Autonomous Systems AI
The AI brain for robot fleets real-time perception, dynamic path planning, and multi-robot coordination at industrial scale.
From hardware integration to autonomous fleet operation in three steps.
Connects to any robot platform certified platforms onboard in 1–3 days, with full fleet coordination from day one.
Fuses sensor streams into a real-time world model for autonomous path planning and obstacle avoidance.
Add robots without complexity KenRobotics auto-incorporates new units and balances workloads.
Autonomous systems intelligence across the sectors that need it most.
Autonomous patrol, perimeter surveillance, and bomb-disposal robotics in high-risk environments.
Heavy payload robotics, collaborative assembly lines, and automated material handling.
AMR fleets for picking, sorting, and last-mile intralogistics with real-time obstacle avoidance.
Autonomous survey drones, progress monitoring robots, and site inspection on active job sites.
Field robots for crop scouting and autonomous harvesting guided by KenAgri AI maps.
Sample transport, medication delivery, and surgical-assist platforms in clinical environments.
Get early access, dedicated engineering support, and influence the product roadmap.
KenRobotics uses real-time human detection with dynamic safety zones. When a person enters a robot's operating area, the system automatically adjusts the robot's speed, path, and clearance radius. Persistent presence triggers a hold. The safety zone parameters are configurable per zone and per shift tighter during high-traffic periods, wider in autonomous overnight runs.
Each robot running KenRobotics has an on-board edge controller that maintains the last-known mission state. On connectivity loss, the robot completes its current micro-task safely, then enters a standby hold at the nearest safe position. The fleet coordinator marks it as unreachable and redistributes its pending tasks to other robots. When connectivity resumes, the robot re-registers and rejoins the fleet automatically.
KenRobotics uses a priority-weighted task scheduler. Each task is assigned a priority level urgent replenishment, standard cycle, maintenance and the scheduler continuously optimises fleet allocation to maximise throughput on highest-priority tasks. When two robots need the same aisle simultaneously, the scheduler resolves the conflict using predicted completion times and reroutes the lower-priority robot without human intervention.
Yes. At deployment, KenRobotics ingests your floor plan, defined zones, prohibited areas, and workflow rules (pick sequences, staging locations, no-go hours). The path planning and task scheduling engines operate within those constraints. Layout changes are updated via the dashboard you redraw the map, publish it, and the fleet adapts within minutes.
KenRobotics supports new robot models via our open SDK and standard ROS2 integration. For certified robot platforms, onboarding takes 1-3 days: install the KenRobotics edge module, run a calibration sequence, and the robot joins the fleet. For custom or non-standard platforms, our engineering team works with you on a custom integration typical timeline is 2-3 weeks.
