They stay close to the cows when small, then range further as they grow. "Now there are calves half a mile away. They're everywhere." The cows stay calm and the herd stays contained. Visually the calves look strong — Nick is waiting for the scale to confirm it. ## More time for life With the eShepherd web app, Nick draws paddocks, schedules moves, and occasionally gets creative. "I drew a heart in the pasture just to see if it would show up on Google Maps. It did." The flexibility has freed him up. A recent trip to Manitoba and Vancouver saw him pre-schedule eight or nine moves before leaving. "It was like I never left." ## Looking ahead As winter approaches, Nick is testing eShepherd in low-light, snowy conditions — looking at whether cattle can graze beneath the snow in a controlled way and reduce bale feeding. "If we can graze all winter, we'd save a fortune." For Nick, eShepherd is a catalyst. "You can use these animals to impact the land in a way that pushes it forward. It's about working with nature, not against it. That's the future I want to be part of."

## Precision cell grazing on a Taranaki river flat
URL: https://landing.eshepherd.io/stories/hardwick-smith-taranaki
Producer: George Hardwick-Smith · Location: Taranaki, NZ · Operation: 200 R1 Bulls · 10 mobs · 120 cells per mob
Summary: Turning a hard-to-manage 30 ha river flat into a streamlined, high-performing bull beef block.
Outcome: Weekly mob shifts that used to take a day take 40 minutes — drawn on a laptop, executed remotely.
Quote: "I can be in beautiful sunny Wanaka… just sit down and do it. It makes it really easy."
In the productive pastures of Taranaki, George Hardwick-Smith is quietly redefining what smart, efficient grazing looks like. With eShepherd virtual fencing, what was once a hard-to-manage river flat is now a streamlined, high-performing bull beef block. George's story isn't about flashy tech. It's about solving real problems on a real farm — like how to make the most of land without the cost and hassle of new fencing. ## Transforming remote land into productive pasture George had a choice: sink serious money into rebuilding fences across 30 hectares, or try something different. "We thought we'd have a crack with virtual fencing… did a bit of cost analysis and decided it was worth it." Using eShepherd neckbands, George implemented a precision cell grazing system on 200 R1 bulls. The structure: 10 mobs, 120 cells per mob. Highly targeted grazing, with shifts planned and scheduled weekly for each morning, drawn on a laptop and executed remotely — even when he's on holiday. > "I can be in beautiful sunny Wanaka… just sit down and do it. It makes > it really easy." ## Time saved, control gained What used to require frequent manual shifts and travel now takes about 40 minutes a week. "If you're going down to each paddock and shifting 10 mobs once a day for a week… that's going to take a lot longer than 40 minutes." Daily automated shifts mean consistent animal behaviour, better utilisation, and healthier pastures — especially during spring when compensatory growth kicks in. ## Calm bulls, clean breaks Despite less hands-on time, George's bulls have stayed calm and settled. "I was a little surprised. They're still quite quiet, even with very little human interaction. I think having them in small mobs really helps." Within a few days the cattle adapt. Clean grazing lines and clear routines follow. ## Profit, not just precision George's data-driven approach is paying off — returns well above industry averages. But he's realistic about how to get there. His tips for new users: - Start small and build confidence - Make sure your water setup is solid - Spend time learning the platform before scaling up For George, eShepherd isn't about changing everything. It's about making what he already does better.

## Cropping and cattle, finally on the same calendar
URL: https://landing.eshepherd.io/stories/chilwell-farms-esperance
Farm: Chilwell Farms · Producer: Simon Fowler · Location: Condingup, Esperance, WA, Australia · Operation: 2,000 Angus + 30,000 ewes on 50,000 ha
Summary: 50,000 hectares of cropping integrated with cattle and sheep — virtual fencing brought the rotation cattle never had.
Outcome: Rotational cells inside 150-ha cropping paddocks. Virtual confinement pens built without a single post. Welfare alerts that catch trouble the same hour it happens.
Quote: "We've only been using eShepherd since January, but it has been a game changer for us."
An expansive cropping and finishing operation covering 50,000 hectares in Western Australia is using eShepherd virtual fencing to enhance crop and animal health and productivity. Chilwell Farms — in Condingup near Esperance — is primarily dedicated to cropping wheat and canola. It also runs 2,000 head of Angus cattle (grass finishing about 1,500 yearlings each year) and 30,000 ewes. In January 2024, Simon Fowler adopted eShepherd to manage cattle on his cropping land, aiming to lift both crop and pasture performance and animal productivity. > "We've only been using eShepherd since January, but it has been a game > changer for us." ## What it replaced Before, cattle free-ranged the farm's 150-hectare paddocks — undergrazing some areas, overgrazing others, and giving the pasture no time to regenerate. "Along with having no real control of our cattle in the large paddocks, they would undergraze or overgraze areas and there was no time for pasture regeneration. The lack of efficient grazing was impacting our crop and soil management and meant we weren't getting the most out of our cattle either." ## Rotation inside the cropping paddocks eShepherd let the Fowlers control cattle with precision — implementing rotational grazing cells inside each 150-hectare paddock. Mobs are rotated weekly through 50-to-60-hectare cells, ensuring even grazing of residual crop and summer crops, and better cattle management. Simon plans to intensify the pattern over time. "Using eShepherd we have implemented the rotational grazing system. Our mobs are shifted seamlessly, taking the manual labour out of moving cattle and making both our crop and cattle management far more efficient." Within five days of fitting the neckbands, Simon was surprised to see his mob contained behind the virtual fence. "You could see them standing there, but they were contained within the virtual fence we had created. The system has definitely helped achieve more even grazing and better recovery for our crops and pastures." ## Wet ground, regen bush, water access Simon also uses eShepherd to fence off wet, under-germinated, or regenerating bush areas inside paddocks. "It's so simple. You just draw the line where the fence needs to go. We have dams in the paddocks for water, so we draw the line so the cattle still have access to the water no matter where they are in the paddock." ## Welfare oversight, in real time eShepherd's alerts have also proved invaluable for animal welfare. "We get alerts if one of the cattle hasn't been moving. Recently I received an alert and found a steer with his head stuck in a tree fork. Before eShepherd, I wouldn't have known what was happening with that animal until it was too late." ## Confinement pens without the build Simon now uses neckbands to make virtual confinement pens — currently 500 steers on 8 hectares. "This allows both controlled feeding and deferred pasture grazing — both important in a year like this where we have had a very dry start. So far it's working well for this purpose and has saved on the cost of building a physical pen." His next goal is to fine-tune grazing strategies further and integrate more automated processes. The local grower group ASHEEP and BEEF has been following his work closely. "eShepherd has definitely enhanced our ability to manage our cattle on our cropping land, improving our efficiency, animal welfare, and productivity."

