We’ve spent six years building the deep tech infrastructure that care needs. Now we’re scaling across the UK and Europe, and looking for partners who believe technology should serve dignity, not replace it.
Care shouldn’t rely on gadgets that fail when forgotten or turned off. Our flagship solution, Hestia® is the AI-powered thermal sensing infrastructure for care – built for privacy, reliability, and frontline realities.
We work with local authorities, hospitals, ICBs, and care providers to provide a genuine path to continuous, preventative care that moves away from the resource-draining expense of episodic, crisis-driven response.
In 2025, Tendertec was listed by Women TechEU – ranking in the top 4% among 1,107 applications from 43 countries. This confirms our position within an exceptional community of deep tech startups led by women.





























The gap between ageing demand and care capacity is growing, and it’s no longer sustainable.
Technology is no longer optional. It’s infrastructure.
Technology is now essential infrastructure. Global policy and market signals point to tech-enabled, preventive, personalised care as the only scalable path forward.
People want agency, not dependency. Across generations, individuals expect tools that help them manage wellbeing proactively and on their own terms.
Tendertec meets this shift with intelligence, not complexity. We build AI that strengthens prevention, supports carers, and empowers people – reframing ageing as a capability to be enabled, not a problem to be solved.









Not all “smart” safety & senior living solutions are made equal are created equal.
A rapidly expanding, exclusive dataset. Compounding model performance. Strengthening competitive edge.
Less noise. Fewer false alarms. Accurate insights that teams can trust.
Built to meet emerging UK and EU standards on trust, dignity, and ethical AI. De-risking adoption and accelerating regulatory fit.
Created alongside care teams to reduce friction, prevent alert fatigue, and drive real adoption.