SECURITY ARCHITECTURE
Hardware-backed encryption. Zero trust boundary validation.
“Security is not a parameter. It is the fundamental boundary condition of our spatial compute systems.”
Our infrastructure validates sessions continuously, protecting private messaging pipelines and spatial index nodes from intrusion.
Continuous Authentication & Validation Loop
Hardware-backed encryption keys and session tokens are rotated continuously client-side. The servers process zero plaintext transaction identifiers, isolating database infrastructure.
Zero Trust Protocol
Every request inside the Rheole local network is continuously validated. Presence signature tokens verify user authorization on local nodes dynamically.
- Continuous token rotation
- Local signature authentication
- Boundary access control checking
Spatial Encryption
All spatial information in transit is encrypted using TLS 1.3, while local databases on client devices leverage hardware-backed AES-256 key registries.
- Hardware-enclave key management
- TLS 1.3 spatial socket streams
- Local cache-file isolation
Account & Session Integrity
Session security detects location anomalies and prevents account takeover using adaptive risk evaluation and cryptographic device validation.
- Cryptographic device handshake
- Velocity validation checking
- MFA authentication integration
Infrastructure Isolation
The network infrastructure is partitioned using container isolation and strict network routing, monitoring all server logs for deviations in real time.
- Container boundaries
- Real-time event log parsing
- Vulnerability signature scanning