## Twenty break fences a day became zero
URL: https://landing.eshepherd.io/stories/gardner-south-canterbury
Producer: Nigel & Gina Gardner · Location: South Canterbury, NZ · Operation: 800 dairy heifers · 150 jersey bulls · 90 beef steers
Summary: Intensive heifer grazing across 350 ha — Nigel used to move twenty break fences a day. Now he moves zero.
Outcome: Mobs shifted from a phone, even from a holiday in Australia. More brain space for the rest of the business.
Quote: "It worked perfectly. I checked with my farm manager and the mobs had moved onto the new breaks no issues at all."
For South Canterbury dairy graziers Nigel and Gina Gardner, spending hours moving break fences every day is a thing of the past thanks to Gallagher's virtual fencing solution, eShepherd. The couple operates an intensive grazing operation across 350 hectares — up to 800 dairy heifers, 150 jersey bulls for breeding, and a small herd of 90 beef steers. ## Pasture management is everything "We have more fences than the average grazier because we run our dairy grazers in smaller mobs so we can focus on getting great growth rates for our clients." "I used to be a dairy farmer, so I know where heifer weights need to be and I don't want to be sending anything back that I'm not happy with." Nigel was moving up to 20 break fences a day. They went looking for a better way and found eShepherd. They started in October 2023 with 150 grazing heifers. ## Half a day to learn "It was amazing to see how easily and quickly the cows adapted. The biggest job was actually unpacking all the neckbands, activating each one and getting them turned on. As far as putting them on the animals and getting the virtual fencing working — within half a day, the heifers knew what was going on." ## Pasture is the backbone "How we manage our pasture is key. I can't have mobs free-ranging and burning up pasture because then I end up needing a lot more supplement, which can be costly. Home-grown pasture is the most efficient feed, so we need to be smart about how we use it." ## Work-life balance "I'm not out there winding up electric fences or moving electric fences every day. In the eShepherd app, I remove, add and create breaks several days in advance and activate them daily or as necessary at the touch of a button. It's that easy." The couple put it to the test on a long weekend — Nigel programmed the breaks before they left, and rather than ask the farm manager, activated the moves himself from the holiday location. > "It worked perfectly. I checked with my farm manager and the mobs had > moved onto the new breaks no issues at all." ## Grass at any hour "Using eShepherd means I can move mobs at any time of the day or night depending on the feed that's available. While I'm having breakfast, I use my phone to move the two mobs that have eShepherd neckbands. When I'm out moving those that are behind a traditional electric fence, I quickly check on my eShepherd mobs to make sure they have moved themselves and they're happy. Over time as we get used to the new technology, I won't feel the need to do that anymore." Gina says eShepherd is saving them time and freeing up brain space to oversee the business in a different way. "We have been away a couple of times since introducing eShepherd and Nigel's been able to see what's happening on farm, even though he's not here. It gives us real peace of mind." The Gardners can see the potential to share data from eShepherd with heifer owners — reassuring them about their animals' progress while they're off-farm for grazing. ## What's next After five months of eShepherd, Nigel and Gina plan to expand the virtual fencing solution across their operation as investment allows. "We've had so much positive feedback from our business partners, clients, and the farming community about the results we're getting with eShepherd. There is so much potential for technology to enhance the efficiency and sustainability of our farm — we would be silly not to consider rolling it out further."

## Protecting the Great Barrier Reef catchment, without a single post
URL: https://landing.eshepherd.io/stories/strathalbyn-station
Farm: Strathalbyn Station · Producer: Bristow Hughes · Location: Burdekin River catchment, QLD, Australia · Operation: 577 Wagyu-cross female beef cattle
Summary: Eliminating fencing infrastructure to protect waterways flowing to the Great Barrier Reef.
Outcome: Cattle held off riparian zones during regrowth. Underutilised pasture brought back into rotation. Project funded by the Great Barrier Reef Foundation.
Quote: "We're protecting the catchment without putting a single post in the ground."
eShepherd might be the next evolutionary step in pasture management, but one of our most consequential trials tested its impact on protecting one of the world's oldest natural treasures — the Great Barrier Reef. Led by Kevin Fischer (Head of Finance and Operations for eShepherd) and Andrew Zipsin (Applications and Customer Support Leader), Gallagher worked on a project funded by the Great Barrier Reef Foundation and Strathalbyn Station — owned by the Wentworth Cattle Co — to look at ways of protecting the Reef from sedimentation run-off using virtual fencing. ## The set-stocking problem Strathalbyn Station sits along the Burdekin River near Dalbe in Queensland. The dominant grazing practice in the catchment is set stocking — animals graze the same area year-round. The most fertile soils are near the waterways, so cattle congregate there. Country further out goes underutilised; the grass becomes stale and unpalatable. Overgrazing closest to the water leaves topsoil bare and exposed, and during the wet season it washes downstream. Until now, the cost and feasibility of conventional fencing has been prohibitive for large Australian properties. With few options, farmers keep operating with traditional, destructive practices. ## What changed In April 2021, 577 eShepherd neckbands were fitted to Wagyu-cross female beef cattle. For the first time, the manager could control where the herd grazed — at scale and without a wire. Cattle were held in the underutilised areas, eating what they could and trampling the rest, while fertilising the ground. Intensified animal activity followed by periods of rest stimulated intense regrowth — and in turn made those previously unpalatable areas the sweetest next time animals were brought through. The riparian zones got rest. The underutilised country got attention. Over time the practice improves the health of the pasture across the property, leading to better moisture retention and ground cover — the best defence against sediment runoff into the river system. ## Result The trial closed out with the eShepherd system clearly delivering the desired outcomes. By holding the animals in allocated areas, the pasture regeneration objectives were met. In his close-out interview, Strathalbyn Station owner Bristow Hughes said he "believes that the correct application of this technology has the potential to transform and protect the landscape in the region, whilst achieving substantial gains in productivity and profitability." Gallagher and Strathalbyn have committed to future trials evaluating eShepherd's potential for more complex applications in the catchment.

## Eight mobs of bulls, drawn on a phone
URL: https://landing.eshepherd.io/stories/mangatarata-station
Farm: Mangatarata Station · Producer: Mathew & Gemma Barham · Location: Hawkes Bay, NZ · Operation: 8 mobs of bulls
Summary: Precision bull grazing at scale on Hawkes Bay hill country.
Outcome: Cattle on their new break by 7am every morning. Saved labour, tighter rotations, no posts driven for 18 months.
Quote: "It's amazing how quick the cattle learn to stay behind the line."
Mathew and Gemma Barham run beef cattle across 1,020 ha of steep Hawkes Bay hill country. The land doesn't lend itself to permanent fencing — the slopes that need rotating are the slopes nobody wants to drive a post into. Eight mobs of bulls have to land in the right paddock at the right time, and on a working farm there isn't time to wait. ## How it actually fits into a working week > "I schedule the break for all 8 mobs to update at 6am every morning. By the > time I'm driving around the farm, they are already on their new break — every > morning by 7am." The boundaries get redrawn the night before, the neckbands receive the update over cellular while the team's still in the kitchen, and the mobs are on their new break before the first ute leaves the shed. ## What changed - Eight mobs, all on rotation, planned from the same map. - Audio-first welfare — the cattle learnt the sound cue inside seven days. Pulses are rare and low-energy. - Country we used to write off — the steep faces above the river are now part of the rotation, not the "leave it til December" patch. The Barhams aren't replacing a single working fence. They're fencing country that never had one, on a schedule that never used to be possible.

