Decentralizing News: Designing Web۳-Based DAO Platform for Verified News Dissemination through Crowdsourcing

The credibility of news consumed by the general public is rarely based on rational validation methods such as source transparency, narrator trustworthiness, or collective authentication. Existing news dissemination systems—centralized media and social networks—either filter content through power structures or lack mechanisms for verifying accuracy, both of which contribute to the widespread diffusion of misinformation. This study aims to design a Web۳-based DAO (Decentralized Autonomous Organization) platform for decentralized news dissemination, using crowdsourced verification as a core mechanism for evaluating news reliability. The proposed system eliminates centralized editorial control and integrates smart contracts, tokenized incentives, and distributed ledger protocols to ensure transparency, tamper-resistance, and traceability throughout the news lifecycle. The design includes four key roles (reporter, evaluator, voter, and consumer) and a multi-stage process for news submission, peer evaluation, public voting, and final dissemination. Reputation systems and token-based collateral are embedded to disincentivize disinformation and reward credible participation. Preliminary modeling suggests the platform can significantly reduce the spread of fake news, enhance public trust in content, and offer an independent revenue model for journalists free from corporate or governmental influence. This platform demonstrates a feasible application of Web۳ logic in solving trust-related challenges in digital journalism and introduces a scalable model for decentralized, community-driven news ecosystems.

کلیدواژه ها:

Decentralized News ، Blockchain ، Web۳ ، DAO ، Crowdsourced Verification ، Fake News ، News Dissemination ، Digital Journalism ، Social Token