A curated, progression-ordered list of resources for developers learning to build on Canton Network.
Cryptography primitives that underpin any distributed ledger.
- Public-key cryptography
- The Public-key cryptography article covers asymmetric keys and signing. (Est. time: 20 min)
- Digital signatures
- How digital signatures authenticate transactions on any ledger. (Est. time: 20 min)
- Cryptographic hashing
- Cryptographic hash functions covers Merkle trees and tamper evidence. (Est. time: 25 min)
- The Bitcoin whitepaper is the original proof-of-work paper. (Est. time: 30 min)
- How does Ethereum work, anyway? is still the best short primer on Ethereum internals. (Est. time: 25 min)
Architecture, privacy model, Canton Coin, and interoperability. Start here after the Foundations to understand what makes Canton different from typical L1s.
A side-by-side map for Ethereum developers: how Canton terminology and tooling relate to what you already know, plus deeper reads on where the two platforms architecturally differ.
The smart-contract language, design patterns, testing workflows, and the Daml Finance library for tokenization.
Quickstart and LocalNet, the SDK toolbox, example apps, libraries, frontend dev with the Wallet SDK, and guidance for migrating from EVM / Solidity.
Splice and Hyperledger Labs, the Zenith EVM on Canton, and the Canton Improvement Proposal (CIP) process.
Running a validator or Super Validator, block explorers and analytics, and real-world deployments by BNY, Goldman, HSBC, Nasdaq, and others.
Working with AI coding assistants on Canton: which models handle Daml well, how to test Daml contracts with AI review, and how to improve an LLM's Daml fluency with rules, RAG, and MCP.
Courses and certification tracks, hackathons and grants, and the forums, blogs, and GitHub orgs where the ecosystem talks.
MIT. Upstream resources retain their original licenses and terms of use.