## Freeing up labour to graze more intensively
URL: https://landing.eshepherd.io/stories/las-islas-ranch
Farm: Las Islas Ranch · Producer: Vannie Collins · Location: Texas, USA · Operation: Extensive beef
Summary: Freeing up labour to graze more intensively across Texas country.
Outcome: Three full-time roles redirected from fence maintenance to herd management. Moves that used to take a day take an hour.
Quote: "eShepherd has really freed up a lot of my labor and allowed me to more intensively manage."
Las Islas Ranch sits across Texas brush country — mesquite, live oak, red-brown soil, and a kind of distance that makes a single fence run feel like a week's work. Vannie Collins runs an extensive beef operation that used to revolve around staying on top of barbed wire. ## What it replaced For Las Islas, fencing wasn't expensive because the wire is expensive. It was expensive because every storm meant another day of repairs, every brush fire meant another stretch to rebuild, and every rotation meant another gate that somebody had to drive thirty miles to open. > "eShepherd has really freed up a lot of my labor and allowed me to more > intensively manage." The neckbands went on the cattle in the yards. The boundaries went onto a phone. The crew that used to drive line stopped driving line. ## What it added - Tighter rotations. Country that used to get one long graze now sees the cattle move through in eight or nine breaks. - Wildlife corridors stay open. No physical barrier means deer, hogs, and quail still move how they always did. - Compliance audit, easy. Every animal's location is recorded; every move is timestamped. It hasn't fixed everything — Texas is still Texas, the brush is still the brush — but the labour that used to pour into wire now pours into cattle.

## Rotational grazing at scale across native prairie
URL: https://landing.eshepherd.io/stories/jorgensen-land-cattle
Farm: Jorgensen Land & Cattle · Producer: Nick Jorgensen · Location: South Dakota, USA · Operation: 1,500 Angus
Summary: Rotational grazing at scale across 15,000 acres of native prairie.
Outcome: Mob moves now happen in 30 minutes instead of two days. Six sub-paddocks per quarter section, all on a single map.
Quote: "We decided to leverage virtual fencing because of the physical and logistical challenges of implementing rotational grazing at scale."
Jorgensen Land & Cattle is 15,000 acres of native prairie in South Dakota. 1,500 Angus, big sky, no permanent fence on the rotation paddocks. The prairie grasses respond to managed grazing — short, intense impacts then long rest periods. Doing that at scale, the conventional way, would mean miles of temporary wire and a crew that does nothing but move it. ## The problem with conventional rotation > "We decided to leverage virtual fencing because of the physical and > logistical challenges of implementing rotational grazing at scale." The math on physical fencing is brutal: every paddock subdivision is a wire job, every move is a labour job, and the country itself fights you — frost heaves, washouts, badger holes, prairie grass reclaiming posts inside two seasons. ## What's running now - Six breaks per quarter section that used to be one big graze. - 30-minute mob moves drawn on the map, with the cattle trained inside two weeks. - Cover targets met. Pre-graze and post-graze residuals tracked through Pasture (the satellite biomass add-on that pairs with eShepherd). The key thing for Nick wasn't the technology — it was that the rotation finally matched what the prairie actually needs, instead of what the fence budget allowed.

## Among the first in Canada to use digital fencing
URL: https://www.castanetkamloops.net/news/Penticton/517453/A-win-for-the-industry-Keremeos-ranch-pairs-up-with-TRU-student-to-be-among-first-in-Canada-to-utilize-digital-fencing (external)
Farm: Barrington Ranch Ltd · Crater Mountain · Producer: Matt Quaedvlieg · Location: Keremeos, BC, Canada · Operation: 150 head of cattle on 7,500 ha
Summary: Castanet Kamloops covers Barrington Ranch's partnership with a TRU student to be among the first in Canada to roll out eShepherd virtual fencing.
External news coverage. Click through to the full article on Castanet Kamloops.

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USE CASES
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## After the disaster
URL: https://landing.eshepherd.io/use-it-for/after-the-disaster
Subhead: Fire, flood, cyclone, drought. Different events, one common problem — the fencing's gone or the country's changed, and the herd doesn't wait. eShepherd holds the boundaries while the rebuild happens.
Summary: Bushfire, flood, cyclone, drought. When the fencing's gone or the country's changed, eShepherd holds the boundaries while the rebuild happens.
Disaster looks different every time. The list of what's broken is always the same. Fencing. Sometimes miles of it. Pasture, either burned, scoured, or refusing to grow. Water lines, gates, lanes, mustering yards. The infrastructure that took a generation to build, settled in a day. And through all of it, a herd that still needs feed, still needs containment, and still needs to be kept off the country that's trying to recover. The traditional answer was to wait. Wait for fencing contractors, who are usually booked solid because every neighbour is in the same situation. Wait for pasture to come back. Wait for the season to turn. The herd waits with you, on whatever ground you have left, while the operation absorbs the cost of standing still.

Boundaries up the day the event ends. Whatever's still standing is enough. A base station on the woolshed, the dairy roof, a temporary mast at the back of the property. Draw the lines that match what the country looks like now, not what it looked like before the fire came through, before the river rose, before the season broke. Lock off the country that needs to recover. Open up the country that can carry feed. No posts to drive into hot ground. No wire to roll out across scoured paddocks. No waiting on a contractor list that's two months long. The fence moves at the speed of a decision, and the rebuild happens in the background on its own timeline.

After a fire, the fragile country gets locked off the moment the embers cool. Recovering pasture. Native regrowth. Exposed topsoil. All of it stays cattle-free without a single post going in. As the grass comes back, the boundary moves with it. Lift the line one paddock at a time, in lockstep with what the ground can carry. The country that was hardest hit gets the longest rest. The country that came through stronger goes back into rotation first. Recovery happens at the rate the soil dictates, not the rate the contractor schedule allows.

