TitaniumGuard

Design partner ready

DNS

Privacy-first resolution fabric

A sovereign DNS layer with encrypted query paths, deterministic policy evaluation, and tooling built so you can prove intent before a single packet leaves your network.

What ships on day one

  • Cryptographic proofs for every policy push
  • WireGuard, DNS-over-HTTPS, and DNS-over-QUIC ingress from day zero
  • SIEM-friendly telemetry with no data exhaust stored by us

Deployment choices

Run resolvers inside your own footprint, consume TitaniumGuard-hosted fabric, or mix both via regional trust anchors.

  • Cloud
  • Self Hosted

Engineering blueprint

Built for verifiable resolution.

Deterministic policy plane

  • Signed merges and peer review before any resolver receives a delta
  • Each change emits a proof bundle you can mirror into your SIEM
  • Staged rollouts by geography, ASN, or specific mTLS identities

Proof-aware resolution

  • DNS-over-HTTPS, DNS-over-QUIC, and WireGuard tunnels share the same posture
  • Per-query policy evaluation is logged with opaque identifiers—not payloads
  • Resolver nodes attest their boot state before joining the fabric

Operational guardrails

  • Golden runbooks cover key rotation, incident downgrades, and rollback
  • Synthetic canaries watch for latency regressions across every ISP mix
  • Customers can require dual-operator approval for destructive actions

Policy proofs

Hash-linked evidence for every zone or ACL push

Resolver posture

Remote attestation feed showing the measurement for each node

Query telemetry

Aggregated, privacy-safe metrics you can splice into Splunk, Elastic, or Chronicle

Operational readiness

Launch plans we stand behind.

  • BYO-HSM or use our hosted Nitro-attested control plane
  • Sovereign deployment patterns for customers that never leave their own racks
  • Guided certification packages if you need SOC 2 / ISO 27001 artifacts

Next step

Ready to review the resolver runbooks?

Email labs@titaniumguard.in for an architecture packet with failure scenarios, latency data, and hardware BOMs.