Government and defence
Sovereign, air-gapped security for government estates
On-premises and air-gapped deployments, post-quantum cryptography by default, sealed evidence with its chain of custody, two-person control for dangerous actions, and endpoints managed by QUME, with data that never leaves your jurisdiction.
For government security officers and CISOs
- The same products run connected and air-gapped; only configuration differs.
- An internal post-quantum certificate authority issues every certificate.
- Updates arrive as signed offline bundles.
Outcomes
What government and defence teams get

Sovereign by design
- On premises or air-gapped
- Data stays in your jurisdiction
- No dependency on foreign clouds
Quantum-safe now
- Hybrid post-quantum TLS
- Post-quantum signatures
- A cryptographic inventory
Accountable
- Two-person control
- Hash-chained audit
- Evidence verifiable offline
Capabilities
Capabilities for government and defence
Air-gapped deployment
Offline releases, advisories and licences.
Post-quantum cryptography
On by default.
Two-person control
For dangerous actions.
Evidence integrity
Sealed and verifiable.
Command centres
Multi-agency operations.
Managed endpoints
QUME for every device.
Solutions used
Built from RCC and QUME
The government and defence solution combines these, configured for your sites.
Questions
What government and defence teams ask
Can everything run without the internet?
Yes. QUME, RCC and QWorks all run fully air-gapped, with signed offline releases.
Which cryptography is used?
Post-quantum cryptography is on by default: hybrid key exchange with ML-KEM, and ML-DSA signatures beside classical ones.
How are dangerous actions controlled?
Wipes, bulk actions, retention reduction and role changes need a second person’s approval, enforced on the server.
Does our data leave our jurisdiction?
No. Everything runs on your own servers, air-gapped where required, so the data stays where you keep it.
Talk to us about government and defence
We will map your sites and systems to RCC and show the result on your own equipment.