Search Results for "payments"

Run a point-of-presence within Myel, the community-powered content delivery network. Our mission is to build a community powered content delivery network that is resilient, scalable, and peer-to-peer ↔️ to suit the long-term needs of Web3 applications. We're currently using Filecoin building blocks and are aspiring to make this library as interoperable as possible with existing Web3 backends such as IPFS. This library is still experimental so feel free to open an issue if you have any...

qDesk Messages is on track to become the first fully featured, cross-platform, publicly auditable, decentralized, real-time, dag-based end-to-end encrypted messenger with a feature to exchange goods and services and send payments. In this module, you can create end-to-end encrypted channels, organize them in folders, share the folder structure with your invite, control the channels you own, and participate in self-owned channels. Have private conversations or public channel discussions. Use Audio/Video in 0.9.5+ for groups or private conversations. Ban and report users in 0.9.5+. ...

VIPFS is an alt-tech framework for creating permanent apps, blogs and websites that cannot be taken offline by anyone, including the government. VIPFS is a simple boilerplate project for creating permanent websites with Vue.js and IPFS, it comes with useful templates and it is pre-integrated with Bootstrap, FontAwesome, Video.js, Vuex and VueRouter. Simply clone, build, and run npm run publish to deploy it on IPFS and make it permanently accessible to the world. VIPFS comes with a few...

...This work addresses the problem of computational integrity proofs (correctness of the actual computations) made by some non-trusted (anonymous) third party without repeating the whole volume of the actual computing. The issue is usually addressed by use of probabilistically checkable proofs (PCP), however, such simple approach leave untouched the question of coupling the payments for the consumed computational resources with the actual proof. The purpose of our protocol is to scale distributed calculations by obtaining results of nearly perfect (measurable) quality, without the need to repeat calculations or check the computational integrity proofs by the client.