GATMEDI
Gacrux Advanced Technologies in Medicine
A physician-led medical technology company building proprietary medical infrastructure for one sector and one sector only: healthcare. We work at the frontier of what that infrastructure can do — the breakthrough technology that gives clinicians back their time and gives health services capability they did not have before.
GATMEDI's mission is to build the proprietary technology stack behind modern medicine—from patient interaction through to diagnosis and treatment—reducing misdiagnosis, cutting waiting times, and delivering safer, lower-cost care to anyone, anywhere.
Our Solutions
Technology designed for healthcare professionals
ClinixSummary
An AI-powered medical scribe that transforms voice recordings into accurate, structured clinical documentation. Reduce time spent on paperwork and focus on patient care.
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ClinixQM
The complete workspace for medical device and healthcare software teams. Manage documents, risks, CAPAs, training, and compliance evidence in one place.
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Our foundational AI platform for healthcare applications. GacruxAI powers intelligent clinical tools, from decision support systems to workflow automation.
Visit siteThought Leadership
Research and insights on healthcare innovation
Patient Triage Guidelines
A decision tree approach for efficient patient triage in maritime healthcare settings.
Download PDFHealthcare Provision Review
Exploring efficiency savings in the NHS and state-funded healthcare systems.
Download PDFReducing Litigation Costs
A comprehensive proposal for implementing compensation frameworks in the NHS.
Download PDFGATMEDI (Gacrux Advanced Technologies in Medicine Ltd) is a British medical technology company with a singular focus on healthcare. We build proprietary medical infrastructure — physician-led, engineered by our own technical team — and we own every layer of it, from the clinical data and interoperability plumbing through to the regulated systems clinicians use at the bedside.
Our work is grounded in clinical reality. Because the company is led by a practising physician, our engineering decisions start from the ward and the clinic rather than the whiteboard — which is why our systems are built to be practical, secure and genuinely useful to the professionals who depend on them.
Our engineering rests on mechanistic and computational principles: we model how physiology and clinical processes actually behave, rather than inferring it from surface patterns in data. Artificial intelligence has its place in that work and we use it deliberately — specific classes of model, chosen and constrained for the task in hand, not general-purpose systems pointed at medicine. At scale, compute becomes leverage: expertise encoded into infrastructure carries the weight of many, which is how a health system gains capacity without gaining headcount.
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