DIDLabDIDLabBlockchain
Learning Hub · Public Guides

Learn the DIDLab blockchain by doing.

The public portal gives you complete, tested onboarding and deployment examples. Deeper guided exercises, debugging tasks, assessment evidence, and instructor materials stay inside DIDLab Labs and Canvas for enrolled learners.

Start the quickstart See the first contract

Learning model

1

Public portal

Concise, complete, working examples anyone can follow.

2

DIDLab Labs

Hands-on workspaces, checkpoints, logs, transaction evidence, and deeper challenges.

3

Canvas

Official assignments, rubrics, deadlines, instructor feedback, and protected course material.

Recommended path

From wallet to first contract

Browse all developer docs
01

Connect to DIDLab

Add the DIDLab network, add TT, and confirm your wallet is ready for lab transactions.

Open guide
02

Make a verified transaction

Fund a lab wallet, send a small transaction, and confirm it in the explorer.

Open guide
03

Understand a smart contract

Read a small Solidity contract and learn state, functions, events, and ABI interaction.

Open guide
04

Deploy a contract

Choose Remix for the fastest first deployment or Hardhat for a professional local workflow.

Open guide

Developer essentials

Short guides that end in a working result

Every public guide is intentionally scoped: enough to build and verify something real, without publishing the deeper course exercises, challenge solutions, or assessment instructions.

Start here

DIDLab Quickstart

Wallet, network, test funds, first transaction, and explorer verification.

Public guide

Smart Contract Basics

A concise SimpleStorage contract with the concepts you need before deployment.

Fast path

Deploy with Remix

Compile and deploy from the browser using your DIDLab MetaMask wallet.

Developer path

Deploy with Hardhat

Compile locally, deploy with a disposable lab wallet, and inspect the receipt.

Reference

JSON-RPC & Network API

Read chain ID, block height, balances, transactions, and receipts using the working RPC endpoint.

Working tool

Secure IPFS

Use the production encrypted-storage workflow and understand CID-based retrieval.

Practice with live DIDLab tools

Use the same services the labs build on

Swap labPractice token approvals, swaps, reserves, and AMM behavior with TT and LabUSDT.Credentialing studioWork with DIDLab badges and credential-style NFT workflows.Encrypted storage deskEncrypt files in the browser, upload to IPFS, and recover them from a CID bundle.

What becomes exclusive in DIDLab Labs?

  • • Guided terminal and code workspaces tied to each course lab.
  • • Deep debugging, security, attack/defense, and extension exercises.
  • • Automated checkpoints that verify transactions, contracts, events, and state.
  • • Evidence capture from terminal activity, source code, runtime events, and blockchain receipts.
  • • Instructor-only rubrics, solution guidance, and Canvas-linked assessments.
Public rule: if a guide is linked on blockchain.didlab.org, it should be complete enough to reach the stated outcome and should not depend on a hidden step.