Private-by-default Protocol

Silentium — The Sound of Hidden Transactions

In a world where every digital step leaks data, Silentium removes the noise. Built with onion-routing, zk encryption, and decentralized relays — anonymity is the default.

CA: XXXXX-XXXXX-XXXXX
Silentium visual/banner

About Silentium

In the digital world, noise is data. Every transaction, message, and signature leaves a trail. Silentium exists to eliminate that noise. Its architecture combines onion-routing, zk encryption, and decentralized relays — forming a network where anonymity is not an option but the default.

Onion Routing
zk Encryption
Decentralized Relays
Lightweight Nodes
Silentium Architecture

A layered privacy stack combining multiple techniques so that transfers, messages, and signatures leave no retraceable footprint.

  • Layer 1: Encrypted relays & routing
  • Layer 2: zk proofs for data-less verification
  • Layer 3: Lightweight privacy node distribution

Core Features

The building blocks of Silentium — private, efficient, and interoperable.

Fully encrypted relay network

End-to-end encryption inside a distributed relay mesh to guarantee message confidentiality.

Zero-trace payment tunnels

Payments routed through randomized, ephemeral tunnels leaving no persistent trace.

Integrated messaging & transfer protocol

A unified protocol for messages and token transfers with consistent privacy guarantees.

Lightweight privacy node system

Run a node on low-resource devices — help routing and earn reputation without exposing data.

Decentralized Relays & Interoperability

Relays are operated by independent nodes across regions to avoid central chokepoints. Bridges to major chains let privacy flows move between ecosystems.

Relay Maps

Geographic diversity, dynamic routing.

Bridges

Cross-chain privacy-preserving transfers.