Technical deep-dive into XMR cryptography by koe + Sarang Noether + others.
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Zero to Monero (v2.0.0) is the canonical technical reference for understanding how Monero actually works — written by Koe with contributions from Sarang Noether, Justin Berman, and other Monero Research Lab members. Free PDF, ~250 pages, hosted on getmonero.org as the project's official deep-dive document.
What it is: a rigorous, self-contained walkthrough of Monero's cryptographic stack — RingCT, ring signatures (CLSAG), stealth addresses, Pedersen commitments, bulletproofs, the dual-key stealth address scheme, view keys, transaction construction, mempool behavior, hard-fork history. The book is mathematically rigorous but pedagogically structured: every concept builds on prior ones, every primitive is motivated before introduced, every protocol step is justified before specified.
What it isn't: not a 'getting started with Monero' guide. Not a wallet tutorial. Not a price speculation document. If you want 'how do I send my first XMR' read Mastering Monero (Serhack) instead. Zero to Monero assumes you can read mathematical notation, follow elliptic-curve operations, and want to understand WHY the protocol makes the choices it does.
Why it earns A grade in /educational:
What you actually learn: by chapter end you can answer questions like 'why does Monero use ring signatures instead of zk-SNARKs', 'how does a view key let you scan for incoming transactions without being able to spend them', 'what's the difference between the deposit address and the stealth address that actually gets written to the chain', 'why does the protocol require 16 decoys per ring not 8 or 32'. The book treats every design choice as a tradeoff to justify, not a magic incantation to accept.
Useful when you're a developer integrating Monero (you'll need to understand subaddress derivation, view-key APIs, mempool semantics), OR you're a security researcher wanting to audit the protocol claims, OR you're an advanced user trying to evaluate post-quantum migration arguments or Seraphis transition proposals on their merits, OR you're learning cryptography and want a real-world large-scale protocol case study.
Reading order in the /educational stack:
1. Mastering Monero (Serhack, free PDF) — start here if you're new to Monero. Conceptual + non-technical. 2. Breaking Monero (Justin Ehrenhofer YouTube series) — the threat-model and historical-attack education layer. Watch in parallel with reading. 3. Zero to Monero v2 — the deep technical layer. Read after the above so you have the conceptual scaffolding for the math. 4. Monero Research Lab papers (MRL technical notes on getmonero.org/library) — for current research frontier (Seraphis, FCMPs, etc.) after you've finished ZtM.
Caveats:
Verdict: if you're going to take Monero seriously as a developer, researcher, auditor, or principled long-term holder, Zero to Monero is the document to read. It's free, official, written by the people who built the thing, and the only material at its depth that's also at its accessibility. The fact that Monero ships its own self-documentation at this quality is itself one of the strongest signals about the project's culture.
Free PDF · ~250 pages
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