Blockchain As A Financial System Training Ppt
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This set of slides in depth covers blockchain technology-based financial system. It includes characteristics,generations,and consensus mechanisms in the blockchain. It also covers 3Ds and the advantages of blockchain in the finance sector.
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Content of this Powerpoint Presentation
Slide 1
This slide presents the cover image for emerging trends around blockchain training module.
Slide 4
This slide showcases the definition of blockchain. We also learn that blockchain is a digital ledger of business transactions that is difficult to change and hack.
Slide 5
This slide lists the key characteristics of blockchain technology such as Decentralization, Immutability, User Anonymity, Execution, Consensus Mechanism and Transparency.
Instructor’s Notes:
- Decentralization: Each classic centralized transaction needs a central trusted entity (such as the bank) to confirm it. On the other hand, each entity on the blockchain, without a third party, can access the relevant database and review transaction history. The main advantage of blockchain is that it may be replicated throughout a dispersed network. Besides, distributed ledgers automatically record transactions in real-time, lowering the risk of fraud
- Immutability: A blockchain keeps a detailed, chronological record of all transactions. It's almost impossible to change or delete transactions or add information that hasn't been confirmed because everyone on the network has a copy of the ledger
- User Anonymity: Transactions take place between addresses on the Blockchain. Each user has an alphanumeric address, which can be kept private or shared. Users can interact with the blockchain network using the issued address, and there is no longer any centralized authority to store private information of users
- Execution: Users can use algorithms and rules to initiate transactions between nodes. If certain circumstances are met, blockchain can also run programs, referred to as smart contracts
- Consensus Mechanism: Since there is no single trusted agent in the entire network, a consensus mechanism is implemented through technology. The goal is to agree on how each record should be validated
- Transparency: Blockchain adds transparency to the process of tracking any transaction. It provides a bird's eye view of the whole ledger. It can assist in asset tracking and record & display past asset records. Providing stakeholders with reliable,relevant, and unedited information in real-time improves corporate governance. It can also ensure that data is delivered to the right people at the right time
Slide 6
This slide depicts the three levels of blockchain, namely cryptocurrencies, smart contracts, and governance mechanisms.
Instructor’s Notes:
- Blockchain 1.0: Blockchain 1.0 enabled/is still enabling financial transactions based on blockchain technology using Bitcoin. This version is permissionless; thus, any participant can conduct a legitimate bitcoin transaction. Currency and payments are the most common applications
- Blockchain 2.0: Blockchain 2.0's major contribution, that Ethereum has heralded, is the creation of smart contracts. These are small computer programs that 'live’; in the blockchain. They are self-contained systems that perform autonomously under predetermined conditions, such as facilitating, verifying, or enforcing contract execution. Smart Contracts lower the cost of verification, implementation, arbitration, and fraud protection and allow for clear contract definition, eliminating the moral hazard issue
- Blockchain 3.0: The abbreviation DApp refers to a decentralized application that does not rely on centralized infrastructure. As it relies on decentralized storage and communication, most DApps execute their backend code on a decentralized peer-to-peer network, such as a blockchain
Slide 7
This slide indicates the Multiple Types of Consensus Mechanism Algorithms in Blockchain that are Proof of Work, Proof of Stake, Delegated Proof of Stake, Proof of Capacity, Proof of Authority, Proof of Activity, Proof of Elapsed Time abd Byzantine Fault Tolerance.
Instructor’s Notes:
The multiple types of consensus mechanism algorithms in blockchain are
- Proof of Work (PoW): Miners compete against each other to solve a complicated mathematical puzzle to create a new block in order to complete transactions on the blockchain network
- Proof of Stake (PoS): The Proof of Stake is a consensus mechanism in which validators are selected in a deterministic manner to create blocks based on their stake or equity ownership in the blockchain
- Delegated Proof of Stake (DPoS): In the DPoS consensus mechanism, blockchain users vote and select delegates/witnesses to validate transactions in the blockchain
- Proof of Capacity (PoC): In the Proof of capacity (PoC) consensus mechanism, the mining equipment uses their available hard drive device space to decide the mining rights
- Proof of Elapsed Time (PoET): In PoET, the user who generates a new block is decided randomly and fairly using the waiting time (explain)
- Proof of Authority (PoA): Proof of Authority is a reputation-based consensus mechanism in which the rights to generate new blocks are awarded to nodes that have proven their authority to do so
- Proof of Activity: In the blockchain, Proof of Activity is a hybrid consensus mechanism that combines the features of both Proof of Work (PoW) and Proof of Stake (PoS) consensus algorithms
- Proof of Elapsed Time (PoET): In PoET, each node has to wait for a randomly generated specific time period, and the node which completes this wait time first wins the rights to create the new block
- Byzantine Fault Tolerance (BFT): BFT helps create a new block in blockchain by reaching the consensus even if some nodes in the network fail to respond or respond with incorrect information. There are many variations of BFT that are deployed based on use cases
Slide 9
This slide discusses the foundation of the blockchain technology that allows it to be integrated into the financial sector. The building blocks of blockchain are the 3Ds of Decentralization, Disintermediation and a Distributed Ledger.
