internet-computer
There are 9 repositories under internet-computer topic.
- awesome-internet-computer
dfinity / awesome-internet-computer
A curated list of awesome projects and resources relating to the Internet Computer Protocol
- examplesLanguage:Rust 599
- motokoLanguage:OCaml 571
- motoko-base
The original Motoko base library (replaced by `core`)
Language:Motoko 492 - cancanLanguage:TypeScript 339
- juno
junobuild / juno
A next-gen serverless platform to build, deploy, and run modern apps with the privacy and control of self-hosting.
Language:TypeScript 333 - cdk-rsLanguage:Rust 223
IC SDK: a Software Development Kit for creating and managing canister smart contracts on the ICP blockchain.
Language:Rust 202open-chat-labs / open-chat
This is the main repository for the OpenChat application which runs on the Internet Computer
Language:Rust 199- icp-js-core
The base library to build applications on the Internet Computer.
Language:TypeScript 169 Blocks-Editor / blocks
Blocks. An online drag-and-drop smart contract builder.
Language:JavaScript 161A browser-based, multi-chain wallet hosted on the Internet Computer
Language:TypeScript 155- agent-rs
A collection of libraries and tools for building software around the Internet Computer, in Rust.
Language:Rust 137 rocklabs-io / ic-py
Python Agent Library for the DFINITY Internet Computer
Language:Python 134AstroxNetwork / agent_dart
The library for Internet Computer, written in Dart & Rust.
Language:Dart 110DIP20: A fungible token standard for the DFINITY Internet Computer.
Language:Rust 88DFINITY-Education / blockchain-and-cryptocurrency
In this course, students will learn about the fundamentals of blockchain technology as well as the cryptocurrencies built on top of it. Module 1 serves as an intro to the concept of blockchains, cryptocurrencies, limitations of these services, and payment channels. Module 2 explains tokens and gives students the opportunity to experiment with an ERC-20 style token built on Motoko. In Module 3 students begin their own implementation of a payment channel in Motoko, and in Module 4 they finish this implementation. Each module builds upon concepts learned and activities completed in the prior modules.
Language:Modelica 82- Language:JavaScript 81
- Language:JavaScript 77
- papyrsLanguage:TypeScript 77
krpeacock / auth-client-demo
Example demo of how to use https://www.npmjs.com/package/@dfinity/auth-client to make authenticated calls to an IC app
Language:JavaScript 74dappblock / nextjs-ic-starter
Next.js Internet Computer Starter Template
Language:JavaScript 66In this course, students will learn how to develop web applications on the IC and ultimately implement an open auction platform similar to eBay. Module 1 serves as an intro to this unit, providing a primer for web development by reviewing canister messaging, HTTP requests, cycles, and autonomous canisters. Module 2 introduces students to the idea of an open auction platform and completes the majority of the backend required for such a project. In Module 3, students connect their backend code with a frontend accessible via browser. Finally, Module 4 has students implement an autonomous governance canister, that acts as the decentralized arbiter of our auction platform's feature upgrades.
Language:Motoko 60rvanasa / vite-react-motoko
Starter project for Vite + React + TypeScript + Motoko
Language:TypeScript 58aviate-labs / agent-go
Golang Agent for the Internet Computer
Language:Go 57edjCase / ICP.NET
A library for .NET/C#/Unity to natively communicate with the Internet Computer (ICP)
Language:C# 55- Language:TypeScript 52
- vscode-motoko
Motoko language support for VS Code.
Language:JavaScript 48 - Language:Shell 45
An advanced starter project for interacting with Ethereum on the Internet Computer (Beta)
Language:TypeScript 43seniorjoinu / ic-stable-memory
Lets you store canister data directly in stable memory
Language:Rust 43- mopsLanguage:TypeScript 43
- Language:Rust 39
Task scheduler for the Internet Computer
Language:Rust 39BoomDAO / game-launcher
A platform for discovering games, deploying game builds to smart contract canisters, creating NFT & Token collections, airdrops, payments, in-game minting & burning, configuring World smart contracts and more.
Language:Motoko 38- protocol-design
In this course, students will learn about the basics of protocols, understand how core protocols create the internet as we know it, and develop a high-level conception of the Internet Computer Protocol. Using this knowledge, students will implement their own version of DNS and a basic banking application on the Internet Computer. Module 1 serves as an intro to this unit, providing context for protocol design that will then be leveraged in Modules 2-4 to implement several applications on the Internet Computer.
Language:Modelica 38
