Generic AI wasn’t designed for machines operating in unpredictable, high-stakes environments. labCODY brains are engineered specifically for autonomous systems that must make split-second decisions, operate at the edge, and learn continuously from real-world conditions.
Decisions in milliseconds, not seconds. labCODY brains process sensor data, environmental changes, and system states simultaneously—enabling immediate response without cloud dependency.
Every decision can be traced. In safety-critical applications, knowing why a system acted is as important as what it did. labCODY brains provide full decision transparency.
Intelligence that improves with use. labCODY brains learn from operational data, adapting to new conditions, failure modes, and environmental variations over time.
For Drones & Aerial Systems
Advanced flight control, obstacle avoidance, mission planning, and swarm coordination in a single module.
• Multi-sensor fusion (vision, LiDAR, radar, IMU)
• Dynamic path planning and re-routing
• GPS-denied navigation
• Formation flight and swarm intelligence
For Mobile Robots & AGVs
Spatial intelligence for robots operating in dynamic indoor and outdoor environments.
• SLAM (Simultaneous Localization and Mapping)
• Dynamic obstacle avoidance
• Multi-floor navigation
• Human-aware movement planning
For Industrial Automation
Intelligent control for manufacturing, logistics, and process optimization.
• Real-time process optimization
• Anomaly detection and prediction
• Multi-system coordination
• Constraint-based decision making
Hardware Foundation
Custom silicon and compute modules optimized for labCODY intelligence at the edge.
• Low-latency neural network inference
• Multi-sensor input processing
• Ruggedized for industrial environments
• Modular architecture for custom configurations
Multi-sensor fusion combines camera, LiDAR, radar, IMU, and contextual data into unified environmental understanding.
Custom neural networks and reasoning systems process perception data to understand state, predict outcomes, and evaluate options.
Constraint-based optimization and control systems select optimal actions based on mission objectives, safety requirements, and operational constraints.
Execution layer translates decisions into motor commands, system controls, and communication protocols.
Continuous feedback loop captures operational data, identifies patterns, and updates models to improve future performance.
Our Projects
Increase crop yields, reduce resource waste, and monitor field conditions with precision using our AI-powered drones and autonomous farming equipment.
High-precision subsurface mapping for critical minerals like Lithium, Copper, REE, and Uranium to power the green energy transition.
Optimize safety, efficiency, and maintenance of pipeline networks and storage facilities, deep leak detection and corrosion mapping for aging transit pipelines with our autonomous inspection drones and AI-driven monitoring systems.
Streamline infrastructure inspections, detect faults early, and manage resources efficiently with our autonomous inspection drones and predictive maintenance AI.
Most “AI for robotics” is generic machine learning applied to autonomous systems. labCODY brain are fundamentally different—purpose-built from the ground up for machines operating in complex, high-stakes environments.
| Generic AI Approach | labCODY Brain |
|---|---|
| Cloud-dependent processing | Edge-native intelligence |
| Black box decisions | Explainable logic |
| One-size-fits-all models | Application-specific architecture |
| Trained once, deployed static | Continuous learning in operation |
| Software-only solution | Integrated hardware + software |
| Lab-tested | Battle-tested at industrial scale |
labCODY isn’t just hardware—it’s a platform. Developers can build custom applications, train specialized models, and integrate labCODY brain into their own systems.
Full development toolkit with simulation environment, testing framework, and deployment tools.
Train custom AI models on your operational data using labCODY’s architecture and deploy directly to hardware.
Connect labCODY brains to existing systems, data pipelines, and control infrastructure.
Embed labCODY brain into your products and systems.
Access the platform, train models, build applications.
Deploy labCODY-powered solutions in your operations.
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