01
Architecture and field validation
Measured row geometry, requirements, hazards, chassis, and sourcing.
$45,000
Prototype developmentPublic support and strategic funding
Build the first fully functional AgriBot.
The $500,000 development program funds one autonomous Harvester prototype, the connected HIVE alpha, and the Packager interfaces required to prove the complete method.
02
Mobility, power, and safety
4WD chassis mule, steering, battery, charging, controls, and protection.
$105,000
03
Perception and local intelligence
Sensors, edge compute, plant records, dataset creation, and HIVE alpha.
$95,000
04
Two-arm harvesting system
Manipulators, foliage handling, grip, scissors, force control, and fruit testing.
$145,000
05
Case-tray, trailer, and logistics
Retail package indexing, weighing, defect routing, traceability, and exchange interface.
$60,000
06
Integration and field validation
Field testing, iteration, documentation, demonstrations, and contingency.
$50,000
Ways to participate
Support the prototype without confusing sponsorship and investment.
Public sponsorship
Non-equity support for specific milestones, demonstrations, technical briefings, and recognition.
Pilot and field partner
Representative strawberry fields, agronomic input, operating observations, and validation access.
Engineering and manufacturing
Components, fabrication, controls, robotics, agricultural equipment, packaging, and service partnerships.
Strategic institution
Food security, protected agriculture, climate resilience, regional production, and sovereign investment discussions.
Qualified investment discussion
Private materials are provided through a separate request process and appropriate legal pathway.
Research and validation
Safety, food handling, plant perception, ergonomics, agronomy, field robotics, and longitudinal data collaboration.
Register support
Tell us how you want to help.
This form records interest only. It does not process a payment, accept an investment, or promise a financial return.