I’ve been working on a new peer-to-peer payment system called AUREX.
The goal is simple: build a payment network where low latency is a core design requirement from the beginning.
Modern payment systems can process everyday payments in fractions of a second. We believe decentralized payments should aim for the same kind of responsiveness, while maintaining strong cryptographic security and peer-to-peer operation.
AUREX is being designed around:
⚡ Low latency — payment communication and transaction propagation should be optimized from the ground up.
🤖 Machine-to-machine payments — software and autonomous AI agents should be able to make and receive payments programmatically.
💸 Micropayments — the system should be practical for frequent, small-value payments.
🌐 Peer-to-peer architecture — participants should be able to communicate and exchange value without depending on a central authority to operate the network.
🔐 Security first — speed should not come at the cost of cryptographic security.
🧩 Programmability — payments should be usable as part of software and automated services, not only as manual transfers between people.
We are currently in the early research and prototype stage. The architecture is still being tested and refined, and we want to prove the core ideas with working software and real benchmarks before attempting to scale the system.
This is not about simply creating another cryptocurrency.
The objective is to investigate whether a decentralized P2P payment system can actually become fast, programmable and practical enough for modern applications.
I’m currently looking for developers interested in helping design and build the system from the ground up, particularly people with experience in:
• P2P networking
• Distributed systems
• Cryptography
• C/C++ or Rust
• Blockchain / payment protocols
• High-performance systems
The project is open-source and development will be public.
GitHub:
https://github.com/eliasvosschain/decentralized-networkEmail:
eliasvosschain@proton.meTelegram: @blockchainaurex
If you are interested in contributing, discussing the architecture, or simply challenging the technical direction, feel free to reach out.
AUREX is still experimental. The first objective is to build, test and measure — not to make promises.
Bitcoin donations:
bc1qgwm4anujxlcu3hqvzgqw3kdm0jphpxk739xgc5
Thank you to anyone interested in helping explore the problem.
