
Learn how blockchain and distributed ledger technology disrupt financial assets, markets, and the value chain by enabling immutable, scalable, transparent, secure transactions, contracts, custody, cross-border payments, and audit-ready records.
Explore distributed ledgers as decentralized, distributed databases that store data across many nodes, enabling blockchain concepts and mining-driven blocks.
Investigate how distributed ledger technology enables real-time settlement, transparency, and efficiency gains while leveraging digital identity to reduce intermediaries and enable provenance in financial services.
Explore how blockchain uses a distributed ledger to record transactions, reach consensus (including 51 percent rules), and ensure immutability, transparency, and governance through forks, mining, and consensus mechanisms.
Discover how blocks form a blockchain by linking hashed records into a secure, tamper-evident chain, and how consensus and proof-of-work validate new blocks in Bitcoin-style networks.
Examine how blockchain creates a distributed ledger with cryptography and hash chains to secure transactions across blocks. Learn how enterprise ledgers enable consensus, governance, and business logic across decentralized systems.
Examine consensus mechanisms powering blockchain and bitcoin mining, from Nakamoto's approach to permissioned and permissionless systems. Understand block creation, transaction validation, and scalability considerations.
Explore distributed databases and distributed ledgers, including blockchain, and how decentralization improves security, reliability, and global accessibility while challenging centralized models.
Explore Ethereum as a decentralized platform for smart contracts and distributed applications, powered by ether transactions and a virtual machine running Solidity code.
Blockchain enables security through a tamper-proof, immutable distributed ledger powered by cryptographic hashing and digital signatures, with consensus and programmable trust for privacy-preserving data management.
Explore how the blockchain underpins Bitcoin by recording ownership and validating transactions in a verifiable ledger, while mining creates blocks and prevents double spending using cryptographic hashes.
Explore how block chain acts as a financial system, enabling disintermediation, smart contracts, and real time transparency across payments, trade, and cross-border settlements.
Explore blockchain-driven financial use cases across retail, banking, markets, and insurance, including cross-border payments, smart contracts, and digital identities, with a focus on clearing and settlement.
Explore use case payments on a blockchain-based, real-time settlement platform, mapping kyc compliance, interoperability, and smart contracts across global payments, insurance claims, and syndicated loans.
Explore how syndicated loans enable large-scale finance and how blockchain and smart contracts streamline the loan lifecycle, automate kyc and underwriting, and reduce intermediaries for cost and time savings.
Explore CoCo bonds, contingent convertibles tied to bank capital ratios with equity conversion triggers, and examine blockchain ledger and tokenization to enable real-time monitoring and faster activation.
Explore equity post-trade workflows, clearing and settlement, and how smart contracts and distributed ledger technology enable real-time settlement while reducing counterparty risk.
Explore next generation blockchain technologies, focusing on scalability, speed, private ledgers, and smart contracts, and compare platforms like plasma, sharding, and fork-based approaches for enterprise finance.
"Blockchain is the NEXT Internet. Block Chain will revolutionize Business, Healthcare, Finance, Banking, Development"
- BBC News
*******************************************Please Note********* *****************************
We are not going to show you how to write code. But we are going to explain everything else, which is relevant and important to know about blockchain.
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Blockchain offers the storage of records of transaction data through distributed networks. It retains the full history of transactions, which makes them verifiable and independently auditable. It also enables peer-to-peer transfer of value, potentially eliminating the need for intermediaries. In addition, event triggered programmable contracts, also known as smart contracts, can be stored and executed on Blockchain.
What this Blockchain technology is so powerful ?
Blockchain has several intrinsic features which allows it to record and transfer value over the internet in a peer-to-peer manner:
Irreversibility: This technology prevents double spending, fraud, abuse, and manipulation of transactions because it contains certain and verifiable record of every single transaction ever made that cannot be altered without altering the entire chain.
No intermediary: It allows any two parties to transact directly with each other, without any trusted third party.
Near real time: It enables near real time settlement of recorded transactions, removing friction, and reducing risk.
Censorship resistant: Crypto economics ensures that Blockchain continues pumping out new blocks and that blocks are not being reverted or altered.
Distributed ledger: The peer-to-peer distributed network records a public history of transactions, making Blockchain distributed and highly available.
There are several specific use cases where the Blockchain technology can prove to be useful for the Finance Function. Some of these are listed below:
Budgeting and Forecasting
Intercompany reconciliations
Financial Audit
Vendor Management
Shareholder Voting
Who can take this course?
Any person with interest in Finance and emerging technologies
Any individual from Software Development
Any Student from College with any degree background
Any individual who is working on Blockchain
Any working professional interested in Blockchain to upgrade their skills and knowledge
Non-IT finance professionals
CFOs
Controllers
Management accountants
Public accountants
Partners
Staff
Managers
Internal auditors
What should students must know before taking the course?
Basic terms of Technology
Basic terms of Finance
Business Workflows
What will students gain after completing the course?
Advanced Concepts in Blockchain
Implementation of Blockchain
Cryptocurrencies - How, What and When
Next Generation Blockchain Technologies
Financial Use Cases in Blockchain - Deep Dive
Blockchain Frameworks
How to transform to a blockchain Startup - Success Stories of implementation
In fact, in 2018 global blockchain survey, 84% of organizations reported that they were working with blockchain. When combined with AI, the internet of things (IoT), and intelligent automation, blockchain can play a central role in moving finance organizations toward the future they envision—one in which routine tasks are completed without a second thought, giving finance professionals time to focus on strategy and operations.
Today, most finance organizations are held back by inefficiencies. They spend inordinate amounts of time sifting through and manipulating data that is often either inconsistent or located in several disconnected systems—just to retrieve answers to basic questions.
Legacy systems can be far more powerful when combined with blockchain, which can bring business users closer to a single, trusted source of truth.
Blockchain can pave the way for this future. The technology promises other benefits, as well: Internet-connected devices seamlessly uploading data, and artificial intelligence (AI) systems tapping into historical records and proactively suggesting actions that finance professionals can use to bring their company to the next level in their digital transformation.