For health data platforms and healthcare AI
Your controls prove PHI was governed at rest.
Hilt governs PHI movement at runtime. Your controls prove PHI was governed at rest; the question you cannot answer today is whether every record pulled for treatment moved only where its agreement allowed. Hilt watches that movement at the kernel, resolved to a real identity and job, without reading the PHI.
Show that every record moved only where its agreement allowed
"Show me every record we pulled for treatment moved only where its agreement allowed." Most teams cannot answer that today, and a HITRUST certification plus a DSPM and a SIEM is exactly the gap: all three describe PHI at rest, and none of them watch it move.
One shape, three sources, and the permission is correct in all three: a credential used against you, an agent on borrowed access, and a job you stood up on purpose that now reads a tenant it never read before.
Why the stack you already run cannot answer it
- DSPM classifies PHI at rest and tells you who could reach a table, never that a job with legitimate access just read tenant A and shipped it across a boundary.
- Endpoint DLP watches laptops, browsers, and SaaS. It never sees the FHIR pipeline and broker fleet on cloud servers, which is exactly where PHI moves.
- SIEM reconstructs the reroute in the post-mortem, after the disclosure letter, buried in volume. It sees the exfil after it left, not as it forms.
- Workload runtime tools fire single-event heuristics: a copy launched, a path read. No read-then-send, no identity, no lineage. Workload threats, not PHI leaving.
Hilt sits off the hot path, never reads the PHI, and resolves each move to the identity, process, and job behind it. Metadata only, single-tenant in your own cloud.
The proof runs on your own hardware. Bring your kernel and we will bring the teardown.