Make cross-tenant leaks structurally impossible
On a multi-tenant agent platform, a single cross-tenant read is a company-ending incident, not a bug ticket. Governed Memory enforces the boundary at the storage layer — not in application code that one refactor can quietly break.
The risk
If you're building an agent product that serves more than one customer, a single cross-tenant read isn't a bug you patch on Monday — it's the kind of incident that ends the company. One customer seeing another's data is unrecoverable trust damage in a regulated buyer's eyes.
Most systems enforce isolation in application code, where a single missing WHERE clause, a cache-key collision, or a copy-pasted query is all it takes. That's a lot of surface area to keep perfect forever.
How Governed Memory handles it
- 01Isolation at the storage layer
Every read and write is scoped to a tenant at the query level — not by an application-code convention a future refactor can silently drop.
- 02Cross-tenant reads return nothing
Not an error that leaks existence, not a partial result. A request for another tenant's data comes back empty.
- 03No shared trust between tenants
One tenant's trusted content is never visible to another tenant's agents, sessions, or retrievals.
- 04Provable, not just asserted
Every access is logged per tenant, so you can demonstrate isolation held for a given query — the answer a security review actually wants.