Our science

HD Immunology - Decoding the immune system with unprecedented resolution, depth and scale to transform how we understand, diagnose and treat disease.

Our science

HD Immunology - Decoding the immune system with unprecedented resolution, depth and scale to transform how we understand, diagnose and treat disease.

We founded IMU to bridge the gap between pioneering research and real-world clinical impact. By integrating massively high-parameter spectral profiling with real-time AI, we can account for complex immune variation and uncover meaningful signatures that allow us to deliver actionable insights and more predictable outcomes for patients.

Thomas Hayday PhD

Co-founder & Chief Research Officer

We founded IMU to bridge the gap between pioneering research and real-world clinical impact. By integrating massively high-parameter spectral profiling with real-time AI, we can account for complex immune variation and uncover meaningful signatures that allow us to deliver actionable insights and more predictable outcomes for patients.

Thomas Hayday PhD

Co-founder & Chief Research Officer

Platform Capabilities

IMU's high definition multi-omic platform generates a systems level immune profile  combining unmatched resolution, throughput and depth with proprietary AI to deliver novel, actionable immune insights at scale.

This goes beyond just collecting data. IMU is establishing the universal standard for how to measure the immune system, across hundreds of thousands of samples and trillions of data points, to decode immunology in health and disease and power the next generation of precision medicine.

High Throughput

Automated, standardised immune phenotyping built for clinical scale

High Throughput

Automated, standardised immune phenotyping built for clinical scale

High Resolution

2,500 discrete immune subsets resolved across millions of cells

High Resolution

2,500 discrete immune subsets resolved across millions of cells

High Dimensional

Over 100 million datapoints from 2ml of blood, analysed in real time

High Dimensional

Over 100 million datapoints from 2ml of blood, analysed in real time

High scale

A population-level immune dataset unmatched in resolution, depth and scale

High scale

A population-level immune dataset unmatched in resolution, depth and scale

The IMU Platform

Layer 01

Massively Scalable, High-Definition Immune Profiling

• Single platform technology delivering unique multi-omic insights • 2,500 discrete immune cell subsets resolved across millions of cells from 2ml of blood • Automated, standardised and reproducible at clinical scale

The IMU Platform

Layer 01

Massively Scalable, High-Definition Immune Profiling

• Single platform technology delivering unique multi-omic insights • 2,500 discrete immune cell subsets resolved across millions of cells from 2ml of blood • Automated, standardised and reproducible at clinical scale

The IMU Platform

Layer 01

Massively Scalable, High-Definition Immune Profiling

• Single platform technology delivering unique multi-omic insights • 2,500 discrete immune cell subsets resolved across millions of cells from 2ml of blood • Automated, standardised and reproducible at clinical scale

The IMU Platform

Layer 02

Proprietary Real-Time AI Analytics

• AI & ML engine to reproducibly characterise the peripheral immune system in real-time • Novel integration of single-cell proteomics with in-vitro and in-silico transcriptomics • Predictive models of immune system composition, behaviour, and outcomes

The IMU Platform

Layer 02

Proprietary Real-Time AI Analytics

• AI & ML engine to reproducibly characterise the peripheral immune system in real-time • Novel integration of single-cell proteomics with in-vitro and in-silico transcriptomics • Predictive models of immune system composition, behaviour, and outcomes

The IMU Platform

Layer 02

Proprietary Real-Time AI Analytics

• AI & ML engine to reproducibly characterise the peripheral immune system in real-time • Novel integration of single-cell proteomics with in-vitro and in-silico transcriptomics • Predictive models of immune system composition, behaviour, and outcomes

The IMU Platform

Layer 03

Broad, Deep and Unique Immune Database

• 25,000+ deeply characterised samples across health and disease, on track to become the world's largest population-level immune dataset • Proprietary access to population-level bioresources and disease-specific patient cohorts • A structured, annotated, multi-modal resource built to fuel discoveries, empower clinical programmes, and enable the next generation of AI tools in biomedicine

The IMU Platform

Layer 03

Broad, Deep and Unique Immune Database

• 25,000+ deeply characterised samples across health and disease, on track to become the world's largest population-level immune dataset • Proprietary access to population-level bioresources and disease-specific patient cohorts • A structured, annotated, multi-modal resource built to fuel discoveries, empower clinical programmes, and enable the next generation of AI tools in biomedicine

The IMU Platform

Layer 03

Broad, Deep and Unique Immune Database

• 25,000+ deeply characterised samples across health and disease, on track to become the world's largest population-level immune dataset • Proprietary access to population-level bioresources and disease-specific patient cohorts • A structured, annotated, multi-modal resource built to fuel discoveries, empower clinical programmes, and enable the next generation of AI tools in biomedicine

Modern speaker on a table
Modern speaker on a table

Our Programmes

By mapping the immune system at molecular, cellular and systems level at unprecedented scale, IMU is uncovering novel immune mechanisms, and powering precision approaches to diagnosing, monitoring and treating disease.

We are already deploying the IMU platform across a broad range of immune-mediated diseases and therapeutic contexts, progressing multiple programmes towards the clinic within immuno-oncology, hematopoietic stem cell transplantation (HSCT), solid organ transplantation and beyond.

Learn more