After a flood or cyclone, the river didn't just take the fences. It changed the country. Drainage lines moved. Gullies opened where there weren't any. The riparian buffer washed through and reshaped. Cyclone country comes out the same way — scoured, rearranged, infrastructure flattened. The boundary that was right last week is wrong this week. Redraw it to fit the new contour, not the old one. Pull cattle off the unstable banks where the river's still finding its new line. Open up the country that came through intact. Nothing left to wash out the next time it rains hard, and the rebuild on the permanent infrastructure can take its time.

In a drought, the constraint flips. The feed isn't where the fences are. The feed is in the back blocks. On the neighbour's stubble. On the agistment that opened up an hour away because the previous tenant gave up. Boundaries follow the feed, not the layout. A single mob moves across whatever country comes online, faster than any contractor could fence it, and the agistment that was uneconomic to fence becomes the agistment that pays back inside a season. When the rain comes, the system reverses. Pull the mob back. Lock off the recovering country. Let the response happen without grazing pressure.

The herd keeps moving. The country keeps recovering. The operation stays alive. Fencing contractors will get to it. Pasture will come back. The river will settle. The drought will break. None of that happens on a schedule the herd respects, and the cost of waiting compounds with every week the operation runs on holding ground. eShepherd takes the wait out of the recovery. The grazing is managed from day one. The recovery happens without grazing pressure on the country that can't take it. The herd ends up better through the event than it would have otherwise, and the rebuild gets done on a real timeline instead of an emergency one.

The country breaks. The system holds the line until it comes back.

## Rotational grazing
URL: https://landing.eshepherd.io/use-it-for/rotational-grazing
Subhead: More paddocks, more rest, more growth, more cattle. Every rotational operator knows the maths. Few can fence it. eShepherd takes the fencing cost out of the equation.
Summary: How rotational graziers use eShepherd to double their paddock count without doubling their fencing cost. Recovery clocks against cover, not against the calendar.
Rotational grazing is one of the most studied systems in pasture management. The principle has been settled for half a century. More subdivision means longer rest. Longer rest means more growth. More growth means more cattle. The relationship is mechanical and the operator knows it. The constraint has always been the fencing. Every paddock you want to add is another contractor visit, another quote, another conversation about whether the marginal cell justifies the marginal cost. The rotation you want to run is rarely the rotation you can afford to fence. So twelve paddocks become twelve paddocks for the next twenty years, and the rotation drifts toward what the layout allows rather than what the country needs. The other constraint is timing. A rotation that runs on schedule produces consistent results. A rotation that runs late — because the manager couldn't get out to shift the mob on the day the rest period closed — produces inconsistent results. Across a season, the slippage compounds. Across a decade, the slippage is the difference between a rotation that's nominally in place and one that actually works.

Twelve paddocks become twenty-four. Then forty-eight. Then whatever the country needs. Subdivide on the phone. Draw the cells to fit what the country is doing, not what the existing fencelines carve up. Move the mob through them on schedule, whether you're at the next paddock or in the next country. The system holds the rotation even when the manager's day breaks open. Cell shifts happen on time because the platform makes them happen on time. The infrastructure cost of additional subdivision drops to zero, which means the question stops being "can we afford to subdivide" and starts being "what subdivision does the country actually want." That's a different conversation.

A real rotation responds to the country, not the calendar. Rest period is measured in cover, not in days. eShepherd makes that measurable. Cover at entry, cover at exit, days of rest, return interval — all recorded automatically, per cell, per season. The rotation that used to live in the operator's head, in a notebook on the kitchen table, in the memory of who shifted what when, now lives in the platform as a record. Set the return rule against a cover target rather than against the calendar, and the platform holds the mob off the cell until the country says it's ready. When the season pushes back — drought, late rain, a slow spring — the rotation adjusts in real time. The cells that came back faster come into rotation sooner. The cells that are still rebuilding stay locked off until they're ready. The discipline lives in the system rather than in a manager who has to remember which paddock is on which clock.

Carrying capacity lifts. Pasture cover lifts. The cells that used to get short-changed because the rotation drifted now get the rest they need. The cells that were over-rested because they sat at the back of the rotation come into the cycle properly. The rotation does what the textbook always claimed it would do. And the data writes itself. Every cell entry. Every cell exit. Every rest period. Every return interval. The story the operator has been telling at field days for a decade becomes a defensible record of what actually happened on the ground. Useful to a soil scientist. Useful to a buyer. Useful to a carbon program. Useful to the operator themselves, two seasons from now, trying to figure out why one cell finished steers and another didn't.

The rotation you wanted to run. Finally the rotation you can run.

## Rough country
URL: https://landing.eshepherd.io/use-it-for/rough-country
Subhead: Steep, broken, timbered, remote. The country that's hardest to fence is usually the country worth running, and it's been managed by what the operator can see and reach. eShepherd changes that.
Summary: How operations on steep, broken, and remote country use eShepherd to manage cattle where physical fencing is impractical to build, maintain, or reach.
The country that's hardest to fence is usually the country worth running. Steep faces hold more feed per acre than the flats below them. Timber country shelters cattle through weather. Broken ground runs the kind of grass that wouldn't grow on smooth paddocks. The rough country is part of what makes the operation work. It's also the country that gets managed by what someone can see from the saddle, the side-by-side, or the kitchen window. Cattle drift to the easy feed and stay there. The hard faces never get touched. The gully systems run themselves. The back country gets a muster twice a year and not much else. The infrastructure gap is the reason. Running a fence across contour is two to three times the cost of running it on a flat. Maintaining it through a winter on a steep face is its own line item. And the fences that did get built are usually the ones that go around the easy country, not through the rough. So the operator owns the country, pays the rates on the country, but only really manages the eighty percent of it that the existing fences carve up. The remaining twenty percent — often the most productive twenty percent on a per-acre basis — runs as a single uncontrolled block.

Software boundaries don't care about contour. A line drawn across a steep face costs the same as a line drawn across a flat. The boundary follows the country instead of fighting it. The gully system gets subdivided properly. The timbered shelter gets locked off for the months it needs to recover. The hard face that's never been touched comes into rotation for the first time. The animals walk to the boundary, hear the audio cue, and turn — the same way they learn any piece of country. The infrastructure stops being the constraint. The country comes back into the operation in proportion to its actual value, not in proportion to what was cheap to fence.

This is where the rough-country case gets specific. Cellular doesn't reach into a lot of this country. Carrier maps look good on the website and stop working at the second ridge. eShepherd is built for that. Every base station runs a private LoRa network as well as a cellular backhaul. The cattle talk to the base station over LoRa, which propagates across hills, through timber, and into the gully systems where cellular simply doesn't go. The base station handles the link back to the platform, and when cellular is unavailable, the system stays operational on its private radio mesh until the next time the manager is in coverage themselves. For the operator, that means the mob is visible and the boundary is held on country where any cellular-only system would lose contact. The dead zone on the carrier map is no longer the limit of where you can run virtual fencing. This is the difference that decides whether the technology works on country that actually needs it. The solar and battery side of the hardware matters here too. Steep country shades. Timber country shades worse. The neckbands have to keep running through weeks where the panel sees less sun than the marketing photos imply. eShepherd's larger solar collector and longer-duration battery were specified for exactly this country, not for a flat paddock on a clear day.

