Home
Modules
KenRobotics

AI for autonomous robotics by Intelense

Smarter Robots. Better Coordination.

Name: KenRobotics
Brand: Intelense

KenRobotics helps autonomous robots understand their surroundings, navigate changing environments, avoid obstacles, and coordinate tasks across robot fleets.

Book a Demo Explore Capabilities

AI-powered perception, path planning, and fleet coordination.

Warehouse A · Fleet mapLive

Fleet · 4 robots
R-01On route
R-02On route
R-03On route
R-04On route

Robots active

4 / 4

On route

Tasks done today

128

↗ 12%vs yesterday

Safety zoneLive

R-02 slowed down near a person in aisle 4.

Simulated fleet and example data

On the warehouse floor

Robots that see the people around them.

Perception and fleet coordination slow or reroute robots when people, forklifts or obstacles enter their path.

Autonomous robots in a logistics hall — CAM-03 · Robot hall14:32:09

What KenRobotics does

Give Your Robots the Intelligence to Work Together

Autonomous robots need more than the ability to move. They need to understand their surroundings, respond to changing conditions, and work efficiently alongside people and other machines.

KenRobotics brings AI perception, dynamic path planning, and fleet coordination together to help robots navigate real-world environments and manage operational tasks.

From warehouse robots moving goods to inspection robots operating in complex environments, KenRobotics helps teams coordinate autonomous operations more effectively.

Key capabilities

AI Perception

Process sensor inputs to understand surroundings and detect obstacles.

Autonomous delivery robot travelling along a curved paved path under trees, clea

Dynamic Path Planning

Calculate routes and adapt when conditions or obstacles change.

Man seen from behind walking along a road edge while a small delivery robot appr

Obstacle Avoidance

Help robots navigate around objects and respond to changing environments.

A line of five or six identical delivery robots parked/travelling in a row besid

Fleet Coordination

Coordinate tasks and movements across multiple robots.

Green automated picker arm on a rack gantry handling blue storage crates in an a

Task Scheduling

Allocate work based on operational priorities and fleet availability.

Pedestrian walks past a revolving door while a small autonomous cleaning robot s

Human-Robot Safety

Support configurable safety zones for environments shared by people and robots.

How it works

From Robot Integration to Coordinated Operations

01
Integrate Your Robots
Connect compatible robot platforms through supported integrations and interfaces. Configure the environment, operating zones, and workflow requirements for your deployment.
02
Perceive, Plan, and Navigate
AI processes sensor data to build an understanding of the surroundings. Robots use this information to plan routes, identify obstacles, and adapt their movements.
03
Coordinate Your Fleet
Coordinate tasks across connected robots, manage route conflicts, and allocate work based on operational priorities.
04
Monitor and Scale
Monitor fleet activity and add compatible robots as operational needs grow, subject to platform and integration requirements.

Core capabilities

Intelligence for Real-World Robotics

Real-Time Environment Understanding

Use sensor inputs to help robots interpret their surroundings and respond to changes in their operating environment.

Adaptive Navigation

Plan and adjust routes around obstacles, restricted areas, and changing conditions.

Multi-Robot Coordination

Help multiple robots work within the same environment while managing task allocation and movement conflicts.

Human-Robot Safety Zones

Configure operating boundaries and safety rules for environments where people and robots work near one another.

Intelligent Task Allocation

Prioritise and distribute tasks across a connected fleet according to operational requirements.

Flexible Robot Integration

Connect supported robot platforms through available SDKs and integration methods, including ROS 2 where supported.

Where KenRobotics can be used

Autonomous Intelligence Across Industries

Warehousing and Logistics

Coordinate autonomous mobile robots for material movement, picking support, sorting, and internal logistics.

Manufacturing

Support automated material handling, repetitive movement tasks, and coordination between robotic systems on production floors.

Defence and Security

Support autonomous patrol, inspection, and other robotic operations in environments that require carefully configured safety and access controls.

Construction

Enable robotic and drone-based site inspection, surveying, and progress monitoring, depending on the platform and integration.

Agriculture

Support field robots for crop scouting, spraying, and other precision operations, with opportunities to integrate insights from KenAgri.

Explore KenAgri →More on agriculture →

Healthcare

Support compatible autonomous systems used for internal delivery and transport tasks in healthcare facilities.

Designed for Dynamic Work Environments

Robots often operate in spaces where people, vehicles, and other machines are moving at the same time.

KenRobotics supports configurable safety zones and dynamic navigation to help robots respond to obstacles and changing conditions.

Teams can define operating areas, restricted zones, and workflow rules according to their environment and deployment requirements.

The goal is to make autonomous operations more coordinated and predictable while keeping safety requirements central to deployment planning.

Note: AI-based detection and navigation should complement, not replace, certified robot safety systems and site-specific safety procedures.

Example footage and safety zones

Integration and scalability

Start with Your Robots. Build from There.

Integrating autonomous robotics into existing operations can involve different hardware platforms, sensors, layouts, and workflows.

KenRobotics is designed to support compatible robot platforms and integration methods, helping teams build toward coordinated fleet operations.

Robot IntegrationConnect supported robot platforms through available interfaces.
Environment MappingConfigure floor plans, operating areas, and restricted zones.
Fleet ManagementCoordinate tasks and movements across connected robots.
Expandable OperationsExtend deployments as robot fleets and workflows grow.
Platform IntegrationExplore connections with other Intelense AI modules where relevant.

Integration timelines and supported capabilities depend on the robot model, hardware, and deployment requirements.

FAQ

Frequently asked questions

What is KenRobotics?

KenRobotics is an AI robotics platform designed to support robot perception, autonomous path planning, obstacle avoidance, and coordination across connected robot fleets.

What is robot fleet coordination?

Robot fleet coordination involves managing multiple robots operating in the same environment. It can include assigning tasks, managing routes, and reducing conflicts between robots.

Can KenRobotics work with existing robots?

KenRobotics is designed to integrate with compatible robot platforms. Support depends on the robot hardware, available interfaces, and integration requirements.

What is ROS 2, and why does it matter?

ROS 2 is a software framework commonly used to build robotics applications. Where supported, ROS 2 integration can help connect robotic systems with navigation, perception, and coordination software.

How does KenRobotics help robots avoid obstacles?

The system uses sensor inputs and AI-based environment understanding to support obstacle detection and route planning. Actual performance depends on the robot's sensors, environment, and safety configuration.

Can KenRobotics coordinate robots from different manufacturers?

Multi-platform integration depends on the available interfaces, supported robot models, and compatibility of their control systems. Contact the Intelense team to confirm support for your fleet.

Can KenRobotics be used around people?

KenRobotics supports configurable human-robot safety zones and navigation logic. Deployments must also use appropriate hardware-level safety mechanisms, risk assessments, and applicable safety standards.

Which industries can use KenRobotics?

Potential applications include warehousing, logistics, manufacturing, construction, agriculture, healthcare, and security. The available functions depend on the robot platform and deployment.