Happy Monday ranchers,

This week’s issue started with a phone call from a producer north of Grand Junction asking what the JBS Greeley strike was going to do to his marketing window. It ended with us digging into a Memorandum of Understanding signed in Washington last month that almost nobody in the beef-tech space covered.

The two stories don’t look related. One is a labor action at the largest meatpacking plant in Colorado — a situation unfolding in real time, with cattle on feed and a narrow marketing window at stake. The other is a partnership between the Defense Advanced Research Projects Agency and the USDA, with stated goals around cybersecurity, biosecurity, and agricultural research funding.

However, they’re two sides of the same question: how fragile is the infrastructure your operation depends on, and what’s being done to make it more resilient?

We break down both this week. The strike gets the plain-English treatment — what’s happening, what it costs, and what it tells us about the future of beef processing. The DARPA partnership gets the deep dive, because if you run any connected technology on your operation, the implications are closer to home than the press release suggests.

First time reading? Sign up for free here

Voice-to-Record App Reinvents Cattle Management | Drovers
A cattleman’s frustration with paperwork and a passion for innovation led to Herd Advisor, an app that turns ranch talk into records, eliminating manual data entry and streamlining everything from health events to breeding records.

GPS Tracking Ear Tags Cut Time, Labor | Ag Update
This Illinois Farmer Today piece covers how GPS-enabled ear tags are reducing the time and labor producers spend locating and monitoring cattle across pastures — a practical productivity story for working ranchers.

Boost Livestock Efficiency with C-Lock Remote Technology | Farm Weekly Australia
Paywalled, but Farm Weekly Australia profiles C-Lock's remote monitoring systems, which give producers a clearer, real-time picture of their operations — the headline signals direct practical value for cattle producers managing large properties.

Ag Leaders Say AI Will Be Essential to the Future of Farming | Brownfield Ag News
Brownfield Ag News aggregates expert voices on why AI adoption is no longer optional for producers — a strong read for ranchers trying to understand where the industry is heading and why now is the time to engage.

Invisible Fences and Musical GPS Collars Come to the Burren | Agriland
Virtual fencing technology is being deployed in one of Europe's most complex grazing landscapes — relevant for U.S. ranchers watching where GPS collar and e-fence tech is headed.

Bayer Launches newgold® to Connect Agriculture to the Low-Carbon Fuel Economy | Aginfo.net
Bayer's newgold program is designed to help ag producers monetize low-carbon practices by connecting farm-level data to the growing low-carbon fuel economy — a signal that carbon and fuel markets are increasingly intertwined with everyday ranch decisions.

Leaders Turn to AI and Automation Tools as Farm Financial Risk Rises | RFD-TV
RFD-TV reports that agricultural lenders are using AI-driven tools to assess and manage farm financial risk in a volatile market environment — a sign that the finance side of ranching is digitizing fast, with real implications for producer credit access.

$45 Million Program Launched to Fast-Track Feedlot Innovation and Adoption | Beef Central
Australia is channeling $45M into accelerating new technology adoption across feedlot operations, covering everything from automation to emissions reduction — a leading indicator of where the global industry is heading and what U.S. operators may be facing down the road.

AgriZeroNZ Doubles Stake in Australian Breeding Tech Company | Farmers Weekly New Zealand
New Zealand's agricultural emissions reduction partnership is doubling down on Australian breeding technology, signaling that low-methane genetics are moving from research interest to active investment priority across the Pacific beef industry.

Atlas Grazing: Atlas Ag Launches Tool for Farm Challenges | The Land
Atlas Ag's grazing management tool launch points to growing demand for producer-built, practical decision-support software — relevant context as the grazing app space continues to fill out internationally.

Your Cow Has a Digital Twin — What Can She Tell You? | Ag Proud
Building a real-time digital model of individual animal performance, health, and genetics — is one of the most forward-looking ideas in precision livestock farming, and the fact it's getting mainstream ag trade coverage means it's moving closer to commercial reality.

Nuwa Agicultural Technology Unveils AI-Powered Livestock Robot | StreetInsider.com
Nuwa unveiled a flagship "Cleaning + AI Monitoring" livestock robot that performs autonomous barn cleaning while simultaneously collecting behavioral and environmental data through sensors and AI vision algorithms, positioning the machine as a continuous data-collection gateway rather than just a labor-saving device.

