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Built on Oxford science, our companies are working to develop bold solutions for global challenges.
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Harnessing the neuroimmune system to tackle Alzheimer’s
Developing breakthrough therapies for chronic blood cancer
Stronger, lighter, faster – the future of advanced metals
Inhaled gene therapy for rare respiratory diseases
Intelligent implants restoring bladder control for millions of women
Bridging the digital divide by providing data coverage via Earth-to-space lasers
Unlocking volcanic glass as a sustainable supply of critical minerals
Guiding the immune system to treat complex diseases
Detecting cancer earlier through precision DNA methylation
Saving and restoring sight in patients with blinding diseases
Giving universal access to essential learning materials for students
Revealing hidden heart risk before it's too late
Resetting the body’s internal clock to restore health
Bringing evidence-based care to overlooked eating disorders
Exposing cancer’s hidden vulnerabilities
Ultra-dense power converters for next-generation infrastructure
Automating coding’s most tedious tasks with AI
Engineering next-generation treatments for inflammatory disease
Clearing cellular waste to combat neurodegenerative diseases such as Parkinson’s
Powering electric flight with ultra-light motors
Delivering drugs where others can’t – with exosomes
Making fusion and extreme conditions work for real-world progress
Eliminating dangerous and costly hydrogen fluoride from the production of essential fluorochemicals
Powering the AI revolution with faster, smarter chips
Unlocking the power of DNA to transform healthcare
Novel antigen modulation technology to guide the immune system
Decoding bone marrow to transform how we diagnose and predict disease
Rethinking safety tech to prevent life-changing brain injuries
Delivering single cells to advance research and medicine
Rewriting the rules of precision medicine with protein isoforms
Shrinking breakthrough medicines to reach the brain
Reimagining care for dementia and Parkinson’s
Teaching driverless cars to understand human behaviour to ensure safe coexistence
Revealing the invisible with hyperspectral vision
Better care for pets, peace of mind for owners
Enhancing the sensitivity of CAR-T therapies for cancer and autoimmune diseases
Machine learning for defence and national security
Switching off autoimmunity by restoring natural immune balance
Smarter hot water, lower bills, cleaner energy
Fighting weeds to protect global food security
Lab-grade environmental monitoring in real time, anywhere in the world
Empowering businesses with nature intelligence
Real-time, AI-powered, 2D/3D mapping for high-stakes environments
Cracking the code of the non-coding genome
A new operating system for surgery
Decarbonising industrial heat with the sun
Making the undruggable druggable with native mass spectrometry
Enabling the next generation of photonic computing
Fast-tracking the search for peptide drugs
Scalable quantum computing, using light to process information at breakneck speed
Reprogramming cells to treat diseases at the genetic level
Bringing lab-quality diagnostics to the point of care
A new way to treat brain aneurysms and prevent strokes
Smarter valves for water, oil, and gas infrastructure that reduce fugitive emissions to zero
High-fidelity quantum computing – scalable and real-world ready
Making molecular biology visible with super-resolution microscopy
Quantum computing you can access today
Turning complex data into actionable insights
Delivering genetic medicines deep into muscle and brain
Imaging to detect diseases of vital organs earlier and manage them better
Clean, reliable energy from the tide, inspired by nature
Protecting global data in the quantum era
High-quality human data for faster, smarter research
Quantum computing built on silicon, designed to scale
Weighing molecules to accelerate drug discovery
Photonic switch chips for faster, energy efficient AI infrastructure
Turning genetic resilience into a new class of medicines
Pioneering novel neuro-focused therapeutics
Turning industrial waste into valuable metals
Harnessing immune cell metabolism to develop oral therapies for autoimmune disorders
Unlocking the potential of natural hydrogen for a net zero future
Accelerating vaccine development with protein superglues
Decision intelligence for autonomous mobile robots
Mapping the immune system to design next-gen therapies
Healing barrier tissues to treat chronic inflammatory disease
Viruses engineered to fight cancer
Using AI to augment echocardiography – detecting heart disease earlier
Diagnosing infections in hours, not days
Reprogramming crops for bigger yields and lower emissions
Smaller, lighter, more powerful motors for electric vehicles