Robotics for Good provides a Service‑Led Robotics delivery framework that guides organisations through the selection, integration, and long‑term operation of assistive telepresence robots such as temi. The framework covers workflow design, staff training, governance, safety, maintenance and performance monitoring to turn pilot projects into reliable, repeatable services. It targets healthcare, education, cultural and community sectors seeking to improve remote presence, visitor engagement, and operational support.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations seeking to adopt assistive robotics often encounter fragmented deployment processes, unclear operational responsibilities, and difficulty transitioning from pilot projects to sustainable, everyday use. These challenges result in underutilized technology, limited impact, and increased costs for maintenance and support.
Solution
Robotics for Good offers a Service‑Led Robotics (SLR) delivery framework that guides clients from concept through to long‑term operation of assistive robots such as the temi telepresence platform. The framework addresses “around‑the‑robot” aspects—including workflow design, staff training, governance, safety, maintenance, and performance evaluation—to ensure deployments become reliable, repeatable services rather than one‑off pilots. By combining expertise in robot integration with a step‑by‑step methodology, the company helps clients select appropriate hardware, customize software features, and embed the solution into existing processes. Ongoing support and evaluation are built into the model, enabling continuous improvement and scaling of robotic services across sectors like healthcare, education, public spaces, and community settings.
Target Audience
Primary customers are healthcare providers, educational institutions, cultural venues, and community organisations in the UK that aim to implement assistive robotics for remote presence, visitor engagement, or operational support.
Features
- Service‑Led Robotics framework covering workflow design, governance, training, safety, and maintenance for end‑to‑end robot deployment
- Integration of telepresence robots (e.g., temi) with AI‑driven navigation, remote communication, and custom interaction modules
- Tailored solution engineering to match specific sector requirements such as patient anxiety reduction in hospitals or visitor assistance in museums
- Continuous performance monitoring and evaluation tools to track usage, reliability, and user satisfaction
- Ongoing technical support and service contracts to transition pilots into Business‑As‑Usual operations