Crop intelligence
Earlier visibility into health, development, and variability at crop level.
Autonomous Greenhouse Intelligence
The intelligence layer for greenhouse farming.
AGRINEX AI unifies robotics, computer vision, IoT sensing, and digital twins to turn greenhouse operations into an adaptive food production system.
The operational gap
Greenhouses produce data.
Operators still carry the uncertainty.
Today’s controlled environments are sophisticated—but fragmented tools, periodic inspection, and delayed signals make it hard to convert control into true autonomy.
Invisible crop risk
Stress and disease can develop between manual inspection cycles.
Disconnected systems
Climate, irrigation, crop, and labor data often live in separate workflows.
Reactive decisions
Teams respond to symptoms without a continuously updated view of the whole system.
One adaptive operating layer
From fragmented signals
to coordinated intelligence.
AGRINEX AI is being built as a closed-loop platform: it sees what is happening, understands why it matters, and orchestrates the next best action.
AGRINEX / System intelligence Live model
AGRINEX AI
01
Perception
Multimodal sensing builds a consistent view of every growing zone.
02
Intelligence
AI models translate complex signals into risk, prediction, and priority.
03
Orchestration
Decisions connect to people, robots, and greenhouse control systems.
The intelligence loop
Designed to get smarter
with every growing cycle.
A continuous pathway from physical reality to informed intervention—and back again.
01
Observe
Robots and sensors continuously capture crop, climate, and infrastructure data.
02
Understand
Computer vision and AI interpret plant health, risk, and operational conditions.
03
Decide
The platform prioritizes actions against yield, quality, resource, and risk goals.
04
Act
Robotic and connected systems turn decisions into precise field-level interventions.
05
Learn
Every outcome enriches the digital twin and improves the next decision cycle.
Autonomous inspection robot
A persistent pair of eyes
inside the greenhouse.
A mobile inspection platform designed to navigate greenhouse aisles, capture high-resolution crop data, and extend consistent observation across the growing environment.
Repeatable crop-level imaging
Environmental and spatial sensing
Continuous inspection route coverage
Edge intelligence with cloud coordination
Sensor fusionRoute active
Live spatial model
continuously updated
Digital twin agriculture
A living model of the
entire growing system.
The digital twin brings crop state, climate, equipment, and operational history into one evolving model—giving teams a shared source of truth and AI a context for better decisions.
Unified system state
Predictive scenarios
Cross-system context
Learning over time
Strategic impact
Infrastructure for a more
resilient food future.
Operational resilience
Consistent monitoring and decision support across every shift and season.
Resource precision
A foundation for aligning inputs with real crop and environmental needs.
Scalable expertise
Capture agronomic knowledge in a system that can support growing operations.
Market opportunity
Built where food security meets intelligent infrastructure.
01
Controlled environments
Greenhouse operators need visibility and coordination as production systems become more complex.
02
Arid-region food security
Resource-constrained regions need technology that strengthens local, reliable production.
03
Automation readiness
Robotics and connected control systems create a path from insight to physical action.
04
Compounding intelligence
The platform becomes more valuable as operational context and learning accumulate.
Leadership team
Building across intelligence,
hardware, and operations.
A founding team aligned around the technical and commercial disciplines required to build autonomous food production infrastructure.
Prashath Kandasamy
Founder & CEO
Leads company strategy, product vision, AI platform architecture, partnerships, and fundraising.
Chathuri Lakshini Subasinghe
Co-Founder, Finance & Strategy
Supports financial planning, business operations, governance, and commercial strategy.
Charith Perera
Co-Founder, Technology & Product Development
Supports technology development, product engineering, and technical execution.
Strategic partnerships
Let’s build the future of resilient food production.
We welcome conversations with greenhouse operators, investors, food security organizations, research partners, and technology collaborators.