Verdant Impact Secures $3 Million to Enhance AI in Bovine Genetics | Enterprise AI
Verdant Impact, an AI-driven bovine genetics startup, raised $3 million in a seed round led by Unicorn India Ventures, with plans to expand its Pashu.AI livestock monitoring platform and integrate blockchain for genetic tracking — a window into where AI-meets-genomics is heading globally.

Gau Swastha: India’s First Image-Based AI for Cattle Health and Disease Protection | Deccan Herald
India's Gau Swastha uses a multimodal AI approach that lets farmers diagnose cattle health and disease risk using only a smartphone photograph — a low-barrier, camera-first approach to AI diagnostics that could eventually have applications well beyond the Indian market.

Photovoltaics for Cattle Dung Gasification | PV Magazine
PV Magazine covers a research project using solar power to drive cattle dung gasification, exploring whether beef operations can become energy producers — an early-stage but increasingly credible concept as on-farm energy generation gains attention.

The first U.S. meatpacking strike in 40 years hits the largest JBS plant in the country; here’s the practical picture.

On March 16, nearly 3,800 workers at JBS’s Greeley, Colorado facility walked off the job — the first meatpacking strike in the United States since a Hormel plant went down in 1985. The dispute comes down to wages: the union says JBS’s proposed increases of roughly 60 cents per hour in one year don’t keep pace with Colorado’s cost of living. JBS counters that base wages at the plant have risen 46% since 2019, outpacing Front Range inflation of about 25%.

Both things can be true, and the two sides are reportedly still about $3 million apart in total contract value.

The Greeley plant is JBS’s largest U.S. beef processing facility, running 5,000 to 6,000 head per day. It is the anchor processor for a large portion of feedlot cattle across the Front Range and the High Plains. JBS says it can redirect volume to other facilities, and the Colorado Cattlemen’s Association confirms some cattle are already moving to out-of-state plants. But animal welfare transport rules, distance limits, and simple math (you can’t fully replace 6,000 head a day overnight) mean real constraints on how much actually gets rescheduled.

The short answer: it depends on where your cattle pipeline. Boxed beef prices were already up $7.45 per hundredweight before the strike announcement while cash cattle prices were declining. A finished steer with a narrow marketing window and no alternate plant nearby faces real exposure: added days on feed, transport costs to a more distant facility, or a compromised negotiating position. Producers with flexible marketing timelines and multiple packer relationships are better positioned than those committed to a single buyer and a tight window.

Underneath the labor story is a structural one. Four companies control roughly 85% of fed cattle slaughter in the United States. When one major facility goes offline (for any reason, labor, fire, or pandemic) the entire system feels it. The plants now coming online in North Platte, Nebraska, and new Missouri facilities are being built differently: smaller footprints, higher automation, more technology per shackle space. They’re not a solution to this week’s disruption, but they’re the direction the industry is moving. Every time a mega-plant goes dark, that case gets a little stronger.

The agency that built the internet just turned its attention to your operation. Here’s what it means for connected ranchers.

Most ranchers know DARPA the way most people know the post office: it’s there, it does something important, and you don’t think about it much until it shows up at your door.

Here’s a piece of history worth knowing: the internet was a DARPA project. So was GPS. So was voice recognition technology. The Defense Advanced Research Projects Agency is the federal government’s high-risk, high-reward R&D engine — the shop that takes on problems too hard or too speculative for normal procurement, and occasionally produces something that reorganizes the entire economy.

On February 11, DARPA was formally pointed at agriculture.

USDA Secretary Brooke Rollins and Secretary of Defense Pete Hegseth signed a Memorandum of Understanding that links DARPA’s research capabilities directly with the USDA’s mission for the first time. The MOU went largely unnoticed in the ag-tech press. It shouldn’t have.

The agreement establishes three priority areas: sharing information about cybersecurity vulnerabilities in agriculture, developing technological solutions to the sector’s biggest challenges, and exchanging personnel between DARPA and the USDA’s Office of the Chief Scientist. A new office — the Office of research, Economic, and Science Security — has been created inside the USDA to coordinate research security across all federal ag programs. Think of it as the agriculture sector’s first dedicated counterintelligence function for research and technology.

