How To Build A rApp On Reality Network: Full Dev Walkthrough With Wyatt скачать в хорошем качестве

How To Build A rApp On Reality Network: Full Dev Walkthrough With Wyatt

0:00 – Intro 1:13 – Getting started with Portal 2:51 – What is a CoCell? 4:44 – Understanding Cells → https://docs.realitynet.xyz/cell-api#... 6:23 – Hylomorphisms in the network → https://docs.realitynet.xyz/algebras-... 7:11 – Layer 0 vs Layer 1 → https://docs.realitynet.xyz/rApp#over... 9:37 – Finality proof 10:50 – Implementing your own CoCells (startup) 11:40 – Creating a Layer 1 process → State Channel Example https://docs.realitynet.xyz/cell-api#... 17:08 – Creating resources 17:33 – FS2 pipeline explained 18:11 – How RealityNet L1 consensus works 19:35 – Making your own data pipeline 23:58 – Creating rApp instances 26:18 – Starting your cluster 27:57 – (Joke break) 29:13 – rApps that do stuff: hosting and proving Turing-complete code → https://docs.realitynet.xyz/rApp#impl... 32:12 – First real rApp ever: Cyberlete → https://github.com/Cyberlete/realitym... 43:42 – Monoids: Adding logic to build new networks → https://docs.realitynet.xyz/cell-api#... 🔧 Covered in this video: In this dev walkthrough, Wyatt, founder of RealityNet, breaks down how to build and deploy rApps: modular, composable decentralized applications that live outside the constraints of traditional L1s. You’ll see how CoCells, hylomorphisms, and custom consensus logic come together to form a truly programmable internet, one where apps don’t just talk to chains, they define their own. This is the first time the full architecture has been shown publicly, including how to start clusters, launch rApps, and run code that proves itself. If you’re serious about DePIN, cross-chain logic, or building systems that verify truth across domains, this is a blueprint for what comes next. Powered by zkWASM, dynamic consensus, and a DAG-native architecture, RealityNet turns the network itself into a global computer. Replace AWS. Run verifiable compute on devices you don’t own. Build apps that prove their own execution. No circuits. No validator headaches. No compromises. If you’ve been waiting for infrastructure that matches your ambition, this is it.