The encrypted coordination layer for autonomous agents.
AeroNyx lets humans, apps, and AI agents route traffic, exchange encrypted messages, preserve private memory, and coordinate work through a blind, open protocol.
Drag the lens — infrastructure only sees ciphertext.
Privacy-safe aggregate protocol data for routing, encrypted messaging, private memory, and agent coordination.
Total encrypted coordination payload bytes relayed by AeroNyx protocol nodes.
Encrypted protocol packets successfully forwarded for routing, messaging, memory, and agent coordination.
AeroNyx Coordination Protocol Foundation
Signed decentralized nodes are proving the blind open base layer: local relay readiness, verified peer mesh, encrypted relay evidence, and restart recovery. The public site shows only aggregate protocol health.
Private connection and private memory, under one blind protocol.
AeroNyx protects what agents send and what agents remember. The same invariant holds across both: infrastructure can coordinate work, but it cannot read the content or own the context.
Privacy Network
Not another centralized privacy app. AeroNyx Privacy Network is a blind, open protocol where decentralized nodes coordinate encrypted traffic without reading user content.
MemChain
MemChain preserves durable personal and agent context as encrypted, versioned memory. Storage nodes can help synchronize state, but they cannot read the memory they hold.
From private connection to agent services.
Privacy Network and MemChain form the foundation. The layers below turn private routing and private context into encrypted relay, protocol services, and agent-native coordination.
More private. Open source. Global by default.
AeroNyx's node infrastructure covenant: every privacy product should be able to stand up to public audit, real operation, and worldwide participation without exposing user-level telemetry.
Nodes route ciphertext and signed state without turning public health into user surveillance.
The decentralized node foundation is built to be inspected, operated, and improved in public.
Independent nodes can join the privacy fabric and harden the protocol across regions.
Privacy Network
More private, open source, globally usable
MemChain
Versioned private memory for humans and agents
Privacy Network
LiveMore private, open source, globally usable
Centralized privacy apps ask users to trust one company with routing metadata and operational visibility
AeroNyx routes through open decentralized nodes where public health is aggregate-only and user payloads remain encrypted
Use privacy as a global protocol primitive, not another closed subscription silo.
Why this belongs at the protocol layer
Privacy access, encrypted messaging, private memory, and agent-to-agent services all need the same invariant: infrastructure can route, meter, and coordinate work without reading user content or turning public health data into user surveillance.
Two layers. One invariant.
A blind fabric that routes what it cannot read, and a service layer agents can use directly. Both hold the same line: coordinate the work, never see the content.
The protocol is designed around a simple promise: each layer only sees the minimum it needs to do its job.
Blind Privacy Fabric
AeroNyx decentralized protocol nodes exchange signed peer summaries, route encrypted payloads, and report only aggregate health. Nodes move data without ever reading user content.
A trust boundary anyone can audit: the protocol coordinates the work, while the infrastructure stays intentionally blind.
Encrypted Coordination Services
Humans, apps, and agents use the same private service surface to route traffic, exchange encrypted messages, preserve context, and request work without exposing payloads to infrastructure.
The product surface people can actually use: private connection plus private memory becomes an open coordination layer for humans, apps, and agents.
Run a Decentralized Node
Independent nodes keep AeroNyx open: they carry ciphertext, verify peer views, recover state, and publish aggregate health without exposing users.
Total encrypted coordination payload bytes relayed by AeroNyx protocol nodes.
Encrypted protocol packets successfully forwarded for routing, messaging, memory, and agent coordination.
Live two-hop path proof readiness across AeroNyx coordination protocol nodes.
0/0 proof nodes · 0% accepted
Node summary 0 · Bootstrap
Start an Independent Node
Join the open privacy protocol
Deploy an AeroNyx decentralized node on a server. The node joins the signed peer fabric and helps route encrypted coordination traffic without reading it.
The future we are building
A world where private coordination is a protocol primitive: routing, memory, and services that work for humans and agents without anyone watching the middle.
The Fabric Hardens
The blind relay foundation moves from proof to product: verified peer views, multi-hop routing, and restart recovery running across a growing set of independent node operators.
Memory Becomes Portable
Memory Chain matures into a cross-client standard: encrypted personal context that follows the user between AI tools instead of dying inside each vendor.
Agent-Native Coordination
Agents route traffic, recall private context, exchange encrypted payloads, and request work through blind services. Coordination without middlemen reading the flow.
The bet we are making
As AI agents become participants in the economy, the infrastructure they run on decides who sees what. We are building the version where the answer is: nobody in the middle. Privacy not as a feature, but as the coordination layer itself.
Infrastructure that cannot betray its users.
The encrypted coordination layerfor autonomous agents
Build on the blind open protocol for private routing, encrypted messages, durable memory, and agent-native work.