Robotics

Embodied intelligence at the edge. Robots operating in the real world face constraints that cloud systems never encounter—latency, bandwidth, power, and autonomy requirements that demand intelligent decision-making at the device itself. We build agentic embedded systems that enable autonomous robots and intelligent edge devices.

The Challenge of Edge Autonomy

Robots and edge devices operate in environments where cloud dependency is impossible:

• Latency constraints - Cloud round-trips are too slow for real-time control
• Bandwidth limitations - Continuous cloud communication is impractical or impossible
• Autonomous operation - Devices must make intelligent decisions independently
• Real-time perception - Sensors demand immediate processing and response
• Resource scarcity - Computing power, memory, and power are severely limited

Harnas: Agentic Embedded Harness

Harnas is our agentic embedded harness—a hardware-agnostic framework for deploying autonomous agents directly on edge devices and robots.

• Deploy intelligent agents on edge devices and robots
• Real-time autonomous decision-making at the device level
• Hardware-agnostic (ARM, x86, specialized silicon)
• Multi-agent coordination on resource-constrained devices
• Intelligent perception and response agents

Autonomous Systems at the Edge

• Autonomous agents for perception and analysis
• Real-time decision-making without cloud dependency
• Coordinated multi-agent systems on edge devices
• Sensor integration and fusion agents
• Fallback and safety mechanisms for autonomous operation
• Over-the-air agent updates and management

Learn more about Harnas or contact us to deploy autonomous edge systems.