helixchain.tech/console
Trial CTX-011Illustrative preview · not a live system
GOVERNANCE · PREVIEW
AI · Patient & Molecular Intelligence
Federated patient & molecular intelligence
CRISPR · Therapy & Manufacturing
Therapy design & manufacturing
Blockchain · Consent · Provenance · Audit
Consent · provenance · audit
One trial. One provable record.
Gene-editing trial infrastructure

The governance backbone for gene-editing clinical trials.

● IN DEVELOPMENT · ONBOARDING DESIGN PARTNERS

A governance layer for consent, audit, and data provenance in CRISPR trials — designed for 21 CFR Part 11, ICH E6(R3), and GDPR, and built to sit alongside the Medidata and Veeva systems you already run, not replace them.

Built for trial sponsors, CROs, and authorised treatment centres running gene-editing programs — and the regulatory, clinical-ops, and security teams who have to sign off on them.

AI · decides

Find the right patients, without moving their genomes.

Federated intelligence is designed to score eligibility across genomic data that can't be centralised, and to design the edit — with the model governance the EU AI Act and FDA AI/ML guidance require.

CRISPR · acts

Engineer, manufacture, and deliver the therapy.

From guide design through manufacturing to reinfusion, designed to keep chain of custody intact from vein to vein.

Blockchain · proves

Every step consented and provable.

Granular consent, WORM provenance, and hash-chained audit designed for 21 CFR Part 11 — with consent withdrawal designed to propagate across the whole program within a 60-second target.

One platform

One governed record everyone can sign off.

Designed so sponsors, treatment centres, patients, and regulators each see the view they need — over a single, tamper-evident record of the trial.

Why existing tools break

Your CTMS wasn't built for this.

01

Genomic selection

Eligibility depends on variant-level analysis across data that legally can't be centralised.

02

Auditability

Editing a genome demands provenance and consent traceability that spreadsheet-era audit trails can't provide.

03

Access & logistics

75+ authorised centres activated, yet roughly 40 patients infused in two years. The bottleneck is operations, not science.

FAQ

Questions worth asking.

Is HelixChain live yet?
No. HelixChain is in development and onboarding design partners. Nothing here is validated or running real trials — the console and the journey figures are illustrative.
How many patients has approved gene editing actually reached?

Far fewer than the network implies. Two years after Casgevy became the first approved CRISPR therapy, the treatment centres exist but throughput does not:

75+authorised treatment centres activated
~300patients referred
~165first cell collections
~40patients infused

Source: CRISPR Therapeutics Q3 2025 results. The bottleneck is operations, not science — the gap HelixChain is designed to close.

Does it replace our CTMS, Medidata, or Veeva?
No. HelixChain is designed as a governance layer that sits alongside the systems you already run, adding consent, provenance, and audit rather than replacing your stack.
What standards is it designed for?
21 CFR Part 11, ICH E6(R3), and GDPR, with model governance for the EU AI Act and FDA AI/ML guidance. These are design targets — formal validation is on the roadmap, not yet complete.
Where does patient genomic data go?
Nowhere it should not. The design is federated: eligibility is scored where the data lives, so genomes are not centralised or moved.
What does a design partner get?
A small group of treatment centres and sponsors shape what we build and see it first. If that is you, become a design partner below.
Work with us

Help shape the governance foundation.

We're building it with a small group of treatment centres and sponsors running CRISPR programs. Design partners shape what we build and see it first.