There’s also a funding rule change with real commercial implications: USDA will now require certification that recipients of federal agricultureal research grants are not owned or controlled by foreign adversaries and are not participating in foreign talent recruitment programs. This reshapes who can compete for SBIR and STTR grants — the funding pipeline that has produced a significant share of precision agriculture’s commercial tools over the past decade.

If you’re running GPS ear tags, cloud-based herd records, automated feeding systems, virtual fencing, or any other internet-connected technology on your operation, you are part of the infrastructure the MOU is designed to protect. That’s not abstract. Here’s how each priority maps to your operation.

In 2021, a ransomware attack forced JBS to shut down operations across the United States, Canada, and Australia for several days. The National Farm Security Action Plan identifies cyberoperations targeting food processors and agricultural supply chains as an active, ongoing threat. As more production data moves to the cloud (breeding records, health protocols, movement logs) the attack surface grows with it. DARPA brings defense-grade security expertise to an industry that, until recently, hasn’t had to think in those terms.

The MOU explicitly targets vaccine and therapeutic development for Highly Pathogenic Avian Influenza, African Swine Fever, and Foot and Mouth Disease. For beef producers, FMD is the relevant scenario: an outbreak in the U.S. would trigger immediate international trade restrictions and processing shutdowns that would make the Greeley strike look minor. The FDA’s recent emergency authorization of F10 antiseptic spray for New World Screwworm is a current-day reminder that biosecurity threats are not theoretical. The pipeline for better tools just got a significantly larger R&D engine behind it.

The foreign adversary screening requirement changes the competitive landscape for ag-tech startups. Developers of precision livestock tools (ear tag platforms, herd analytics software, virtual fencing systems) who want access to federal research funding will need to meet new vetting requirements. That likely means slower commercialization timelines for some tools, but potentially more trustworthy data handling standards baked in from the start.

DARPA projects don’t produce commercial products next quarter. The agency’s typical research-to-market timeline runs five to fifteen years. The internet as a commercial platform didn’t emerge until decades after DARPANET. GPS was a military technology for years before civilian applications became widespread. The relevant questions for ranchers isn’t what DARPA will deliver next year — it’s what the pipeline looks like, and whether the problems being prioritized align with what producers actually need.

On cybersecurity, the alignment is direct: connected ranch operations are part of a food system that the U.S. government has formally identified as critical infrastructure. The resources being committed to defending it are growing. On biosecurity, DARPA’s involvement means vaccine and diagnostic development could accelerate significantly beyond what the USDA alone would fund. On precision agriculture broadly, the injection of defense-grade R&D into the sector could move capabilities forward in ways that commercial investment alone would not.

The DARPA-USDA MOU is not a product announcement. Nobody is going to show up at your gate with a DARPA-branded ear tag next spring. What it represents is a structural shift in how seriously the federal government is treating agricultural infrastructure — both physical and digital — as a national security priority.

For producers, the near-term implication is awareness: the connected tools you’re already running exist in a security environment that is more connected than most ranchers realize. The longer-term implication is potential: the same R&D engine that gave the world GPS is now formally tasked with solving agriculture’s hardest technology problems. What comes out the other end will be shaped by the priorities being set right now.

That’s worth knowing, even if it’s not next week’s problem.

The JBS Greeley situation is moving fast. We’re watching how quickly the company can actually redirect daily volume to other facilities — that number will tell us a lot about real-world excess capacity in the U.S. processing system, not just the capacity that exists on paper. We’re also tracking whether the disruption accelerates announced investment in smaller, more distributed processing facilities. Every major outage strengthens that case.

On the DARPA-USDA front, the next milestone to watch is the first joint research initiative to come out of the partnership — the focus area it targets will signal what the federal government actually considers the most urgent technology gap in agriculture. We’ll cover it when it lands.

BeefTech.News – Keeping you ahead of the herd.

Two stories, one newsletter, and a lot of ranchers paying closer attention than the trade press gives them credit for. Forward this to someone who should be reading it.