Contact sales
Technology

Defence-in-depth, from silicon to screen.

Every layer of TitanOS is engineered to a common security discipline: least privilege, explicit trust, verified execution. No black boxes. No hidden services. No foreign dependencies.

titanos-security-audit
$ titanos-audit --deep-scan --platform TitanOS
Initialising security engine v3.4.1 · Platform attestation
L01 Hardware TEE ATTESTED
L02 Verified boot chain SIGNED
L03 SELinux + AES-256 HARDENED
L04 App isolation + AI ISOLATED
L05 VPN + zero egress VERIFIED
● Threat score: 0.000
Integrity chain: VALID · 312ms
$
Hardware root of trust
Post-quantum encryption
AI threat detection
Zero foreign egress
The stack

Five layers of defence-in-depth.

TitanOS's security is not a feature — it's the architecture itself. Every layer is independently verified and depends on the integrity of the layer beneath it. A failure or compromise at any layer is contained and cannot propagate upward.

DEFENCE-IN-DEPTH ARCHITECTURE Each layer cryptographically verified by the layer beneath it · No exceptions CHAIN OF TRUST L05 Network Layer · Always-on VPN Kernel-enforced VPN tunnel · Zero foreign egress · Real-time anomaly detection TUNNELLED vpn.tunnel.up ● foreign.egress: 0 latency: 12ms throughput: 128 MB/s connections: 5,248 ↑ L04 App Isolation · On-Device AI Per-app sandbox · Behavioural threat model · Zero cross-app data leakage ISOLATED sandboxes ● apps.monitored: 147 anomaly.score: 0.000 malware.flag: 0 runtime.scans: 42k/s ↑ L03 OS Kernel · AES-256 · SELinux MAC SELinux mandatory access · Post-quantum KEM · FIPS 140-3 validated cryptography HARDENED selinux.enforce ● aes-256.payload: active pq.kem: enabled policy.violations: 0 syscalls: audited ↑ L02 Verified Boot Chain Cryptographic chain · dm-verity · Anti-rollback · Each stage signed and verified SIGNED boot.chain.verified ● image.hash: SHA-256 ✓ rollback.blocked: v847 tampering.detected: none ↑ L01 Hardware TEE · Root of Trust Hardware enclave · Secure key storage · Biometric binding · Tamper-proof from silicon up ATTESTED tee.attested ● key.storage: hw-backed enclave: isolated biometric: bound tamper.score: 0.000 SILICON · IMMUTABLE
Closed-loop architecture

Mobile to data centre.
Fully encrypted security perimeter.

All inbound and outbound communications are protected by 256-bit AES encryption at both the transport and payload layers. The encryption envelope extends across the entire environment — from mobile hardware to organisation-owned server endpoints.

SECURE TitanOS FLOW DIAGRAM
Encrypted channels · Sovereign jurisdiction · Zero foreign egress
●TitanOS 9:41 ● tee.attested ● vpn.tunnel.up ● selinux.enforce ● aes-256.payload ● attest.boot.v847 END-TO-END ENCRYPTED PERIMETER · v2.4 Edge → Carrier → DMZ → Core → DMZ → Carrier → Edge · zero trust at every hop SOVEREIGN JURISDICTION PROD · LIVE TitanOS EDGE Hardened AOSP · TEE-attested DEVICE TELEMETRY tx: 1.2 KB/s rx: 3.8 KB/s latency: 12ms CARRIER · 5G In-country only DMZ FIREWALL deep packet inspection SOVEREIGN CORE eu-noida-1 · meghraj EDM91 NODE A primary · active EDM91 NODE B replica · standby DATABASE AES-256 at rest TEE-AS v2.4 42k attests/s ATTESTATION device verify REAL-TIME METRICS ● live devices.online 5,248 +12 last 24h sessions/sec 1,847 peak 2,394 threats.blocked 14 last 24h foreign.egress 0 always sessions · 60min window DMZ FIREWALL egress filter CARRIER · 5G In-country only TitanOS EDGE Hardened AOSP · TEE-attested DEVICE TELEMETRY tx: 0.8 KB/s rx: 2.4 KB/s latency: 14ms AES-256 AES-256 AES-256 AES-256 AES-256 AES-256 CONTINUOUS THREAT INTELLIGENCE behavioural.anomaly 0.000 malware.signature 0 hits unauthorised.script 0 detected geofence.breach 2 alerts post.quantum.kem enabled attestation.fail 0 / 5,248 SYSTEMS NOMINAL last scan: 4ms ago LEGEND encrypted channel sovereign boundary live · attested data packet monitored anomaly CLASSIFICATION: RESTRICTED
Layer 01 & 02 — OS and boot

The foundation of trust.