The other thing that breaks in rough country is the muster. Half a day's ride to find half the mob. Another half-day to find the rest. The animals scattered through timber, drainages, and back blocks, and the manager riding country to confirm what's already been mustered and what hasn't. The spring muster on big mountain country has always taken multiple trips. Live location collapses that. Every animal on a screen. Every drainage cleared from the map, not from memory. The mob moves to the yards because the system knows where the mob is, and the ride is to confirm what's already on the map rather than to find what isn't. The same logic applies to the day-to-day check. The country gets walked in proportion to where the cattle actually are, not in proportion to what the manager last assumed.

The country that was too rough to fence is the country eShepherd was built for. Bring it back into the operation.

## Conservation grazing
URL: https://landing.eshepherd.io/use-it-for/conservation-grazing
Subhead: Cattle have been a land management tool for as long as people have run them. Software boundaries finally make the targeting precise enough to be a strategy. Fire-fuel reduction, weed control, corridor management, biodiversity outcomes. The herd becomes the tool.
Summary: How land managers, agencies, and operators are using eShepherd to deploy cattle as a targeted ecological tool — fire-fuel reduction, weed control, corridor management, biodiversity restoration.
Cattle have been a vegetation tool since long before they were a commercial product. The country knows what to do with them. A mob hits a block hard for a week, knocks the load down, drops the manure, walks on. The country rests, the regeneration starts, the system works. The problem has always been precision. A physical fence carves the country into rectangles that suit the boundary, not the objective. A creek bend that needs three days of pressure on one face and zero on the other has no fencing solution that doesn't cost more than the work is worth. A roadside corridor that needs grazing once a year for two weeks doesn't justify the post-and-wire job, so it gets slashed by a tractor instead. So the work that should be done by animals gets done by herbicide, slashing, and burning. Each of those has a place. Each of them is also expensive, single-purpose, and harder on the country than a well-targeted graze. The tool that should be working hasn't had the targeting to be useful.

The boundary lives where the objective lives. Around the weed patch, not around the paddock. Along the roadside corridor, not along the contour. Through the fuel-reduction strip, not through the gate the fencer happened to put in twenty years ago. The cattle work the country that needs working, and they don't touch the country that doesn't. A base station deploys onto site, often on infrastructure that's already there. The neckbands hold the animals to the objective. The mob walks in, does the work, walks out. The infrastructure leaves on the truck. The country that was treated stays treated, the country that wasn't was never touched, and the manager has a data trail that proves both.

Fire-fuel reduction. Fuel loads build in the country no one grazes. That's most of the country no one wants to graze. The roadside reserve. The strip between the powerline and the boundary. The face above the township. The block of public land that was deemed too rough to subdivide. Each of them carries the fuel that turns a small fire into a serious one, and each of them is impractical to fence. A mob run through a strategic fuel break does in a fortnight what a slashing program does in three days at twenty times the cost, with the added benefit of nutrient cycling instead of windrowed cuttings. Move the mob along the strip on a schedule the fire authority agrees to. The boundary moves with them. The strip gets treated end-to-end without a single permanent fence going in, and the country either side stays untouched. The work happens before fire season. The risk drops. The contractor invoice doesn't arrive.

Targeted weed control. Some weeds respond to cattle. Blackberry, gorse, broom, lantana, serrated tussock, leafy spurge, knapweed — every region has its list, and every list has at least a few that a well-timed graze suppresses better than spraying. The problem is timing. The weed needs pressure at a specific growth stage, often for a short window. Cattle pushed onto a weed patch at the wrong time achieve nothing; pushed at the right time, they shift the competitive balance in favour of the desired species. eShepherd makes the timing actually targetable. Draw the boundary around the infestation. Hold the mob inside it for the days the weed is vulnerable. Pull them out before they start grazing the desirable understorey or moving onto pasture you don't want them on. The pressure lands where the weed needs it, and only there. No spray drift. No off-target damage. No herbicide residue. Across a multi-year program, the weed retreats. The desirable species fill in. The country that needed restoring restores itself with the animals doing the work.

Infrastructure corridors. Roadsides. Powerline easements. Pipeline corridors. Rail reserves. Firebreaks around townships and critical infrastructure. This is country that needs regular vegetation management and almost never gets grazed, because the fencing economics don't work. Most of it gets slashed or sprayed by contractors on a calendar, regardless of what the vegetation is actually doing. A small mob, deployed with virtual boundaries that match the corridor exactly, replaces the slasher run for a fraction of the cost. The work gets done by animals that are also producing meat on the side. The contractor budget drops. The country gets the kind of management it actually responds to. And the agency or council managing the corridor has a defensible record of what was treated, when, and to what standard. For the operator, conservation grazing contracts on public corridors become a real revenue line that doesn't require buying land. The base station moves with the mob, the lease lasts as long as the contract, and the operator builds a separate income stream on country they couldn't otherwise access.

Biodiversity and native vegetation. The hardest conservation work is targeted disturbance. Some ecosystems need grazing. Native grasslands, certain wetlands, fire-adapted shrublands — many of them evolved with grazing pressure and decline without it. The conservation problem isn't always too many cattle. Sometimes it's none. A virtual boundary lets the manager apply the right amount of pressure to the right area for the right window, and zero pressure to the rest. Run the mob through a native pasture for the four days the litter needs trampling and the seed bank needs hoof contact. Then pull them out and lock the country off for the eight months the regeneration needs to compound. Repeat next year on a different block. The data trail records every minute the animals were on the block, every cell shift, every return. The kind of evidence biodiversity programs, threatened-species offsets, and restoration contracts have always wanted and rarely had.

For the land manager, the cost of vegetation management drops and the quality of the outcome lifts. For the agency, the data trail makes the management defensible to the public, to auditors, and to the budget. For the operator running conservation grazing as a service, public and conservation land becomes a new line of business that doesn't require any capital investment in infrastructure. The animal becomes a tool. The tool becomes a service. The service becomes a market. And the country that was being managed by herbicide, slasher, and burn gets managed by the species that evolved to manage it.

The herd does the work. The boundary keeps it where the work needs doing.

