Cryptocurrencies and Financial Markets Training Course

Participants can assess blockchain transaction security and institutional wallet-control models.

• Public-private key cryptography explained through signing and transaction verification
• Hash functions, Merkle trees and block headers linked to data integrity
• Wallet types compared: hot, cold, hardware, multisignature and MPC
• Private-key lifecycle controls specified from generation through recovery and retirement
• Address ownership evidence tested using signed-message verification methods
• Blockchain explorers used to trace confirmations, fees and transaction status

Participants can evaluate how consensus mechanisms and protocol incentives affect asset risk.

• Proof-of-work and proof-of-stake compared through security and economic incentives
• Validator concentration measured using staking distribution and governance data
• Protocol upgrades assessed for fork risk and operational disruption
• Token issuance schedules analysed for dilution, unlocks and supply shocks
• Network fees and block-space demand interpreted as usage indicators
• Oracle dependencies examined for smart-contract pricing and settlement risk

Participants can classify tokens by economic function, rights and risk characteristics.

• Payment, utility, governance and asset-backed tokens distinguished by economic rights
• Token supply schedules modelled using circulating, maximum and fully diluted supply
• Vesting cliffs and investor unlocks assessed for potential selling pressure
• Staking rewards separated from capital gains and validator compensation
• Tokenholder rights reviewed against issuer obligations and governance powers
• Security-token indicators evaluated using jurisdiction-specific legal advice requirements

Participants can assess exchange liquidity, execution quality and trading venue risks.

• Centralised and decentralised exchanges compared by execution and custody model
• Order books interpreted through bid-ask spreads, depth and imbalance
• Market, limit, stop and iceberg orders matched to execution objectives
• Slippage estimated from order-book depth and expected trade size
• Wash trading and spoofing indicators identified from market data patterns
• Venue due diligence covers governance, reserves, insurance and outage history

Participants can build and challenge valuation assessments for major cryptoassets.

• Market capitalisation distinguished from enterprise value and fully diluted valuation
• Comparable-asset analysis uses protocol category, activity and supply metrics
• Network value to transactions ratio interpreted with transaction-quality caveats
• Metcalfe-style models tested against active addresses and network connections
• Scenario valuation incorporates adoption, token velocity and supply assumptions
• Fair-value hierarchies assessed using observable market-price evidence

Participants can design a cryptoasset allocation mandate with measurable portfolio controls.

• Strategic allocation objectives linked to return targets and loss tolerance
• Mean-variance optimisation tested against cryptoasset correlation instability
• Position limits set by liquidity, volatility and concentration thresholds
• Rebalancing rules defined using calendar, threshold and risk-budget approaches
• Time-weighted and money-weighted returns calculated for cryptoasset portfolios
• Benchmark selection addresses investability, custody costs and constituent governance

Participants can assess cryptoasset derivative exposures and select appropriate hedging approaches.

• Futures, perpetual swaps and options compared by payoff mechanics
• Basis risk measured between spot holdings and futures hedge positions
• Funding rates interpreted as indicators of perpetual-swap market positioning
• Delta hedging applied to option exposures under changing volatility assumptions
• Margin calls and liquidation thresholds modelled under stressed price movements
• Counterparty due diligence covers collateral, segregation and close-out arrangements

Participants can evaluate stablecoin and digital-currency payment arrangements for institutional use.

• Fiat-backed, crypto-backed and algorithmic stablecoins compared by reserve design
• Reserve attestations distinguished from audits and proof-of-reserves reporting
• Depeg scenarios analysed through redemption queues, liquidity and confidence shocks
• Cross-border payment flows mapped from initiation through final beneficiary settlement
• CBDC models compared: retail, wholesale, token-based and account-based
• Stablecoin issuer risk assessed through legal claims and reserve-custody arrangements

Participants can identify financial and operational risks in decentralised finance arrangements.

• Automated market makers compared with order books for liquidity provision
• Impermanent loss calculated from relative price movements and pool composition
• Lending protocols assessed through collateral factors and liquidation mechanics
• Smart-contract audits reviewed for scope, findings and residual risk
• Governance attacks analysed through voting concentration and flash-loan exposure
• Bridge risk assessed through validator design and wrapped-asset dependencies

Participants can design custody and settlement controls for institutional cryptoasset operations.

• Qualified, third-party and self-custody models compared for control allocation
• Segregated and omnibus wallet structures assessed for client asset protection
• Four-eyes transaction approval workflows designed for wallet transfer controls
• Whitelisted addresses maintained through formal change-management procedures
• Settlement instructions reconciled between trading venue, custodian and blockchain records
• Disaster recovery plans specify key compromise, personnel loss and system outage

Participants can apply financial-crime controls to cryptoasset onboarding and transaction monitoring.

