01Step 01 / 04
Capture
Sequencing, CT and MRI, EEG, labs and wearables arrive in one encrypted patient graph within hours.
- WGS · 30×
- DICOM
- HL7 FHIR
(00)Precision medicine platformEst. 2026
Medicine, at every scale.
Helixa models human biology from a single base pair to a beating heart, so care teams can see disease long before it becomes a symptom.
3.2B
Base pairs decoded
37T
Cells modelled
86B
Neurons mapped
(01)GenomicsScale · 2 nm
Read the code. Then rewrite it.
Every diagnosis starts in a molecule two nanometres wide. Helixa sequences, interprets and designs edits at base-pair resolution.
- 01Double helix
Two antiparallel strands, 2 nm wide, twisting once every 10.5 base pairs.
- 02Base pairs
Four letters, 3.2 billion pairs. A always pairs with T, G with C.
- 03Cas9 + guide RNA
A programmable enzyme scans the genome for one 20-letter address.
- 04Precision edit
The strand is cut and repaired with the corrected sequence.
(02)Cell biologyScale · 20 µm
The cell, opened up.
Thirty-seven trillion of them build a human. We model their machinery live, so a therapy can be tested on a digital cell before a real one.
- 01Plasma membrane
A lipid bilayer under 10 nm thick that decides what gets in and out.
- 02Nucleus
Stores the genome and the nucleolus, where ribosomes are assembled.
- 03Mitochondria
Convert nutrients into ATP, the chemical fuel of every process.
- 04Endoplasmic reticulum
A folded membrane network that builds and folds proteins.
- 05Golgi apparatus
Tags, sorts and packages proteins for delivery.
(03)ImmunologyScale · 100 nm
Know the threat down to its last spike.
We map viral surface proteins in hours, then design antibodies that bind exactly where the virus is vulnerable.
- 01Lipid envelope
A roughly 100 nm particle wrapped in membrane stolen from its host.
- 02Spike proteins
Bind the ACE2 receptor to unlock entry into human cells.
- 03Neutralizing antibodies
Y-shaped proteins that lock onto spikes and block binding.
- 04Neutralization
A coated virion can no longer infect and is cleared by immune cells.
(04)Targeted deliveryScale · 7.5 µm
Ride the bloodstream to the target.
Our nanocarriers travel roughly 100,000 km of vessels and release their payload only where the disease is.
- 01Red blood cells
About 25 trillion biconcave discs, each carrying 270 million hemoglobin molecules.
- 02Endothelium
A single layer of cells regulating flow, clotting and inflammation.
- 03White blood cells
Immune cells that roll along the vessel wall hunting infection.
- 04Nanocarriers
Engineered particles that release drugs only at the diseased site.
(05)CardiologyScale · 12 cm
A digital twin of every heartbeat.
Built from a single CT scan, each patient's heart twin simulates flow, pressure and electrical timing, beat by beat.
- 01Aorta
The body's largest artery, carrying oxygen-rich blood from the left ventricle.
- 02Pulmonary artery
Carries oxygen-poor blood from the right ventricle to the lungs.
- 03Coronary arteries
Wrap the surface to feed the heart muscle itself.
- 04Four chambers
Two atria receive blood; two ventricles pump it out.
- 05Left ventricle
The thickest wall of the heart, pumping blood to the whole body.
(06)NeurologyScale · 15 cm
Map the mind, one region at a time.
Helixa Neuro fuses MRI and EEG into a living map of the brain, localising seizures, strokes and tumours to the millimetre.
- 01Frontal lobe
Planning, decisions, personality and voluntary movement.
- 02Parietal lobe
Integrates touch, temperature, pain and spatial awareness.
- 03Temporal lobe
Hearing, language comprehension and forming new memories.
- 04Occipital lobe
The primary visual cortex, turning signals into sight.
- 05Cerebellum
Coordinates posture, balance and precise movement.
- 06Brainstem
Controls breathing, heart rate and sleep cycles.
From sample to treatment.
Four steps, one continuous model. What used to take a care team months now runs in days, and it gets sharper with every patient.
02Step 02 / 04
Model
Every scale of the patient is rebuilt as a living digital twin, from variant to cell state to organ mechanics.
- Multi-scale twin
- Cell atlas
- Organ physics
03Step 03 / 04
Simulate
Thousands of candidate therapies run against the twin overnight, ranked by efficacy and off-target risk.
- 1.8B poses
- In-silico trials
- Risk scoring
04Step 04 / 04
Deliver
Care teams get an explainable plan, and targeted therapeutics reach exactly the tissue that needs them.
- Clinical report
- Nanocarriers
- Follow-up loop
(08) The platform
One platform. Every scale of the body.
Genomic, cellular and imaging data flow into a single model of each patient. Three products sit on top of it — each one validated, auditable and built to work inside existing clinical systems.
01Interpretation
Helixa Genome
Whole-genome variant calling and interpretation with evidence traced to every classification.
- Germline + somatic
- Pharmacogenomics
- Guided CRISPR design
Learn more
02Simulation
Helixa Twin
Patient-specific organ twins built from routine imaging, simulating flow, pressure and electrical timing.
- Cardiac + neuro twins
- Therapy what-ifs
- Surgical planning
Learn more
03Therapeutics
Helixa Deliver
Design and route targeted nanocarriers that release their payload only at the diseased tissue.
- Carrier design
- Biodistribution models
- Dose optimisation
Learn more
0+
Partner care sites
0M
Variants interpreted
0B
Simulations run
0
Peer-reviewed studies
Academic medical centresCardiac institutesOncology networksNeuroscience labsBiopharma R&DPublic health agenciesChildren's hospitalsGenomics coresAcademic medical centresCardiac institutesOncology networksNeuroscience labsBiopharma R&DPublic health agenciesChildren's hospitalsGenomics cores
(09) Begin
The future of care is visible.
See how Helixa fits your clinical workflows. A 30-minute walkthrough with our clinical science team, tailored to your specialty.