The Resonance Protocol
A federated trust protocol where every system operates as a self-verifying "hive." Each layer - hardware, firmware, kernel, process, application - generates cryptographically signed Merkle tree blocks to prove integrity. Adjacent hives only trust through scoped, signed contracts.
Problem
Ransomware causes operational outages and costly rebuilds. Existing tools detect behaviours late and struggle with unknown threats.
Solution
A deep‑tech immune system that detects unwanted change instantly and reverts to a trusted state so businesses continue as normal.
Vision
Start as an agent & SaaS in IT, then become the universal tamper‑proofing protocol embedded across all architectures and devices.
How the Resonance Protocol Works
Merkle tree formation
Stack propagation, subsumption hive formed
Peer-to-peer contracts form adjacent hives
Node compromised
Compromised subsumption hive isolated
Remedial action, automated corrective action to mitigate ransomware
Trust Architecture Layers
Multi-Layer Architecture
From firmware and kernel through OS and runtime environments, extending across IoT, OT, and IT infrastructures.
Self-Verifying Hives
Every system layer generates cryptographically signed Merkle tree blocks, creating a chain of verifiable integrity that proves authenticity.
Federated Trust Contracts
Adjacent hives establish trust only through scoped, signed contracts. If tampering occurs, the affected component is rejected and isolated in real time.
Lightweight & Adaptable
Designed to integrate seamlessly across diverse environments without compromising performance.
Ransomware Resistance
Integrity-first architecture prevents ransomware attacks by detecting and isolating compromised components before damage spreads.
Firmware Integration
Trust embedded from firmware level, creating unbreakable chains of verification.