## Crop grazing
URL: https://landing.eshepherd.io/use-it-for/crop-grazing
Subhead: Stubble. Cover crops. Dual-purpose wheat and barley. Fodder crops. One field, two enterprises, zero temporary fencing.
Summary: How cropping operations use eShepherd to graze stubbles, cover crops, and dual-purpose crops without rolling out temporary fencing across fields the size of small towns.
Cropping country runs huge fields. The boundaries that suit a header don't suit a mob of cattle. The minimum economic field size for cropping is the maximum manageable grazing block for cattle, and the gap between the two is the reason mixed enterprises have always been more expensive to run than they look on paper. Stubble grazing is the obvious example. After harvest, the field carries weeks of feed value — spilled grain, leaf, regrowth, weed seeds the operator would rather not see germinate. Running cattle through it cycles nutrients, suppresses weeds, and reduces the cost of going into the next crop. The catch is that the field is fifty hectares or two hundred, and grazing it as a single block burns the feed in three days and leaves the rest of the value on the ground. Same shape on dual-purpose crops. A wheat or barley crop grazed in vegetative phase puts weight on cattle and lifts grain yield, but the window between safe grazing and damage to the growing crop is short and field-specific. The conventional answer is electric tape on tread-ins, rolled out and shifted by hand, often across fields where the nearest power source for the energiser is half a kilometre away. The labour kills the practice. So the stubble gets a single uncontrolled graze, or none at all. The cover crop sits unused because the fencing maths doesn't work. The dual-purpose crop gets sown but rarely grazed because the operator can't justify the labour. The feed that the rotation should be picking up gets left on the ground, every season, on every cropping operation.

Strip the field in software. Draw a strip across a fifty-hectare stubble. Move the mob through it on schedule. The strip can be five hectares wide or two — whatever fits the mob and the feed value. Redraw the strip tomorrow without driving to the field, without rolling out tape, without dropping a single tread-in into the ground. A field that used to deliver three days of grazing now delivers three weeks of structured grazing, and the cattle exit on the same day the operator decides — not the day the manager has time to get out and roll the fence in.

On dual-purpose crops, the value gets sharpest. A wheat or barley crop grazed in vegetative phase, lifted off before stem elongation, delivers a meaningful weight gain and a grain yield equal to or better than the ungrazed comparison. The literature has been clear on this for decades. The operational problem has always been the timing — knowing the day to lift the cattle off, and being able to lift them off without spending two days re-fencing. eShepherd takes the timing question and makes it operational. The cattle are on the crop for the window you set. The boundary holds the strip you draw. The day the agronomist says lift them off, the operator redraws the boundary and the mob moves to the next field, the stubble, or the back paddock. No temporary fencing to roll up. No regret about leaving them on a day too long because pulling them off was a hassle. The dual-purpose enterprise stops being an experiment and starts being a real line on the budget.

Cover crops finally pay back what they cost. Stubble residues get used. Dual-purpose crops deliver both yields, not one. The rotation between cattle and cropping runs off one map, and the field that used to host one enterprise hosts two. For the operator, the unit economics shift. The cropping margin lifts because the cattle improve the system rather than competing with it. The cattle margin lifts because the feed bill is replaced by feed that was already grown for the other enterprise. The labour line — the one that used to swallow the weekend every time the stubble came off — disappears. The mixed enterprise becomes more profitable than either enterprise running alone. The textbook always said it would. The fencing always said it wouldn't.

The same field. Two enterprises. And nothing to roll up at the end.

## More acres, less infrastructure
URL: https://landing.eshepherd.io/use-it-for/extensive-operations
Subhead: Internal subdivision becomes optional. External fence still does its job. Capital that used to sit in star pickets sits in animals.
Summary: How extensive beef operations use eShepherd to subdivide country without barbed wire. Labour saved, infrastructure capex avoided, stocking-rate flex without booking a contractor.
Barbed wire has a hidden cost, and most operations have stopped counting it. The repair labour after every storm. The drift across a generation. The replacement capex every twenty years or so. The whole days a good stockman can spend driving the fence line looking for the break before the mob finds it. The dollar-per-kilometre figure on a fencing quote is the part you see. The rest is the labour, the fuel, the time the team spends on a job that doesn't grow grass or finish cattle. And then there's the fence you didn't build. The subdivision you needed but couldn't justify. The cell you wanted to graze but couldn't reach. The lane you wanted to run because it would solve five problems, but the cost-per-metre meant it sat on the wishlist for the better part of a decade. That's the real cost of conventional fencing. Not the wire you put up, but the country you never quite worked the way you wanted to.

Subdivide on the phone. Draw the line where today's feed is. Move the mob from the kitchen on a Sunday morning. Redraw next week when the country tells you to. Run a single mob through ten cells in a week without driving a single post. The animals walk to the boundary, hear the audio cue, and turn. They learn the layout in a few days, the same way they learn any other piece of country. The infrastructure that used to live in the soil now lives in the platform, and it moves at the speed of a decision rather than the speed of a contractor. No posts to drive, no wire to roll out, no fencing crew booked six weeks ahead.

Trial a new layout for two weeks. If it doesn't work, redraw it. The risk of getting subdivision wrong drops to the time it takes to drag a finger across a screen, which is roughly the cheapest experiment any beef operation will ever run. Drought rotation through the back blocks gets done in an afternoon. Post-flood reconfiguration around damaged country gets done before the contractor returns the call. An opportunistic graze on the neighbour's stubble gets done, and pulled out the day the agreement ends, with no fencing left behind to argue over. Try the rotation you've been thinking about for ten years and see what actually happens. The downside is small enough that the experiment becomes the cheapest part of running the place, and the upside compounds the moment something works.

External fencing still does its job. Boundary. Biosecurity. Neighbour relations. The conversations that need a real fence to settle them. Internal fencing becomes optional. The capital that used to sit in star pickets and mainline tape is free to sit in animals, water, or genetics. Maintenance hours that drove the fence line drive the mob check instead. The contractor budget that rolled into the next quarter rolls into the things that actually compound on a beef operation. That's the whole point. The fence stops being something you maintain, and starts being something you draw.

The fence moves with the feed. Not the other way around.

## Winter grazing
URL: https://landing.eshepherd.io/use-it-for/winter-grazing
Subhead: The season that decides the year's margins. Snowline-driven rangeland in North America, break-feeding winter crops in the southern hemisphere. Different country, same problem. eShepherd holds the boundary while the grazing window stretches.
Summary: How cold-climate graziers and winter-crop operators use eShepherd to extend the grazing season, manage break-feeding without temporary fencing, and bring the spring muster home in a single ride.
Winter is the most expensive season on every operation that has one. In cold-climate rangeland, the snow buries the grass earlier than anyone wants, the mob comes in for hand-feeding, and stored hay becomes the largest line on the operating budget. The window between the last day on grass and the first day back on grass is months of feed that has to come from somewhere, and the longer the winter, the longer the bill. In southern-hemisphere systems, winter looks different but costs the same. Pasture growth collapses. The mob shifts onto winter forage crops — swedes, kale, fodder beet, rape, oats — that have to be break-fed across the season to make the feed last. Every break is a fencing event. Temporary tape rolled out, shifted by hand, often in mud, often in rain, often twice a day, often by labour the operation can't easily afford. Across both systems, winter is what the rest of the year pays for. And in both, the conventional management is labour-intensive at exactly the time of year that labour is hardest to find.

