Learn, don't re-engineer
A robot that must be reprogrammed for every crop and farm is a dead end. We invest in machines that learn — so the platform adapts instead of being replaced.
Anjan Robotics is building the autonomous, multi-crop harvesting platform agriculture needs — physical AI that learns from the people who do the work, and improves every season. We are based at Rothamsted and building for farms everywhere.
Anjan Robotics is based at Rothamsted Enterprises in Harpenden, Hertfordshire — the commercial campus of Rothamsted Research, the oldest agricultural research institution in the world, running continuous field experiments since 1843.
It is hard to imagine a better place to build physical AI for farming. The campus is home to 40+ agri-tech businesses, shared labs, and working field plots — a dense community of scientists, agronomists and growers all pointed at the same question we are: how do we feed the world with fewer hands and a lighter touch on the land.
We are built for autonomy and innovation from the ground up — Physical AI that learns from the farm and improves every season, on a platform designed for farms on every continent. We sit where the data, the science, and the soil meet.
A company's beliefs end up in its product. Here are the ones that matter most for ours.
A robot that must be reprogrammed for every crop and farm is a dead end. We invest in machines that learn — so the platform adapts instead of being replaced.
The work we automate is the work farms already cannot staff. People teach and supervise the robots and move up; crops that would have rotted come in.
Multi-crop is the moat. A machine that masters six varied crops can learn the next sixty — and earns across the year instead of one short window.
Autonomy only earns its place if it is safe and accountable. Hardwired safety and per-pick records are part of the design, not an afterthought.
Self-improving is not a slogan. The platform compounds skill across shifts and across the fleet, so each year starts ahead of the last.
Different hemispheres, different seasons, the same need. We are building a platform for farms on every continent from the first line of the plan.
The design is complete, and the first build is underway. Field trials are the next milestone — and we are publishing the roadmap because we believe in being held to it.
The full system — autonomous rover, custom arm and end-effector, vision pipeline and fleet architecture — is designed and specified. The engineering is done; building it is what comes next.
Sourcing the custom arm and bringing the first working robot together — hardware, perception and control integrated into a machine we can take to a row.
Instrumented robots into a commercial grower’s rows — real season, real crops, the first reliability numbers — beginning to prove the multi-crop promise across strawberry, cherry tomato, raspberry, runner bean, mini pepper and courgette.
Design-for-manufacture, regulatory compliance, supply-chain build. The robot becomes a product.
First production units delivered to selected partner growers. The platform goes live.
Multi-hemisphere harvest, multi-country platform — following the season around the world.
The people who arrive now help define a category. Investors, engineers, growers, suppliers — we want to meet you.
Get in touch →