Robots that seed, transplant, monitor, and harvest — running twenty-four hours a day with a consistency no manual team can match.
Automation
Robotics for the repetitive work that slows farms down
Seeding, transplanting, tray movement, crop scanning, and harvest routing can absorb large amounts of skilled labour. Annadhara automates those repeatable tasks so farm teams can focus on quality, crop science, maintenance, and exceptions.
01
Seed and transplant
Precision stations handle trays consistently while reducing manual handling.
02
Monitor and route
Vision systems and sensors identify crop status, tray location, and readiness.
03
Harvest and pack
Robots move ripe crops toward harvest and pack-out with traceable records.
Automation inside the grow roomRobots work from live crop status, tray location, and harvest demand instead of fixed timers.
TraceableTray movement, crop status, and harvest actions are logged in the control platform.
Capabilities
The robots inside an Annadhara farm
Seed to tray
Automated seeding
Precision seeders place individual seeds into substrate plugs at high speed with verified placement.
Gentle handling
Transplanting arms
Robotic arms move seedlings from propagation to grow trays without root damage or human handling.
Tray movement
Tray shuttles
Conveyors and shuttles transport trays between zones, routing each to the right environment.
Vision-guided harvest
Harvest robots
Computer-vision-guided pickers identify mature produce and harvest at the optimal moment.
Live monitoring
Monitoring drones
Autonomous cameras and sensors patrol aisles to spot issues before they spread.
Traceable pack-out
Pack-out automation
Weighing, sorting, and packing stations that prepare produce for dispatch with full traceability.
Systems connected
One live control layerSensors, robots, crop models, and operators share the same farm status.
Integration
Every robot works from the same live farm data
Annadhara's control platform turns crop status, tray location, environmental readings, and order demand into coordinated work for every automated station.
01
Sense
Climate sensors and cameras report plant health, location, and maturity.
02
Decide
The platform prioritises tasks using crop readiness and delivery demand.
03
Act
Robots receive traceable instructions for movement, harvest, and pack-out.
Benefits
What automation delivers
Productivity
01
More focused labour
Automated stations take on repeatable tray and harvest work so teams can focus on quality, maintenance, and exceptions.
Gentle handling
02
Consistent handling
Repeatable movement and defined crop recipes help protect produce quality through every cycle.
Live decisions
03
Flexible harvest windows
Live crop status and demand signals help teams plan harvesting and pack-out around delivery needs.
Traceability
04
Traceable pack-out
Tray movements and harvest actions can be recorded from propagation through packing and dispatch.
Vision-guided harvest
Harvest decisions based on what each crop needs
At the harvest station, cameras inspect each tray and combine visible crop condition with the farm's live growing data. That gives the system a clearer signal for whether to pick, hold, or send a tray for review.
01
Inspect
Review crop appearance, size, and maturity signals at the point of harvest.
02
Decide
Apply the crop recipe and current demand to prioritise the right trays.
03
Record
Log the harvest decision and route each tray into the next pack-out step.
Gentle, repeatable harvestsVision and crop data help automation respond to the plant in front of it.
70%
Less labour per kg
24/7
Operation
99.2%
Pick accuracy
100%
Tray traceability
Deployment
Roll out automation at a pace your farm can absorb
We begin with the workflow that has the clearest operational value, then use what we learn to connect additional stations without disrupting the farm's day-to-day output.
01
Map the work
Review crop flow, labour-intensive tasks, facility constraints, and delivery commitments.
02
Install a focused pilot
Commission one priority station and tune it alongside the existing farm workflow.
03
Scale with evidence
Use pilot results to plan connected stations, training, maintenance, and broader rollout.
A rollout built around live operationsEvery added station should fit the crop flow, facility, and team already in place.
Questions
Robotics FAQs
Automation works best when it fits the crop, facility, people, and delivery model already in place. These are the questions we address first.
Start with the task that produces the clearest operational value.
No. Automation is most useful for repetitive handling and movement. Farm teams remain central to crop oversight, maintenance, quality checks, and exception handling.
Often, yes. A site review identifies which tasks can be phased in first and what facility changes, interfaces, or safeguards are required.
High-volume, repeatable tasks with clear inputs and outputs are typically the strongest starting point, such as seeding, tray movement, crop inspection, harvesting, or pack-out.
Robot cells can be designed with controlled access, light curtains, emergency stops, and operating procedures that pause equipment when people enter a protected zone.
Maintenance plans can combine condition monitoring, remote diagnostics, spare-parts planning, and on-site support so the farm has a clear response path.
We start with the crop mix, target throughput, operating hours, facility layout, utilities, current workflow, and delivery requirements.
Automate the repetitive, elevate the human
Find out which tasks in your farm are best suited to robotics and what the return looks like.
Seed to tray
Gentle handling
Tray movement
Live monitoring
Traceable pack-out