• FATF Recommendations applied to virtual-asset service provider risk assessments
• Travel Rule data fields mapped to originator and beneficiary information
• Know-your-customer controls aligned with wallet ownership and beneficial ownership evidence
• Blockchain analytics indicators reviewed for mixers, darknet and ransomware exposure
• Sanctions screening addresses wallet addresses, counterparties and indirect exposure
• Suspicious activity escalation documented through alert investigation and case narratives

Participants can prepare accounting assessments and valuation evidence for cryptoasset holdings.

• IAS 38 and IAS 2 classification considerations applied to cryptoassets
• Control assessment distinguishes owned holdings from safeguarded client assets
• IFRS 13 fair-value inputs evaluated across exchanges and pricing sources
• Impairment and remeasurement effects traced through profit and loss
• Cryptoasset disclosures drafted for accounting policies, risks and material judgements
• Reconciliation schedules link wallet balances, custodial reports and general ledger

Participants can map regulatory obligations and governance requirements for cryptoasset activity.

• MiCA requirements reviewed for issuance, service providers and market abuse
• Licensing perimeter assessments distinguish proprietary activity from client services
• Market-abuse controls address insider dealing, manipulation and disclosure timing
• Consumer-protection duties evaluated for product governance and communications
• Jurisdictional regulatory mapping identifies conflicting rules and supervisory authorities
• Legal counsel escalation triggers defined for new products and token classifications

Participants can assess cyber threats and technology controls affecting cryptoasset operations.

• NIST Cybersecurity Framework used to structure cryptoasset control assessments
• Phishing, SIM swapping and malware threats mapped to wallet compromise
• Multi-party computation controls evaluated for key-share security and availability
• Smart-contract attack patterns include reentrancy, oracle manipulation and access-control failures
• Penetration-test findings prioritised using exploitability, impact and remediation ownership
• Security incident playbooks define containment, communication and asset-recovery actions

Participants can quantify key cryptoasset risks and set institutional risk limits.

• Historical simulation Value at Risk calculated from cryptoasset return series
• Expected shortfall used to assess losses beyond Value at Risk
• Stress scenarios model exchange failure, stablecoin depeg and liquidity withdrawal
• Liquidity horizons estimated from volumes, spreads and market-impact assumptions
• Counterparty scorecards assess capital, governance, custody and legal enforceability
• Risk appetite statements define prohibited assets, venues and transaction types

Participants can interpret on-chain indicators alongside market and operational data.

• Active addresses, transaction counts and fees assessed as activity indicators
• Exchange inflows and outflows interpreted cautiously for potential selling pressure
• Realised capitalisation compared with market capitalisation to assess holder profitability
• Stablecoin supply changes monitored for market liquidity and demand signals
• Wallet clustering limitations recognised when attributing entities and ownership
• Data-source controls document methodology, timing, coverage and known limitations

Participants can prepare an operating model for controlled institutional cryptoasset participation.

• Business case structure links strategic rationale, costs, returns and risk
• Target operating model assigns front-office, operations, risk and compliance responsibilities
• RACI matrices define decision rights for trading, custody and incident response
• Vendor selection criteria compare custody, exchange and analytics providers
• Policy architecture covers asset eligibility, approvals, limits and reporting
• Implementation roadmaps sequence governance, technology, legal and operational milestones

Participants can coordinate response actions for major cryptoasset operational and market incidents.

• Exchange insolvency response prioritises exposure confirmation, legal notices and records
• Private-key compromise procedures isolate wallets and preserve forensic evidence
• Stablecoin depeg playbooks establish decision thresholds and communication responsibilities
• Blockchain congestion contingency plans address delayed settlement and fee escalation
• Crisis communications distinguish client notices, management reporting and regulator engagement
• Post-incident reviews assign corrective actions, owners and completion dates

Participants can build, review and present a complete cryptoasset market participation dossier for an institutional mandate.

• Mandate objectives translated into eligible assets, restrictions and approval criteria
• Market analysis combines valuation, liquidity, volatility and counterparty evidence
• Custody design specifies wallet controls, reconciliation and recovery arrangements
• Compliance assessment documents AML, sanctions, Travel Rule and licensing considerations
• Risk framework defines limits, stress tests, reporting and escalation triggers
• Accounting position addresses classification, valuation evidence and disclosure requirements
• Executive presentation defends recommendations, assumptions, controls and implementation priorities