Educational hub
Learn by doing
Each axis follows the dual reading principle: a quick summary accessible to all, then a detailed technical, legal or conceptual deep-dive.
Level 1 — Simple
General public, curious minds. Quick summaries in 1-2 sentences, infographics.
Level 2 — Technical
Students, developers. Detailed explanations, diagrams, code.
Level 3 — Expert
Lawyers, professionals. Legal frameworks, comparative analysis.
Axis 1
Blockchain literacy
Blockchain is a shared, transparent and immutable digital ledger. DigiByte is one of its most decentralized implementations.
What is a block? A transaction? A hash?
Why decentralization protects freedom.
DigiByte vs Bitcoin: similarities, differences, philosophy.
Consensus algorithms (multi-algo PoW, DigiShield, MultiShield).
UTXO explained simply.
SegWit, Dandelion++, Odocrypt: DigiByte innovations.
Axis 2
Decentralized finance for everyone
Owning your own keys means owning your money. Cryptocurrencies allow exchanging value without a banking intermediary.
Owning vs delegating: private keys, wallets, seed phrases.
Anatomy of a DigiByte transaction.
Near-zero transaction fees — why it matters.
Centralization (banks, exchanges) vs sovereignty.
DGB as a utility currency, not an investment.
Risks: volatility, key loss, scams — individual responsibility.
Axis 3
NFTs: beyond speculation
An NFT is a unique digital certificate inscribed on the blockchain. It's not a JPEG, it's verifiable proof of ownership.
What is an NFT really? (unique digital proof of ownership).
DigiAsset: DigiByte's native NFT standard.
Where does an NFT live? (blockchain + IPFS = permanent and verifiable).
NFT as certificate, artwork, proof of passage.
The difference between a JPEG and a blockchain-anchored artifact.
NFT ≠ product → NFT = programmable legal container.
Axis 4
IPFS and decentralized storage
IPFS stores files by their content, not location. Each file has a unique fingerprint (CID) anyone can verify.
What is IPFS? (content-addressing, not location-addressing).
CID: the unique, verifiable identifier.
Why IPFS is essential for NFTs (permanence, integrity).
Pinning, replication, gateway — the concrete mechanisms.
Demo: verify a CID in a browser.
Axis 5
Digital sovereignty
Your data belongs to you. Decentralization provides tools to take back control of your identity and files.
Who owns your data today? (Big Tech, centralized cloud).
Decentralized alternatives: storage, identity, communication.
The wallet as a sovereign digital identity.
Privacy and transparency: the public blockchain paradox.
Axis 6
NFTs and international legal framework
An NFT does not have the same legal status in every jurisdiction. Understanding the legal framework is essential before any interaction.
Howey Test (US) — when an NFT becomes a 'security'.
MiCA (EU) — the European crypto-asset regulation.
Regulations by zone: Japan, Singapore, China, Africa.
Intellectual property: an NFT does not automatically transfer copyright.