Boundaries move with the season. In snow country, the line follows the snowline, not the fence line. The country that's still grazeable stays in rotation. The country that's buried gets locked off until the snow drops. As conditions change, the boundary changes with them. No posts to dig out of drifts. No wire to re-string across what used to be a paddock. In forage-crop country, the break moves on the platform, not on the ground. Draw the day's break the night before, or set the moves up for the week. The mob shifts on schedule whether the manager's out there or not. The temporary tape, the tread-ins, the rolled-up gear that lives in the back of every utility through winter — all of it stops being part of the system. The grazing window stretches in one direction. The labour drops in the other. Winter stops being a holding pattern and starts being a managed strategy.

In snow country, the snowline is the boundary. Across British Columbia, Alberta, the northern plains, and the Interior West, a virtual fence tracks it. When the snow drops on the eastern face, lock that face off. When it thaws on the western, open it up. The mob stays out on grass as long as the country can carry them, and the hand-feeding window starts shorter than it has in years. Leased winter ground three or four hours from the home property becomes a real option. The base station travels with the mob. The boundary deploys on arrival. Fence maintenance through deep snow — usually its own full-time job — drops to almost nothing, because the only physical infrastructure on site is a base station and a mob of neckbands. The feed bill follows the grazing window. Less hay bought. Less hay hauled. Less of the season spent feeding what should have been winter standing forage.

On winter forage crops, the work is break-feeding. Across NZ South Island and southern Australia, a paddock of swedes, kale, fodder beet, rape, or oats gets metered out to a mob in daily strips for weeks at a stretch. Each break has to be the right size for the day's feed allocation, has to shift on time to maintain pasture utilisation, and has to be small enough that the mob isn't trampling the next two days of feed under hoof. eShepherd replaces the temporary fencing with a software break. Draw the strip the night before. Set the moves up for the week ahead. The break moves on schedule, the mob walks forward into the new allocation, the utilisation stays high, and nobody walks out into the cold to shift tape. The pugging risk drops too. A boundary held in software doesn't depend on tread-ins that loosen in wet ground. The break holds where it should hold, even when the soil is sodden, and the welfare and regulatory exposure that come with winter mud management drop accordingly.

Wherever the operation is, the spring gather looks different. On mountain country, animals scatter into drainages and timber through winter. The traditional spring muster takes multiple trips and several days of riding. Live location collapses the work. With the mob visible on a single screen, the gather is a single ride that confirms what's already on the map, rather than days of riding to find what isn't. On forage-crop country, the end-of-winter transition off crops and back onto pasture happens cleanly. Every animal accounted for. Every break finished out. No mob left behind in the back of the paddock because the fence shifted late.

Winter brings its own list of hazards. Some are universal. Some are regional. Frozen creek crossings. Avalanche-prone faces. Toxic species like Ponderosa pine and locoweed that become attractive when the pasture is gone. Boggy ground around troughs that turns into welfare risk when the mob is concentrated. Pugging damage on saturated paddocks that turns into a regulatory issue, especially in NZ where winter grazing rules are tightening every year. A software boundary moves around any of it. Lock off the avalanche path before the snow loads. Hold the mob away from the toxic block until the pasture comes back. Pull animals back from a creek when the freeze-thaw cycle makes the bank unstable. Each risk gets managed in advance, not after.

The grazing window stretches. The feed bill comes down. The labour comes down. The mob works with the season.

## Fence the lease, not the land
URL: https://landing.eshepherd.io/use-it-for/leased-and-public-land
Subhead: Take more transient ground without committing capital to fencing it. Deploy a herd, leave the land as you found it.
Summary: How operations on agistment, short-term leases, and pastoral leases use eShepherd to graze country they don't own, without infrastructure they can't recover at lease-end.
Agistment runs. Short-term leases. Pastoral leases on Crown ground. Contract grazing. Country you have access to for a season, a year, three years if you're lucky — and no permission, no incentive, and no recovery to build permanent infrastructure on. Every star picket driven into a lease is capital you'll never see again. Every roll of tape is labour the lease won't pay back. Every gate hung on someone else's boundary is a conversation you'll have when the term's up, and not every term ends as cleanly as it began. So the country you wanted to graze tends to get passed on. The corner the neighbour offered. The agistment block that came up at short notice. The pastoral lease that needs sub-grazing to stay in good standing. The Crown ground that opened up after a fire because the previous tenant pulled out. Not because the feed isn't there. Not because the price isn't right. The fencing maths just doesn't work. The operations that take the most transient ground are the ones who've figured out how to graze it without committing the infrastructure that the lease itself can't justify. That's a small group, and it's about to get larger.

Deploy a herd. The boundary is software. Drop the base station, mounted on existing infrastructure or a temporary post. Fit the neckbands. Draw the lines that match the lease to the metre — the edges, the off-limits corners, the riparian buffer the lease specifies, the off-track exclusions the pastoral lease requires. The animals walk in. They learn the boundary inside a few days. The platform holds it for the duration of the lease, without a contractor, without a fencing budget, and without a single hole in the ground. Pull the herd out at lease-end and the land is exactly as you found it. No posts to recover. No wire to roll up. No awkward conversations about who owns the gate hung in 2023. The base station leaves on the truck with the animals.

The connectivity question matters most on country you don't own. Cellular IoT works where the carrier coverage is, and the carrier coverage is wider than most operators realise — most pastoral leases have at least patchy reception, and patchy is enough. Where it doesn't reach, eShepherd's base station runs a private LoRa network as a fallback, providing the herd-to-platform link without depending on any external network at all. Either way, the herd talks to the platform, the platform talks to you, and the lease's lack of infrastructure stops being the constraint that decides where you run cattle. The dead zone on the carrier map is no longer the limit of where you can run virtual fencing. Take the agistment block that's eight hours away. Take the Crown ground that ran without a tenant for two years because no one wanted the fencing bill. Take the short-term lease that opens up after a flood, where the previous setup was washed out and there's no time to rebuild before the season turns. The base station is the only thing you bring with you, and it leaves with you when the lease is up.

Capital that used to sit in fence wire now sits in animals. The lease pays back faster, because the entry cost is dramatically lower. The marginal block becomes a real opportunity instead of a wishlist item. The next agistment offer becomes a yes instead of a maybe. The seasonal arbitrage between tight country at home and cheaper feed over the back becomes a strategy you can actually run, not a thought experiment. For the contract grazier — operators whose entire business is taking other people's cattle on other people's land — the unit economics shift entirely. The fencing capex that used to limit which blocks were viable goes to zero. Every offer becomes a real conversation. Grazing pressure goes where the feed is. Capital goes where it compounds. The fence stops being the bottleneck on which country you can run.

