Sovereign Infrastructure.
For organisations that cannot outsource trust. Cryptographic storage, on-device compute, and operator-controlled key custody.
The premise.
Compute is migrating to the edge. Compliance regimes are tightening. The default architecture of the last decade — customer data sitting on a hyperscaler under a cloud provider’s control plane — will not survive the next one. Sovereign substrates are not a luxury; they are the new default for serious institutions.
How we operate.
QMV ships a zero-knowledge vault with verifiable key custody. DIRX extends the same architecture to relational graphs (contacts, metadata, edges). Every product runs natively across macOS, iOS, Windows, Android, and Linux — no thin web shell, no remote rendering, no implicit trust in the host.
What the platforms do.
Zero-knowledge storage
End-to-end private storage with isolated memory enclaves. The operator never sees plaintext.
On-device compute
Search, inference, and indexing at native performance — no server roundtrips, no plaintext exfiltration.
Cross-platform native clients
Built natively for every desktop and mobile target. No wrapped web shells.
Verifiable key custody
Operator-controlled rotation and revocation. Cryptographic guarantees, not corporate policy.
Platforms operating in this sector.
QMV
Cryptographic certainty for digital assets.
A zero-knowledge, end-to-end encrypted storage architecture using 256-bit protocols, isolated memory enclaves, and strictly on-device semantic search.
DIRX
A zero-knowledge contacts operating system.
A cross-platform contacts OS where personal and professional networks live in a local, encrypted graph. Synced via encrypted blob storage and epoch-ratcheted events.