Transitive Robotics develops advanced autonomous mobile robotics solutions for complex industrial environments. Their platform integrates real-time sensor fusion and proprietary path planning algorithms to enhance operational efficiency. The company provides scalable hardware and software systems designed for automated material handling and logistics within manufacturing and warehousing sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Developing and maintaining robot fleet management systems is complex and resource-intensive, requiring expertise in robotics, cloud infrastructure, and web development. Robotics companies face a make-versus-buy dilemma when choosing between building a custom system or adopting a third-party SaaS solution, with neither option fully addressing their unique needs and potentially hindering scalability.
Solution
Transitive Robotics offers a modular platform that simplifies the creation of custom robot fleet management systems. The platform provides full-stack robotic capabilities as independent modules, each comprising a robot component, a cloud component, and web-based UI elements. These modules integrate via the Transitive framework, enabling developers to build tailored fleet management solutions without extensive in-house development. The open-source framework includes features such as live-data synchronization, full-stack packaging, and authentication/authorization, while commercially supported capabilities offer functionalities like remote video streaming and teleoperation.
Target Audience
The primary target audience includes robotics companies, particularly those in AgTech, warehouse logistics, hospital delivery, yard automation, and inspection, seeking to build custom fleet management systems without the overhead of developing all components from scratch.
Features
- Modular architecture with independent, full-stack capabilities for robot fleet management
- Open-source framework for data synchronization, packaging, and security
- Support for ROS 1 and ROS 2
- WebRTC-based low-latency video streaming with support for multiple cameras and hardware acceleration (Nvidia, Intel, RockChip)
- Remote teleoperation with on-screen joystick, gamepad support, and safety features
- Configuration management for editing config files across the fleet
- Health monitoring for device diagnostics and aggregated fleet diagnostics
- Map management and display, including real-time robot locations
- Terminal access for remote shell access without VPN
- ROS Tool for interacting with ROS topics and services from the web
- transAct: An open-source robot fleet management dashboard template