P47H Mesh lets your devices and services form a secure network where they can sync authorization rules and verify identities without relying on central servers.
Each node validates permissions locally using its own verified copy of the policies. Ultra-low latency designed for <1ms in single-node operations.
Each device generates its own cryptographic identity (Ed25519). There are no central certificate authorities that can fail or be compromised.
Merkle proofs guarantee that all nodes use exactly the same version of the rules. If something changes, you detect it immediately.
A decentralized policy consensus engine
P47H Mesh is not a final application—it's the base layer that allows scattered devices to form a secure network.
Nodes discover each other automatically (local mDNS, global Kademlia DHT) and establish secure channels with Noise Protocol, even behind complex NATs.
All nodes see the same version of policies through cryptographic snapshots. If a node is out of sync, it can't participate until it updates.
Instead of sending 10MB of policies to each IoT device, we send only the needed rule and a mathematical proof that it belongs to the approved policy.
P47H Mesh allows a network of untrusted machines to operate as a unified trust system, making local security decisions with global guarantees.
Test policy validation directly in your browser. No installation needed—just open the playground and start experimenting.
P47H Mesh v0.8.0 is in beta phase. Cryptographic architecture (Ed25519, Merkle proofs, Noise Protocol) is implemented and tested. Currently supports single-node operations with excellent performance. Distributed consensus and production stress testing are under active development.