Kinematic Trees offers a robot‑agnostic software platform that lets engineering teams build advanced control systems from reusable, plug‑and‑play modules instead of writing custom code for each robot. Its hardware‑abstraction layer and edge‑to‑cloud runtime enable developers to compose perception, planning, and actuation pipelines in a visual or CLI environment and deploy them across heterogeneous fleets with minimal reconfiguration.
Funding
£585K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BBDEFounders
Product
Problem
Robotics teams often spend extensive time creating custom, one‑off control software for each robot platform, leading to duplicated effort, integration errors, and slow deployment of new capabilities.
Solution
Kinematic Trees provides a robot‑agnostic software foundation that lets developers assemble advanced control systems from reusable modules instead of writing bespoke code for each machine. The platform abstracts hardware interfaces and offers a unified runtime that can operate on edge devices, local servers, or cloud infrastructure, enabling seamless scaling from prototype to production. Developers compose perception, planning, and actuation functions using a modular SDK, then deploy the assembled intelligence to any supported robot with minimal reconfiguration. Integrated tooling automates versioning, testing, and continuous delivery, accelerating time‑to‑value while maintaining consistent performance across heterogeneous fleets.
Target Audience
Primary customers are robotics engineering teams, automation product developers, and R&D labs that need a flexible, reusable software stack to accelerate development across multiple robot platforms.
Features
- Hardware‑abstraction layer that normalizes sensors, actuators, and communication protocols across robot models
- Plug‑and‑play software modules for perception, motion planning, and control that can be combined at runtime
- Edge‑to‑cloud execution engine supporting deployment on embedded controllers, local gateways, or cloud services
- Visual composition environment and CLI tools for building, testing, and versioning modular pipelines
- Language‑agnostic APIs (C++, Python, ROS2) enabling integration with existing robotics stacks
- Scalable orchestration layer for fleet management, remote monitoring, and over‑the‑air updates