Summary of modules – Crash Course for Professionals

Module 1: Talk Crypto

Blockchain overview:

  • A distributed ledger storing permanent, immutable (can not be altered) records in “blocks.”
  • Includes all details, including wallet address, fees, and it is date & time stamped.

Types of blockchains:

  • Bitcoin: Original blockchain for decentralized payments.
  • Ethereum: Introduced smart contracts for decentralized apps (DApps).

Consensus mechanisms:

  • Proof of Work (PoW) Computational power confirm transactions.
  • Proof of Stake (PoS) Validators stake crypto to validate transactions.

Blockchains by layer:

  • Layer 1 Processes/validates transactions (e.g., Ethereum).
  • Layer 2 Improves speed/costs (e.g., Arbitrum).
  • Layer 3 Highly specialized programming for distinct use cases.
  • Layer 0 Interoperability across blockchains (e.g., Polkadot, Cosmos).

Cryptocurrency basics:

  • Coins: Native to blockchains (e.g., Bitcoin).
  • Tokens: Created for specific uses, often across multiple blockchains.

Module 2: Crypto Use Cases and Ecosystems

Decentralized finance (DeFi) vs Centralized finance

  • Centralized finance: Custodial, centralized authority.
  • Decentralized finance: Self-custody, no centralized authority (community driven such as via a DAO).

Use cases:

  • Earning rewards and other forms of revenue.
  • Practical crypto use cases: Loans, payments, ownership proof, remittances.

Benefits of digital currencies:

  • Lower fees, faster transactions, decentralized governance.

DeFi tools:

  • Decentralized exchanges, market and performance tracking, yield comparison.

Wallet types:

  • Cold, hot, multi-sig, and web wallets, each with varying security levels.

Web3 ecosystems:

  • Interconnected platforms that often include user engagement for development and guidance.

Data security practices:

  • Use 2FA, secure private keys, and beware of scams.

Module 3: The Demand

Crypto adoption growth:

  • Increasing crypto investment, especially among Gen Y & Z and more recently corporations.

Tax authoritiesʼ response:

  • International efforts to improve crypto tax compliance with reporting frameworks especially via CARF.

Why accountants should incorporate crypto:

  • Growing client demand for accountants with crypto knowledge.
  • Revenue opportunities in amending crypto tax filings.

How to incorporate crypto into accounting:

  • Educate yourself, develop crypto-focused services, engage in crypto communities.

Module 4: Critical Issues in Crypto Taxation

Common pitfalls:

  • There are many pitfalls that can result in incorrect tax reports such as data export limitations, bots, burning fees, cross-chain rewards, and time zone discrepancies.

Taxable transactions that are unique to cryptocurrency:

  • Liquid staking, liquidity pools, NFTs, smart contracts, and flash loans.

Why pitfalls go unnoticed:

  • Several dozen data issues are not flagged in tax software.
  • Personal familiarity with crypto platforms and expertise in crypto transactions is required to ensure accuracy in gain / loss and ACB reporting.

This course serves as an essential introduction for anyone looking to understand and navigate the growing cryptocurrency space, offering practical insights and actionable knowledge. Thank you for attending!

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