Security in TitanOS doesn't start when the OS loads — it starts before a single line of OS code executes. The boot chain is cryptographically verified at every stage. If any stage is tampered with, the device refuses to boot. No exceptions.

VERIFIED BOOT CHAIN · L01 → L02 Cryptographic verification at every stage · Tampering blocks boot STAGE 01 ROOT HSM Hardware Root • HSM key storage • Secure enclave • Tamper-proof root.hash: 0x4f7a...c3e1 attest: verified ● VERIFIES STAGE 02 SIGNED ROM Bootloader • Crypto verify • Signature check • Anti-rollback sig.check: passed ● v.lock: v847 VERIFIES STAGE 03 VERIFIED TitanOS Kernel • dm-verity FS • SELinux MAC • Hardened syscalls img.hash: SHA-256 ✓ selinux: enforce VERIFIES STAGE 04 SEALED System Image • Apps + system • Vendor partition • Read-only mount fs.verity: all blocks ✓ mount: read-only ! TAMPERING DETECTED → BOOT BLOCKED If any stage fails verification, the device refuses to boot. Forensic logs are written to the secure enclave. CURRENT all clear
Cryptography

Encryption that's strong today and ready for tomorrow.

TitanOS deploys modern symmetric and asymmetric primitives alongside hybrid post-quantum key exchange — so data encrypted today remains secure when large-scale quantum computing matures.

Symmetric encryption

AES-256-GCM and ChaCha20-Poly1305 across storage, messaging, and transport. Keys derived per-session and per-object.

Hybrid post-quantum KEM

Every asymmetric handshake combines classical elliptic-curve with a lattice-based KEM. Forward secrecy is maintained through the PQC transition.

TEE-backed keys

Private keys never leave the trusted execution environment. Even root access on the OS cannot extract them.

Post-quantum hybrid handshake

Every session combines classical X25519 with a lattice-based KEM. If either primitive is broken, the session key remains secure.

Live protocol
HYBRID CONSTRUCTION – TWO INDEPENDENT KEMs → ONE SESSION KEY ORIGINATOR TEE-attested RESPONDER TEE-attested TRACK 1 · CLASSICAL Defeats classical adversaries 1 X25519 keygen elliptic curve 2 Public key 32 bytes 3 Shared secret A 32 bytes 1 ML-KEM-768 lattice keygen 2 Ciphertext 1,088 bytes 3 Shared secret B 32 bytes TRACK 2 · POST-QUANTUM Defeats quantum adversaries KEY MIXER HKDF SHA-384 Combines both secrets SESSION KEY AES-256-GCM Authenticated encryption THREAT MODEL · BOTH ADVERSARIES DEFEATED Classical attacker ✖ Quantum attacker ✖
Primitives
X25519 + ML-KEM-768
Derivation
HKDF-SHA-384
Session cipher
AES-256-GCM
Infrastructure

Deploy where you need to.

TitanOS supports three deployment models — chosen based on your regulatory regime, threat model, and operational needs. All three keep data, keys, and control within your jurisdiction.

On-premise

The EDM console, key infrastructure, and app store run entirely within your data centre. Nothing leaves your network.

Recommended

Sovereign cloud

Deploy to a national or regional cloud provider that meets your sovereignty requirements. We'll validate the fit.

Flexible

Air-gapped

For the most sensitive environments — a completely disconnected deployment. Updates delivered through cryptographically signed offline bundles.

High assurance
Integration

Works with your existing stack.

TitanOS integrates cleanly with the identity, networking, and monitoring infrastructure you already run. No forklift migrations.

Identity providers

SAML 2.0, OIDC, LDAP, Active Directory — plug in whatever runs your identity estate.

Certificate authorities

Use your own PKI. TitanOS supports enterprise CAs for device, user, and service certificates.

SIEM & monitoring

Stream device telemetry and audit events into your existing SIEM. Syslog, Splunk, and custom sinks supported.

Network infrastructure

VPN, firewall, and NAC integrations for end-to-end policy consistency across your mobile estate.

Deep dive

Want the full technical brief?

We share detailed architecture documentation, threat models, and reference deployments under NDA with qualified evaluators.

Request the brief See developer resources