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[ System architecture // Developer documentation ]

Deploy Sovereign AI Nodes Inside Your Air-Gapped Perimeter

Traffelo runs as three stages inside your own boundary: payloads arrive, identifiers are stripped in memory, and only a tokenised intent crosses to the model layer. Nothing raw leaves the perimeter at any point.

Documentation status The guides below are being written against the shipping build. The architecture on this page is current; the documents are not yet published.

Enclave data path

Hover a stage for its enclave configuration

  1. 01

    Input Payload

    Raw enterprise records enter the enclave over mTLS from your own systems. Nothing is written to disk.

    TRAFFELO_ENCLAVE_MODE=airgapped
  2. 02

    In-Memory PII Scrubber

    Identifiers are detected and masked at the memory layer before any payload is eligible to leave. Key material never leaves the perimeter.

    PII_MASKING_STRICT=true
  3. 03

    Multi-LLM Sovereign Router

    The stripped intent payload is routed on live latency, token cost and security policy — local edge models first, global endpoints only where policy allows.

    ROUTER_POLICY=local_first

Guides

Guides

  • Getting StartedSoon Provision an enclave and route a first payload
  • Enclave Deployment GuideSoon On-premise, sovereign cloud and disconnected edge
  • Air-Gap Perimeter ConfigurationSoon Boundary rules, egress policy and phone-home suppression
  • Local PII Scrubbing RulesSoon Detection sets, masking strategies and audit output

[ Sovereign deployment ready // zero-trust enclave ]

Ready to sovereignize your enterprise AI architecture?

Bridge subterranean data harvesting with high-velocity edge routing. Deploy Traffelo AI inside your private cloud or on-premise perimeter to scrub PII in-flight, support regulatory compliance, and orchestrate Multi-LLM workloads at enterprise scale.

  • Air-gapped & private cloud native
  • Zero raw data egress
  • KVKK / GDPR / PDPA / BNM ready
  • Sub-15ms latency SLA