Autonomously United Kingdom: Why the future of healthcare is looking up

When we founded Apian, we didn't set out to build a drone or robotics company. We set out to fix a fundamental failure of the physical world. In an era where you can summon a pizza in minutes, turning around a critical blood test still takes days. AI is revolutionising how we discover drugs, yet the movement of the actual things that keep us alive, the physical atoms of care, hasn't changed since the founding of the NHS in 1948. Information moves at the speed of light. Medicine still moves at the speed of traffic. We are here to change that.

The human middleware crisis

Healthcare has hit a scaling limit. The WHO projects an 11 million healthcare worker shortage by 2030, but the more immediate crisis is the misallocation of human capital.

Highly trained clinicians are being used as human middleware, chasing deliveries and bridging disconnected workflows. With productivity still below pre-pandemic levels, losing a quarter of clinical capacity to coordination is a systemic failure. It is a choice to let logistics come before care. Every minute lost has a patient's name on it.

Pathology is the diagnostic engine of the country. It runs over a billion tests a year and underpins 70% of clinical decisions. But its logistics remain linear. If movement is not right at the start, it creates a knock-on effect across the entire clinical pathway. A delayed sample does not just slow down a lab; it stalls diagnosis, postpones treatment, and keeps hospital beds occupied longer than necessary.

Software is moving the world

“Software is eating the world” described what happened to information. Now it moves physical goods.

It is happening right now in London. We started in the Synnovis network at Guy’s and St Thomas’, and are now at St George’s Hospital in the South West London Pathology network. Transport that used to take hours now takes minutes. These are the first nodes in a system designed to connect every hospital in the capital.

Drones move samples between hospitals, pathology labs and GP practices. Robots move them within. The chain of handoffs become a single, continuous system. We are not replacing staff; we are removing work they should never have been doing in the first place. Every minute spent chasing a courier or moving a sample is a minute not spent on patient care.

This is how physical infrastructure begins to behave like software: it generates data, solves edge cases, and compounds in reliability every single day.

Building sovereign healthcare infrastructure

I’ve spent three decades in global tech across the UK, US and Asia. Trust me, the United Kingdom is the best place on Earth to build this. Right now.

Regulatory alignment between the Civil Aviation Authority, the Department for Transport, and the Regulatory Innovation Office is making autonomous drone operations routine rather than exceptional.

The NHS is a strategic asset. As a single system, it provides a competitive advantage no fragmented market can match. Most markets scale city by city, which is slow and fragmented. The UK does not have that problem. Because the NHS operates with shared standards, governance, and clinical workflows, you integrate once and scale nationally.

That is the difference between running a delivery service and building national infrastructure. A diagnostic sample no longer moves within a single geography, but across a connected and more resilient system. The economics follow. Regulatory and development costs are amortised across the network, and what starts as expensive becomes cheaper over time.

As I write this in 2026, “Autonomous UK” means more than a nation standing on its own. It means a nation that moves on its own.

Like so many at Apian, this mission is personal.

In 2021, we completed the world’s first chemotherapy drone flight. We flew it from the hospital where my mother worked her entire career before she lost her own battle with cancer in 2018.

It took five years of grit to turn that mission into national infrastructure, but we are finally transporting atoms with the ease of information.

The future of healthcare is looking up.

Written by Alexander Trewby
CEO & Co-Founder, Apian