Leave the land as you found it. And take the data you built on it with you.

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FAQ
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## What is eShepherd and how does it work?
URL: https://landing.eshepherd.io/faq#faq-what-is-eshepherd

A virtual fencing system using GPS-enabled neckbands and a mobile app. You draw virtual fences on a digital map; the neckbands keep animals within the boundary using sound, with a mild pulse only if they cross.

## Can virtual fencing replace physical fences?
URL: https://landing.eshepherd.io/faq#faq-benefits-over-physical

Mostly yes. eShepherd replaces internal cross-fencing entirely — no posts, wires, or manual repairs. Most operations keep boundary fences for stock-proofing and biosecurity, but break the interior into virtual paddocks and adjust them in minutes from the app. Improves pasture productivity, feed efficiency, and reduces infrastructure costs. Also useful for waterway protection and land care compliance.

## What is the minimum herd size for training?
URL: https://landing.eshepherd.io/faq#faq-minimum-herd-size

At least 20 animals. Once trained, you can split into smaller mobs as long as each group has leaders and followers.

## Can I use eShepherd with other types of livestock?
URL: https://landing.eshepherd.io/faq#faq-other-livestock

Designed for most cattle breeds over 200 kg / 440 lb, including bulls. Not suitable for sheep or goats.

## How do I set up eShepherd on my property?
URL: https://landing.eshepherd.io/faq#faq-setup

Gallagher assesses your property and recommends either Direct to Cellular or Base Stations (for patchy coverage). They deliver hardware ready to go and guide you through fitting, training, and app setup.

## Why buy instead of subscribe?
URL: https://landing.eshepherd.io/faq#faq-capital-or-subscription

One-off purchase with a 7-10 year lifespan means no subscription creep. Firmware and software updates are included. Data fees are only charged on active neckbands. Build an indicative quote to see what your operation would cost.

## Is there any funding available?
URL: https://landing.eshepherd.io/faq#faq-funding

Various cost-share programs exist by region. Gallagher links to a Farm Subsidy Tracker tool.

## Is the eShepherd neckband a GPS cattle collar?
URL: https://landing.eshepherd.io/faq#faq-is-neckband-a-collar

Yes. eShepherd uses the term neckband because the device is fitted around the animal's neck and designed for long-term wear. Many producers search for this category as GPS cattle collars, virtual fencing collars, or smart cattle collars.

## Does eShepherd need towers?
URL: https://landing.eshepherd.io/faq#faq-no-mobile-signal

No. eShepherd cellular uses existing mobile networks (Telstra, Verizon, Spark, Vodafone, etc.) — no proprietary infrastructure. For properties without cellular coverage, the LoRa flavour uses small on-property base stations (not towers) typically mounted on a shed roof or windmill. You can mix cellular and LoRa flavours on the same property under one platform.

## Does eShepherd work without mobile coverage?
URL: https://landing.eshepherd.io/faq#faq-cellular-vs-lora

Yes. eShepherd ships in two flavours of the same neckband: a cellular flavour that uses existing mobile networks, and a LoRa flavour that uses on-property base stations and works completely offline. You can run both on one property under one platform — cellular on the main mob, LoRa on a back paddock with no signal.

## What is the battery life?
URL: https://landing.eshepherd.io/faq#faq-battery-life

Solar-powered lithium iron phosphate battery, 7-10 year design life. IPX7 waterproof. A few hours of sunlight maintains charge for several days. See the neckband specs.

## What does the warranty cover?
URL: https://landing.eshepherd.io/faq#faq-warranty

Engineered for 7-10 years using proven solar tech and robust materials. 3-year warranty covers manufacturing defects. Unlike subscription models, replacement risk isn't baked into ongoing fees. Outside warranty, maintenance is typically just strap or clip replacement.

## Is it too bulky or big?
URL: https://landing.eshepherd.io/faq#faq-size-and-weight

At 2.5 kg with weight under the chin, animals aren't bothered. Large solar panels give 10+ days of battery in low-light. Chain electrode ensures contact through winter coats. Needs adjustment only every 2-5 months. See the neckband specs.

## What happens if network communication fails?
URL: https://landing.eshepherd.io/faq#faq-network-fail

Virtual paddocks stay active for up to 24 hours. After that, if communication isn't restored, fences deactivate and animals can roam.

## What happens in emergencies like fire or predators?
URL: https://landing.eshepherd.io/faq#faq-emergencies

Panic detection mode allows animals to break boundaries during flight responses. Fences can be remotely deactivated from the app.

## Is eShepherd safe for cattle?
URL: https://landing.eshepherd.io/faq#faq-safe-for-cattle

Yes. Built on behavioural science — cattle respond to audio cues with minimal pulses. Neckbands are adjustable with a built-in breakaway safety feature.

## How do animals get trained?
URL: https://landing.eshepherd.io/faq#faq-training-time

Keep at least 20 animals together. Most cattle learn in 3–10 days. Start with a training paddock overlaying the virtual fence on a physical one, with one virtual boundary. Cattle quickly associate the audio cue with the boundary and respond. See how the loop works.

## How does animal down alerts work?
URL: https://landing.eshepherd.io/faq#faq-animal-down

If an animal is inactive for more than 10% of a 24-hour period, the system sends a notification.

## How accurate is the GPS tracking?
URL: https://landing.eshepherd.io/faq#faq-gps-accuracy

±1 metre (3 feet) when cattle are within 20 metres of a virtual fence.

## What if an animal escapes?
URL: https://landing.eshepherd.io/faq#faq-breach

Continued audio warnings and pulses as they move away from the virtual boundary. Breaches are uncommon and animals typically return quickly on their own. Track individuals in the app with breach notifications. See the virtual-fencing explainer.

## What is the ROI?
URL: https://landing.eshepherd.io/faq#faq-roi

Virtual fencing delivers increased revenue via better pasture utilisation, reduced costs from less fence maintenance and labour, and operational flexibility without physical infrastructure. Use the ROI calculator to see the numbers for your operation.

## How does eShepherd support grazing decisions?
URL: https://landing.eshepherd.io/faq#faq-grazing-decisions

Heat maps in the app show real-time grazing pressure for rotation planning, overgrazing prevention, and pasture recovery.

## What support is available?
URL: https://landing.eshepherd.io/faq#faq-support

Hands-on support from setup through troubleshooting, including training resources and onboarding.

## How secure is the data and who owns it?
URL: https://landing.eshepherd.io/faq#faq-data-ownership

You own your data. Gallagher doesn't access it without permission. Stored in the cloud with industry-standard encryption.