Advancements in cryptography and peer-to-peer networking have unlocked the possibility of re-imagining the public internet infrastructure that we conduct our lives upon. These technologies allow us to drastically increase the cost of surveillance, censorship and coercion as a means of safeguarding our freedoms.
The experiment begins with a decentralised autonomous organisation (DAO) dedicated to the construction of its user-owned, self-sovereign crypto network. The network is comprised of three primary modular peer-to-peer protocols for communication, file storage and trustless agreement.
Together, these form the foundation required for the next-generation of voluntary governing services and social institutions to emerge.
Logos - The trustless agreements layer.
The first primary protocol of Logos is Logos Blockchain: a heterogeneous blockchain network utilizing its own consensus algorithm to provide fast, scalable and secure trustless agreement, with near-instant transaction finality in user-defined execution environments.
The first two client implementations will be written in Nim and Rust once our first specification has been published.
Waku - The ephemeral communication layer.
Waku is a peer-to-peer communication layer. Waku removes centralized third parties from messaging - enabling private, secure, censorship-resistant communication. Waku is designed for generalized messaging, enabling both human-to-human or machine-to-machine communication.
Waku has its origins in Ethereum’s Whisper protocol, but is optimized for scalability and better usability. Waku is in production and is actively being used by projects like Status and WalletConnect. Waku’s economic spam protection is still under research, and a paper published on the topic can be found here.
Codex - The storage layer.
Codex is a decentralised storage protocol for durable information. Whilst p2p storage networks have been around for quite a long time, the lack of incentives, strong data availability, and durability guarantees make these networks unsuitable for a wide array of applications. In other words, without durability at the storage layer, it is impossible to build other reliable applications.
Codex aims to solve this by supplying an incentivized p2p storage network with strong availability and durability guarantees, and a resource restricted friendly protocol that can endure higher levels of churn and large amounts of ephemeral devices. Codex has a working Proof-of-Concept.
We are creating this technology stack out in the open, as a public good. Check out our process section to learn more about how we are going about this.
Logos is not yet production ready across every protocol in its stack. A number of research and engineering problems remain. We have no illusions as to the magnitude of the undertaking, and the work that lies ahead of us. We would like to invite anyone who is serious about contributing research or code to join us (we will be adding information on how to do this soon).