Blockchain Development Boot Camp (BLOCKDEVBC)
About this Course
The popular media is saturated with stories about Bitcoin, but it’s the underlying blockchain technology that allows Bitcoin and other cryptocurrencies to work. Even outside of cryptocurrency applications, blockchain is a broad disruptor with far-reaching implications for many areas of business. Distributed trust, guaranteed authentication combined with un-hackable anonymity – the ability to leverage use cases with these and other blockchain capabilities is powerful.
Most exciting is the fact that Blockchain is an accessible technology you can leverage and use in your own organization. Early adopters can gain a significant competitive advantage. In a world where digital transformation is the common goal, blockchain applications are core enablers.
Guided by a senior expert, this blockchain course explains in detail how blockchain can be applied to real-world applications, products, and business processes. Day one establishes detailed real-world literacy on blockchain, where it is going, and how it can be used. It demystifies blockchain technology and helps you understand the use cases, challenges, and roadmap of blockchain. Day two is a detailed workshop day on applied corporate strategy for stakeholders in organizations who wish to navigate the practical aspects of actually incorporating blockchain into applications and use cases. You will take a deeper look into blockchain technology, and will focus on understanding business and technology requirements. The final day is comprised of hands-on lab work for those with some development experience to get practical engineering skills using blockchain themselves.
Audience Profile
Primary audience for this course are:
- Software Developers
- Engineers
- IT and Engineering Consultants
- Solutions Architect
- IT operations staff
Also for those that have experience with developing applications or building software architecture.
Prequisites
Before attending this course, students should have the following:
Experience building applications using any of the following (or similar) languages: Python, C, C++, C#, Rust, Scala, Haskell, Erlang, or Clojure.
*Delivered by ASPE, ICAgile Member Organization
Course Outline
Day 1
- Introduction
- Instructor
- Course Objectives & Topics
- Blockchain History
- Blockchain Overview
- Predecessors to Blockchain Technology
- Comparable Technology
- Foundational Constructs
- The Birth of Bitcoin
- Concepts
- Peer-to-Peer Systems
- Consensus Protocols
- Public Key Cryptography
- Hashing
- Transactions and Blocks
- Double Spend Problem
- Wallets
- Smart Contracts
- Oracles
- Beyond Cryptocurrencies: Blockchain Value Proposition & Benefits
- Core tenets of blockchain technology
- Shared Data & Business Logic
- Immutability
- Security
- Smart Contracts
- Smart Contracts
- Value Proposition
- Business Use Cases
- Financial Services
- Supply Chain
- Legal
- Others (i.e. entertainment Industry)
- Blockchain Challenges
- Adoption
- Security
- Interoperability & Standards
- Technology Maturity
- Regulatory Concerns
- Legal: Validity of Data & Enforceability of Smart Contracts
- User Experience
- Permissioned vs Permissionless Ledgers
- Transactions
- Memberships
- Consensus
- Blockchain Trends
- Security
- Decentralization
- Industry Specific Ledgers & Permissioned Ledger
- Low cost transactions & Throughput
- Smart Contracts & Technolegal Movement
- Blockchain Ecosystem
- Review of top 10
- Such as NEO, ICON, EOS, Wanchain, Ethereum, Fabric, Iroha, Fabric
- Review of top 20 blockchain-based startups across industries,
- Such as Monax (formerly known as Eris), Everyledger,
- Review of top 10
Day 2
- Blockchain in Action
- Ethereum Mist Wallet
- Sending Transactions
- Smart Contract Overview
- Deep Dive into Permissioned Ledgers
- Pros & Cons
- Security Model
- Software as a Service Solutions
- Deploying in-house Solutions
- Application-based or Platform-based Blockchain Solutions
- Internal Business Use Cases & Considerations
- Approving the Business Use Case
- Technology Assessment:
- Blockchain Solution
- Internal Architecture
- Internal Infrastructure
- Non-functional Considerations
- Performance
- Security
- Resiliency
- Prioritization, Business Engagement and Timelines
- Potential Revenue Streams
- Design, Build, Deploy and Maintain
Day 3
Ethereum and using Ethereum
- Ethereum Overview
- History
- Value Proposition
- Ethereum Concepts
- Network
- Ether
- Gas
- EVM
- Ethereum Transactions
- Using a wallet
- Measuring transaction costs
- Ethereum Clients, Network and Geth
- JavaScript API
- Ethereum Smart Contracts Overview
- Solidity Overview
- Developing, Deploying, Executing
- Contract Design Patterns
- Developing a DApp
- Truffle Boxes
- Testing
- Deploying a DApp
- Testnet
- Mainnet
- Ethereum Ecosystem and Roadmap
Hyperledger Fabric
Identity over anonymity. Selectivity endorsement over Proof of work. PoS on Bitcoin and Ethereum is resource intensive.
- Fabric Overview
- History
- Value Proposition
- Shared Ledger: Permissioned, Shared Between Participants
- Smart Contracts: Encoding Business Logic
- Privacy: Identity over Anonymity, Authenticated Transactions
- Trust: Selective Endorsement
- Finality
- Actors in a Blockchain Network
- Hyperledger Composer
- Mode, build and deploy business networks
- Open Development Toolset
- Components of Fabric
- Ledger
- Smart Contract
- Peer Network
- Membership Services
- Events
- System Management
- Wallet: Identity Store
- Integrations
- Chaincode
- Integrations
- Architectural Considerations
- Network Considerations
- Nodes and Roles
- Fabric Ecosystem and Roadmap
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