Genomic data demands the highest bar.
Genomic data is permanent, familial and predictive — a breach affects relatives who never consented. Security is not a feature here; it is the architecture.
Not like other data.
Permanent
You can reset a password. You cannot reset a genome — so protection has to last a lifetime.
Familial
Your genome implicates your relatives. Consent and governance must account for people not in the room.
Predictive
It reveals future risk, not just present state — raising the stakes for how it is stored and used.
Zero-trust, encrypted everywhere.
Engineered in from the first commit — least privilege by default, encryption in transit and at rest, and a full audit trail on every case.
Zero-trust access
Least-privilege, role-based access with strong authentication on every service.
Encryption everywhere
In transit and at rest, with managed keys and secrets isolation.
Immutable audit
Every access and assertion is logged and versioned, per case, for years.
Data residency
Cloud-agnostic deployment keeps data in-region for sovereign requirements.
Secure SDLC
Versioned knowledge bases, reviewed changes, and reproducible pipelines.
Isolation by design
Tenant and environment isolation limits blast radius and cross-exposure.
Aligned to the frameworks buyers require.
Some certifications are in progress as the platform matures toward regulated clinical use; current status available under NDA.
ABDM, SAHI and BODH.
India’s digital health stack is the substrate we build on, the governance we design against, and the benchmark we intend to be measured by.
Intelligence you can defend.
Explainable
Evidence-linked outputs, never ungrounded generation.
Human oversight
A qualified reviewer signs off every clinical assertion.
Auditable
Versioned knowledge means a result is reproducible later.
Fairness-aware
Subgroup performance, calibration and refusal rate reported in every validation.
Talk to us about security.
We share architecture detail, control mappings and current certification status under NDA.