Local Sovereign Scrubbing
All raw PII, transaction details, and user identifiers are scrubbed locally within your security perimeter.
[ System architecture // Developer documentation ]
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
Raw enterprise records enter the enclave over mTLS from your own systems. Nothing is written to disk.
TRAFFELO_ENCLAVE_MODE=airgapped
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
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
[ Sovereign deployment ready // zero-trust enclave ]
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.
Enterprise data is vast, fragmented, and hidden beneath legacy silos. Traffelo AI harvests that intelligence from the core.
Operating entirely inside your security perimeter, raw streams are scrubbed locally, with zero PII egress — architected against KVKK, GDPR and PDPL.
Tokenised intent payloads are routed dynamically across leading language models — chosen per workload for latency, reasoning depth, and cost.
Turning signals into immediate commercial execution. Traffelo AI. Sovereign intelligence, orchestrated.
Key management, AES-256 encryption at rest, TLS 1.3 in transit, and full tokenization mappings — documented end to end.
All raw PII, transaction details, and user identifiers are scrubbed locally within your security perimeter.
Stripped intent payloads are cryptographically tokenized before execution on remote multi-LLM networks.
Deploy on-premise, in local cloud regions, or fully air-gapped environments. Air-gapped deployments use local models; hybrid ones reach global models with tokenised data.
Encryption at rest AES-256-GCM
Transport TLS 1.3 · mTLS between edge nodes
Tokenisation SHA-256 mapping, key material never leaves the perimeter
Key management Customer-held HSM / KMS, BYOK supported
Egress policy Deny-by-default; anonymised intent payloads only
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