A flexible mobile robotics platform built for real factory floors, not just lab demos.
Overview
Our AMR platform is a working, prototype-tested mobile robotics system designed to move materials and payloads autonomously across a facility, without the fixed infrastructure that traditional automated guided vehicles depend on. It's built as a general-purpose platform, adaptable to a range of indoor industrial environments rather than locked into one narrow use case.
Key Capabilities
Autonomous navigation that adapts to real, changing floor layouts rather than requiring a fixed, pre-mapped path
Built on anchor-less localization, meaning no need to install beacons, magnetic strips, or reflective markers across your facility before deployment
Obstacle detection and dynamic path re-routing for safe operation alongside people and equipment
Modular design intended to adapt to different payload and mounting configurations depending on the client's specific floor and material handling needs
Applications
Internal material transport between workstations, storage, and production lines
Reducing manual material handling in facilities looking to automate incrementally without a full conveyor or fixed-infrastructure overhaul
A foundation platform that can be customized further for a specific client's layout and workflow
Why This Matters
Traditional AGVs often require significant infrastructure investment and inflexible fixed paths, which makes them a poor fit for facilities that change layout often or want to test automation without a large upfront commitment. Our AMR platform is built specifically to lower that barrier to entry, letting you automate material movement without redesigning your floor around the robot.
Status: Working prototype built and tested; open to customizing the platform for specific client environments and payload requirements.