Web of Trust Info

Welcome to the Web of Trust

Empowering individuals to co-create decentralized systems for lasting mutual benefit.

Scaling trust on the web

The Task Force for a Trustworthy Future Web's report on gaps and opportunities for how the next generation of online spaces will be built.

Caterpillars: the feed

A web-of-trust discussion forum built on AT Protocol. Open to read, vouched to post.

Caterpillars: the feed

A web-of-trust discussion forum built on AT Protocol. Open to read, vouched to post.

Web of Trust - Vertrauen durch echte Begegnungen

Dezentrales Vertrauensnetzwerk für lokale Gemeinschaften. Menschen vernetzen sich basierend auf echten Begegnungen statt Algorithmen.

Trust & Safety Library - Trust & Safety Professional Association

Welcome to the Trust & Safety Library! We use this space to collect articles, blog posts, journal articles, lectures, podcasts, and websites that trust and safety professionals may find useful in developing policies, supporting moderators, building systems to detect violations, and generally deepening their practice. We welcome your submissions and feedback. This project was initially

Web of trust

In cryptography, a web of trust is a concept used in PGP, GnuPG, and other OpenPGP-compatible systems to establish the authenticity of the binding between a public key and its owner. Its decentralized trust model is an alternative to the centralized trust model of a public key infrastructure (PKI), which relies exclusively on a certificate authority. As with computer networks, there are many independent webs of trust, and any user can be a part of, and a link between, multiple webs.

Weave

Weave is accelerating the interoperability of the internet's missing trust layer. True community portability. Trust that travels.

Open-source tools needed for the future of decentralized moderation

A small list of various open-source software that needs to exist to power the future of Trust & Safety for decentralized social networking software.

A Robust Decentralized Infrastructure for Trust-Aware Open Knowledge Sharing [DRAFT]

Semantic technologies and models have matured and become very powerful tools to increase the power and accuracy of recent AI approaches. However, we currently lack channels where semantically structured knowledge can be reliably published and queried, both by humans as well as AI agents. Here we show how this gap can be filled by a global ecosystem that aligns with the original Semantic Web vision with respect to openness, decentralization, and formal semantics, but also targets trust and redundancy. Our approach is based on the concept and technology of nanopublications with content-addressed identifiers and a layered peer-to-peer network of publishing services, query services, and user applications. It applies a trust algorithm from links that are published as nanopublications themselves. We present a novel trust propagation algorithm IDEBT and prove its properties of being robust, efficient to compute, and reproducible. We evaluate the ecosystem on a multi-node test deployment running a synthetic publish/query workload under two coverage configurations, complemented by a descriptive analysis of the live deployed trust network. Our positive results show that a such a decentralized network of services based on nanopublications has the capacity and potential to serve as a universal and globally integrated knowledge sharing platform.

GitHub - denoland/fresh: The next-gen web framework.

The next-gen web framework. Contribute to denoland/fresh development by creating an account on GitHub.