ErgoMixer

The first non-custodial, programmable, non-interactive mixer in the space. ErgoMixer leverages Sigma protocols for efficient, trustless mixing of funds, enabling a high degree of privacy and security on Ergo.

What is ErgoMixer?

ErgoMixer is a non-custodial, programmable, non-interactive mixer for ERG and tokens, utilizing Sigma protocols for privacy. It supports token mixing, covert and stealth addresses, SigmaUSD minting, and Tor support.

Token Mixing

Mix both ERG and tokens, providing privacy for a wide range of assets on the Ergo blockchain.

  • Non-custodial
  • Programmable
  • No trusted setup

Enhanced Privacy

Covert and Stealth Addresses obscure the linkage between transactions and public addresses, providing advanced privacy.

  • Covert Addresses
  • Stealth Addresses
  • Per-transaction uniqueness

Tutorials & Docs

Access guides, technical papers, and presentations to learn about mixing and privacy on Ergo.

Tor & Platform Support

Use ErgoMixer on multiple platforms with Tor support for enhanced privacy and censorship resistance.

  • Tor support (v3.0.0+)
  • Windows, Linux, Android
  • Open source on GitHub

Covert & Stealth Addresses

ErgoMixer introduces two privacy-centric features: Covert Addresses and Stealth Addresses. These methods obscure the linkage between transactions and a user's public address, adding a layer of anonymity.

Covert Addresses

Covert Addresses allow a user to showcase a public-facing address that doesn't directly tie back to their actual wallet address. This is highly beneficial for individuals, like shop owners, who wish to receive payments without revealing their true wallet address to every customer.

Stealth Addresses

Stealth Addresses create a unique, one-time address for every transaction, even between the same parties. This feature is invaluable for situations where users wish to publicly display an address for receiving multiple transactions. In Ergo, this is facilitated through a variant of the Diffie-Hellman key exchange.

See the Stealth Addresses page for more information.