Standard encrypted connections still leak network metadata—exposing your physical coordinates, server locations, and usage patterns. Onyx Intelligence engineers double-overlay, metadata-anonymous networks designed to keep high-value AI workloads completely isolated and untraceable.
REQUEST THREAT AUDITOur secure, localized data ingestion pipeline. Kairos parses confidential M&A portfolios, classified defense documentation, and corporate records completely offline. By constructing a localized knowledge graph, it feeds air-gapped Large Language Models (LLMs) with no cloud exposure, mitigating any risk of information leakage.
Traditional VPNs and TLS tunnels leak traffic profiles to internet service providers. Onyx prevents metadata correlation by layering private, anonymous Tor routing circuits inside mutually authenticated peer-to-peer Nebula VPN tunnels. To block traffic-fingerprinting attacks, all binary payloads are padded to uniform 16KB blocks using random high-entropy bytes.
We eliminate credential vulnerabilities. The system integrates the Schnorr Zero-Knowledge Proof (ZKP) identification protocol. Users cryptographically prove ownership of private keys locally without ever transmitting passwords or secret key material over the network, completely mitigating local credential-harvesting exploits.
In distributed environments, endpoint compromise is a critical threat. Our active quarantine protocol isolates compromised hardware instantly. If a device is lost, the administrator can revoke its identity database-wide, severing underlay tunnels, stripping the node from the darknet consensus, and blacklisting its ZKP keys cleanly on-the-fly.
Book a 15-minute live threat audit. We will demonstrate how standard cloud AI models and VPN boundaries leak metadata, and show you the Onyx double-overlay containment protocol in action on our local testbed.
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