Applied Blockchain & Digital Assets

At the end of this online session, participants will be able to explain the historical development, fundamental principles, and core concepts of blockchain technology and digital assets. They will be able to differentiate between key categories such as cryptocurrencies, token types, stablecoins, NFTs, and tokenized real-world assets, and describe their respective use cases. Additionally, participants will know how to set up and manage a digital wallet, understand the role of private keys and seed phrases, and apply essential security best practices.

At the end of this online session, participants will be able to describe how blockchain transactions work, including transaction fees, mempool processes, confirmation, and finality. They will understand and evaluate central components of decentralized platform such as smart contracts, decentralized exchanges, and bridge and identify their risks and opportunities. Moreover, participants will be able to execute transactions on test networks, interact with smart contracts, and interpret transaction data using block explorers.

At the end of this online session, participants will be able to compare major consensus mechanisms like Proof of Work and Proof of Stake and assess their implications for security, scalability, and energy consumption. They will be able to explain the roles and responsibilities of nodes, miners, and validators, including the economic incentives that keep blockchain networks secure and operational. Finally, participants will apply these concepts in a simulated environment to understand the dynamics of block production, staking, network participation, and overall system stability.

At the end of this online session, participants will be able to explain the roles of private keys, multi-signature wallets, and hardware wallets, and evaluate different custody models in terms of security and operational risk. They will understand common threat vectors including phishing attacks, social engineering, and technical vulnerabilities and apply best practices for secure key management. Additionally, participants will be able to implement a basic Shamir Secret Sharing workflow to experience how distributed key protection mechanisms enhance resilience.

At the end of this online session, participants will be able to describe how smart contracts function, including their logic, automation capabilities, and role within decentralized applications. They will distinguish between major token standards and classifications (such as ERC-20, ERC-721, utility tokens, governance tokens, and asset-backed tokens) and explain their uses in digital ecosystems and tokenized assets. Furthermore, participants will be able to issue a simple ERC-20 token in a guided practical exercise, thereby gaining hands-on insight into the token creation and deployment process.

At the end of this online session, participants will be able to explain the core mechanisms of DeFi, including lending, borrowing, liquidity pools, and automated market makers. They will be able to identify and assess the main opportunities, risks, and systemic vulnerabilities associated with decentralized financial protocols. In addition, participants will interact with a DeFi protocol in a sandbox environment, enabling them to execute transactions, understand liquidity provision, and analyze protocol behavior in a controlled, risk-free setting.

At the end of this online session, participants will be able to explain the global regulatory landscape for digital assets, including key frameworks such as MiCAR, SEC classifications, and understand how these regimes shape market behavior and institutional adoption. They will recognize the tax implications associated with crypto transactions and digital asset holdings, enabling them to identify relevant reporting obligations and risk factors. Participants will also be able to outline core corporate compliance requirements, including KYC/AML considerations, custody rules, and internal governance standards needed to operate responsibly in a regulated environment.

At the end of this online session, participants will be able to assess how digital assets and blockchain technologies can create value in enterprise contexts, including supply chain management, digital identity, financial applications, and NFT-based use cases. They will be able to compare public and private blockchain architectures and evaluate which environment is most suitable for different business needs. Through a case study and group discussion, participants will apply strategic frameworks to analyze real-world business scenarios and articulate how digital asset solutions can support operational or commercial objectives.

At the end of this online session, participants will be able to explain the legal and business considerations involved in designing and issuing tokens, including regulatory classification, investor protections, and commercial intent. They will understand core principles of tokenomics and fundraising structures such as utility and governance models, incentive design, vesting, and distribution strategies and evaluate how these elements influence the sustainability of a token ecosystem. In a practical exercise, participants will draft a simple token issuance plan, enabling them to translate conceptual knowledge into an initial strategic and operational framework.

At the end of this online session, participants will be able to identify and explain key global trends shaping the digital asset ecosystem, including central bank digital currencies (CBDCs), cross-chain interoperability, and Layer 2 scaling solutions. They will understand the role of emerging technologies such as decentralized autonomous organizations (DAOs), oracles, and zero-knowledge proofs, and assess their potential impact on financial markets, enterprise applications, and regulatory frameworks. Participants will be able to critically evaluate how these developments may influence future business models and institutional adoption.