TwoStepDemocracy: Prototyping of self-evolving, democratic, and decentralized systems

2026-06-24

AI Summary

Decentralized systems often rely on centralized platforms, informal authority, and uncompensated contributions, thereby contradicting their foundational principles. This work proposes a protocol-native evolutionary mechanism that decouples demand expression, approval, and payment by enabling users to signal needs through proposals and voting, allowing developers to submit implementation plans, and linking the adoption of successful outcomes to non-custodial Bitcoin funding. For the first time in decentralized governance, this approach separates financial backing from voting power. By integrating high-cost cryptographic identities, peer-to-peer message propagation, locally stored signatures, and voluntary contributions, the mechanism supports democratic self-governance. Experimental results demonstrate the technical feasibility of this coordination layer in terms of storage, identity, and funding, while its social viability awaits validation through large-scale user studies.

Abstract

Decentralised systems are often built to avoid central control, but their evolution almost always depends on centralised platforms, informal maintainer authority, and a surprising amount of unpaid goodwill. To address this uncomfortable mismatch, we introduce TwoStepDemocracy, a technical proof-of-concept for protocol-native software evolution. The prototype combines costly cryptographic identities, peer-to-peer dissemination, issue and solution voting, and Bitcoin-based funding campaigns. Users can express demand by proposing and voting on issues; developers can submit concrete solutions; and accepted work can be linked to voluntary, non-custodial funding. The design deliberately separates demand, approval, and payment. This way, money can support a solution, but it never buys more voting power. The prototype demonstrates that such a coordination layer can be built as a peer-to-peer implementation with local storage, signed governance objects, and Bitcoin integration. We studied performance, scalability, and costs across storage, identity management, and funding. The results show technical feasibility, but not yet social viability. A larger user study is still needed to evaluate whether real communities would, in practice, vote, fund, and coordinate through this mechanism.

Problem

• decentralized systems
• software evolution
• governance
• coordination
• democratic mechanisms

Innovation

• protocol-native evolution
• decentralized governance
• cryptographic identity
• non-custodial funding
• peer-to-peer coordination