Learn to create decentralized application on the Internet Computer.

Internet Computer

In this community, you will learn essential Internet Computer concepts, how to write smart contracts (canisters) and create dapps.

Evolve your ICP smart contract into a fully functional dApp tailored for the Central European market. This challenge is for developers who previously participated in an ICP challenge, offering the opportunity to take your smart contract to the next level by creating an application and localizing it for Central Europe.

Central Europe ICP Spiced Hackathon

You need to get <strong>70%</strong> to get into the prize pool and earn prizes worth of <strong>USD 10000.</strong> The best 5 projects will win 2000 USD in ICP.

Join DeArk - ICP.Hub Germany telegram group and find your teammates to complete the challenge with you

How do we protect and preserve our communities and community spaces amidst rapidly changing urban landscapes? How do we create trust between our local communities and our newest technologies? How do we create infrastructure that supports equitable interactions between digital and physical communities? How do we build technology that helps sustain and empower self-organisation?

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CODE 2 COMMUNITY | Y BERLIN HACKATHON @ MOOS

Impact

Sustainability

Implementability

Technical Competence / ICP Implementation

Develop an innovative, blockchain-powered AI solution using the Internet Computer Protocol.

AI Dapp Development 101

This tutorial guides developers through building a decentralized AI Assistant using the Internet Computer Protocol (ICP) and integrating it with the OpenAI API. The tutorial covers the setup, coding, and deployment using the DFINITY Canister SDK.

Building a TypeScript AI Assistant Dapp on Internet Computer Protocol (ICP)

The solution does not address any specific need within the community or enhance trust between community members; it does not contribute to local culture and arts.

The solution somewhat addresses a specific community need or somewhat enhances trust; it makes a minor contribution to local culture and arts.

             The solution fully addresses a specific need within the community, significantly enhances trust between community members, and contributes greatly to local culture and arts.

The solution does not utilize resources efficiently and shows no potential for sustainability or ongoing community benefit; it is not inclusive or accessible.

The solution utilizes resources with moderate efficiency and shows some potential for sustainability; it is somewhat inclusive and accessible.

The solution utilizes resources in an extremely efficient and responsible manner, has high potential for long-term viability, and ensures broad access and benefits for diverse community members.

The solution is not ready for implementation, lacks a clear action plan, and does not integrate into community structures.

The solution is somewhat ready for implementation, has a fairly clear action plan, and somewhat integrates into community structures.

The solution is fully prepared for immediate implementation, has a detailed action plan, and integrates seamlessly into existing community structures.

Incorporates ICP poorly and demonstrates low-quality technical design and coding practices; lacks a GitHub repository.

Incorporates ICP adequately with acceptable technical design and coding practices; provides a basic GitHub repository.

Incorporates ICP to significantly enhance functionality; demonstrates exceptional technical design and coding practices, and provides a well-documented GitHub repository.

Building a TypeScript AI Assistant Dapp on Internet Computer Protocol (ICP)

Learning Objective