Name: Conflux Network - Global Office
Type: Organization
Bio: Conflux Network is a next-generation blockchain to bring DApps to the world. At the global office, we specifically look at use cases to grow our capabilities.
Blog: https://confluxnetwork.org/
Conflux Network - Global Office's Projects
(Aragon 1) Aragon apps developed by Aragon Core Devs (smart contracts + webapps)
(Aragon 1) Create and manage decentralized organizations on Ethereum.
(Aragon 1) Monorepo for all Aragon made organization templates
Aragon's simple identity solution to allow easy and secure ENS name assignments
🦚 UI kit for decentralized apps
(Aragon 1) A monorepo of JavaScript libraries for interacting with Aragon
(Aragon 1) Reference implementation for aragonOS: a Solidity framework for building complex dApps and protocols. See "conflux.md" for Conflux related deployment details
External adapter for Conflux Network and Chainlink nodes
Simple PoC for contact tracing DApp using Conflux Network and tokenized contact with smart contracts.
Demonstration of connecting Conflux Network and a SMS Gateway using Chainlink's external initiators and external adapters
A simple demonstration for connecting The Graph (decentralized query) to Conflux Network and using it to query FC token transfers
Relayer to convert Ethereum JSON-RPC calls to Conflux JSON-RPC calls. (only for unsigned calls/interactions)
Initiate Chainlink job runs from external sources
Graph Node indexes data from blockchains such as Ethereum and serves it over GraphQL
Prometheus Metrics server connected to Conflux Network node to monitor node metrics (initial PoC)
Basic tools in javascript and golang for integrating Conflux Network NFTs (ERC-721) into applications
Simple demonstration of converting Helium tokens (HNT) to Filecoin tokens (FIL) using Conflux Network as a facilitator
A comprehensive, up-to-date collection of information about several thousands (!) of crypto tokens.
Cross-platform, cross-blockchain wallet library.
Repository for various demonstrations and examples for webinars