The right platform for each mission

Compare Ipsum Tek's service robots, industrial AMRs, localization systems, and open platforms through the operational needs they are built to solve.

From need to platform

Start with the workflow, not the robot

Service continuity, internal transport, indoor positioning, and custom mobility each demand different constraints. Ipsum Tek connects the field reality to the platform built to handle it.

Service automation

A service need?

Deliver items, support staff, assist visitors or patients, and handle repetitive human-facing tasks in indoor environments.

Hospitality & careAssistanceInteraction
Recommended platformONYRO
ONYRO service robot
Explore ONYRO
Intralogistics

A logistics need?

Move carts, parcels, pallets, or heavy loads across production, warehouse, and internal logistics flows.

100-1400 kgFleet routesIndustrial safety
Recommended platformFLEXCRUISER
FlexCruiser industrial AMR
Explore FLEXCRUISER
Indoor positioning

A positioning need?

Track robots, forklifts, drones, or mobile assets indoors when GPS, beacons, or site modification are not the right answer.

6DOFNo beaconsUp to 20 Hz
Recommended platformJACK-SLAM
JACK-SLAM visual indoor localization system
Explore JACK-SLAM
Custom mobile robotics

A custom robot need?

Build an application-specific mobile robot without starting from an empty chassis or rebuilding the core AMR stack.

ROS2100 kg top moduleOEM / integrator
Recommended platformYGGY-540
YGGY-540 open robotic platform
Explore YGGY-540

Technology foundation

A modular foundation for real operations

Each route is assembled from controlled robotics building blocks, so the solution can match the workflow instead of forcing the workflow around a fixed product.

Controlled robotics foundation

  • Mobility and mechanics

    Drive base, payload structure, docking, enclosure, and mechatronic interfaces define how the robot physically fits the site.

  • Sensing and localization

    LiDAR, cameras, depth sensing, anti-cliff detection, and localization modules give the system awareness of spaces, obstacles, and position.

  • Autonomy and AI

    Navigation logic, behavior states, perception models, interaction features, and task decisions shape how the robot works with people and processes.

  • Integration and deployment

    Software interfaces, fleet logic, safety constraints, tests, and support prepare the solution for real operational use.

Custom robotics

Need a product adapted to your workflow?

Ipsum Tek engineers can adapt autonomy, perception, AI behavior, and mechatronic integration around the constraints of your operation.

Discuss a projectEngineering services
Robotics engineering project discussion