Crypto

Course delivered by Prof. Ronny Estrella at Solbridge International School of Business.
Focus on understanding the intersection of cryptocurrencies and blockchain technology, their applications, and implications.

Introduction to Cryptocurrencies and Blockchain Technology:
- Definition of Cryptocurrencies
- Historical Context
- Differences between Fiat Currency and Cryptocurrencies
Cryptocurrency Markets and Trading:
- Cryptocurrency Exchanges
- Trading Strategies
- Risks and Rewards of Trading

Comprehend foundational concepts underlying blockchain technology, such as:
- Consensus methods
- Distributed ledger systems
- Cryptographic security
Evaluate advantages and disadvantages of blockchain use across sectors like finance, healthcare, and supply chain management.
Analyze financial impacts: Understanding effects on established financial institutions, monetary policies, and investment opportunities.
Enhance communication skills through discussions and presentations related to blockchain topics.
Familiarity with core blockchain applications like wallets, smart contracts, and decentralized applications (dApps).
Reflect on the ethical implications including privacy and security concerns.
Promote critical thinking with real-world case studies.

Fiat Currency: Government-issued currency that has no intrinsic value and is not backed by a physical commodity; inherits value through government decree.
Cryptocurrencies: Digital or virtual currencies utilizing cryptography, decentralized, not controlled by any government or authority.

Medium of Exchange: Serves to facilitate trade. Requirements include durability, transportability, divisibility, fungibility, and non-counterfeitability.
Unit of Account: Provides a standard numerical measure for pricing goods.
Store of Value: Retains purchasing power over time.

Control: Fiat is controlled by a central authority while cryptocurrencies are governed by consensus among users.
Intermediaries: Fiat transactions often involve banks, whereas cryptocurrencies allow direct peer-to-peer transactions.
Stability: Fiat is subject to inflation and government policy, while cryptocurrencies are often more volatile.

Pre-Bitcoin Era: 1983 (eCash), 1998 (BitGold), leading up to 2008’s Bitcoin genesis.
Bitcoin Creation: 2009 saw the first operational cryptocurrency, leading to gradual acceptance and development of other coins (e.g., Ethereum, Litecoin).

Definition: A decentralized ledger technology that records transactions across multiple computers.
Mechanics: Involves blocks linked chronologically with cryptographic signatures ensuring security, integrity, and an irreversible record.
Consensus Mechanisms: Various methods employed to validate transactions and ensure agreement among distributed nodes.

Financial Sector: Digital currencies for transactions, remittances, and raising funds through innovations like ICOs (Initial Coin Offerings).
Healthcare: Managing access and sharing of patient records securely.
Government Initiatives: Efficiency in document processing, particularly in places like Dubai.

Diverse geographical regulations impact the operational viability of cryptocurrency platforms.
Recent trends in stabilizing crypto-assets against market volatility.

Cryptocurrencies embody a technological shift away from centralized financial systems.
Balancing innovation in blockchain technology against traditional regulatory frameworks remains a challenge for future development.

Various components including presentations (15%), reports (20%), mid-terms (15%), finals (30%), and attendance (20%) structured on a curve for grading.

Understanding the decentralized nature of cryptocurrencies versus traditional financial systems.
Awareness of blockchain technology's potentials and inherent challenges in achieving broad acceptance in multiple sectors.