ActX
Confidential · Strictly private
Genomic decision support

Genomic testing is solved. Acting on it isn't.

Most genomic results — pharmacogenomics, hereditary risk, carrier status — are delivered as a PDF and never seen again. ActX turns them into computable, patient-specific decision support, live inside the EHR at the point of care. In production across 10 EHRs, 560+ provider sites, 44 states.

01 — The PDF problem

A PDF can't change a prescription.

The industry generated the data — millions of patients tested for drug response, hereditary risk, and carrier status. But a result delivered as a PDF is un-computable and unsearchable: it can't drive an alert, can't be checked against a new prescription two years later, can't reach the clinician at the moment of the decision.

The science ends up in the chart and still changes nothing. Testing was the achievable part. Translation — turning a static report into something that acts inside the workflow — is what the industry never solved.

02 — What ActX is

From static report to point-of-care action.

ActX is genomics decision support — not a lab. It's the computable layer that sits on top of every lab, turning whatever they produce into action at the point of care.

ActX ingests genomic results from any lab, normalizes them into computable intelligence, and delivers patient-specific guidance natively inside the EHR — checking every new prescription against the patient's genome in real time, and surfacing hereditary risk and carrier status when they are clinically relevant. No new tab, no new login, no PDF to dig up.

It is the operational layer precision medicine has been missing: the same genomic data, finally turned from a report nobody reopens into guidance a clinician acts on at the moment it matters.

03 — The footprint, in production
13yr
In production,
continuously
10
Integrated
EHR partners
560+
Provider
clients
44
Active client
states
4.5yr
Avg. client tenure
13
Enterprise clients
600+
Drugs with alerts
125+
Actionable genes
3.5Bn+
Genomic data points

These are not pilots. They are live genomic integrations carrying real patient volume, with the kind of client tenure that only accrues when clinicians keep the alerts turned on.

04 — Why it can't simply be rebuilt

Integration-heavy infrastructure that years and relationships don't compress.

Live, bidirectional EHR integration. Genomic curation across pharmacogenomics, hereditary risk, and carrier status. Alert logic clinicians don't reflexively dismiss. A deployed base that already trusts the system. Each is slow on its own; together they are a multi-year program with a long tail of partnership and credibility that cannot be bought off a shelf.

Rebuilding it is a roadmap. Acquiring it is a transaction.

05 — Who this is for

Operational genomics several different acquirers each need right now.

Clinical AI & workflow

Genomic intelligence a model can't fabricate

Structured, computable genomics no LLM can infer from a scanned report — plus the proven rail to deliver it into care.

Pharmacy · PBM · medication optimization

Pharmacogenomic precision, wired into the prescription

Fewer adverse events and ineffective scripts, flagged at the point of decision instead of in a retrospective report.

Labs & consumer genomics

Turn the PDFs you ship into living utility

Convert the static reports you already produce into longitudinal, in-workflow clinical value your customers act on.

EHR & health systems

A turnkey genomic arm

A proven point-of-care genomics capability, delivered rather than staffed and built over years.

The board is running a fast, focused process.

A mature, in-production genomic operationalization capability is available for a fraction of the capital invested to build it — and well below what it would cost any acquirer to build the same thing from zero. The window is short.

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Full data room and management access available under NDA.