Slide 10
This slide talks about the general influence of blockchain technology on the finance sector along with the benefits it offers, such as lower costs, enhanced security, streamlined processes, improved data quality, accountability, and easier money transfers.
Instructor’s Notes:
- Lowering Costs: Banking institutions can save a considerable amount of money by implementing blockchain technology. Smart blockchain contracts can lower intermediary cost, while also lowering maintenance and implementation costs
- Enhanced Security: Improved security is another advantage of adopting blockchain for financial services. When transactions happen faster, hackers have less time to obtain transaction data or reroute payments
- Streamlined Processes: Increased automation improves the overall efficiency. It allows for real-time settlement, monitoring, and reporting, along with a decrease in processing times, the risk of errors and latency. It reduces the number of intermediaries needed to attain the same levels of assurance that traditional processes offer
- Improved Data Quality: All sorts of information can be stored on a blockchain, all the information can be accessed, provided the seeker follows specific rules and procedures. Smart contracts are used in the technology to automatically validate and execute a transaction, which enhances data integrity and makes it immune to outside intervention
- Accountability: Institutions can prevent the misuse of their funds and all sorts of fraud. Banks can handle and monitor transactions better since blockchain makes transactions traceable and easier to verify
- Easier Money Transfers: Blockchain technology has the potential to ease international money transfers. Businesses and customers endure delays, additional costs, and bureaucracy while sending money using the conventional approach. Blockchain provides a more straightforward, faster, and efficient way to implement cross-border transactions
Slide 11
This slide lists the drawbacks of blockchain technology such as privacy issues, security, limited flexibility, latency and governance.
Instructor’s Notes:
- Privacy: All network participants may see, trace, and monitor transactions that have been validated and added to the blockchain. This feature ensures transaction transparency and security, while also blocking any transactions requiring complete privacy protection
- Security Model: Participants in the chain use public or private key cryptography to verify and validate transactions recorded into the blockchain. The key that grants access to the blockchain is kept on a physical device that might be misplaced, broken, or stolen. The system would be unable to safeguard one or more subjects if they inadvertently lost or released their private key
- Flexibility Limitations: The blockchain's immutability ensures transaction integrity, but it can make it challenging to deploy the technology in situations when transactions must be modified
- Latency: Due to network latency, a decentralized blockchain is not always consistent. Different blocks may arrive at different nodes at different times, resulting in temporary blockchain inconsistencies known as forks. If transaction verification is delayed, the organization may not see the benefit of implementing blockchain
- Governance: Blockchain's decentralization provides a benefit in terms of transaction disintermediation. The dispersed nature of the blockchain, on however, maybe a constraint in terms of network control and surveillance
Slide 12
This slide summarizes the session on Blockchain as a Financial System in the form of key takeaways; the major one that must be remembered is the 3Ds of the technology and some of its drawbacks. Overall, we have to take home a balanced view on this important issue that has ramifications for all of us.
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FAQs for Blockchain As A Financial
Honestly, blockchain's biggest wins are cutting out the middleman and making everything way more transparent. Your transactions get recorded on this ledger that can't be tampered with - everyone can see it's legit. No more waiting days for payments to clear either, stuff happens in seconds now which is kinda wild. Smart contracts handle all the boring compliance stuff automatically so there's less room for screwups. Banks hate it but you'll save a ton on fees. If you're thinking about using it, just look at whatever processes you have that need multiple people to verify things - that's where it shines.
So basically, crypto cuts banks out of the picture for tons of transactions. Your money goes peer-to-peer instead of through all that banking bullshit. Banks are totally freaking out - some are jumping on blockchain, others lobbying for stricter rules. Cross-border payments are where you really see the difference. Crypto's way faster and cheaper than those ancient SWIFT transfers my dad still uses. Don't expect banks to just vanish though. They'll probably morph into some hybrid thing. Just keep an eye on how your bank starts offering crypto services.
So smart contracts cut out the middleman - banks, brokers, all that stuff. When your conditions hit, boom, it executes automatically. No waiting around for some person to approve your loan payment or insurance claim. Fees drop too since nobody's taking their slice. Settlement happens way faster than traditional methods. I'd honestly start with something basic like automated payments first, just to get the hang of it. The whole derivatives trading thing sounds cool but maybe don't jump straight into that lol. Pretty wild how code can handle all this financial stuff without human oversight.
So basically blockchain makes this permanent record that nobody can mess with after it's done. Every transaction gets locked in permanently. The whole thing runs across multiple computers, so if someone tries to fake numbers, it gets caught right away. What's nice is everyone sees the same verified data - no more of that sketchy accounting where stuff just doesn't add up, you know? You can literally trace any dollar from start to finish instantly. Makes audits so much easier and you catch problems early instead of dealing with bigger headaches later.
Honestly, the biggest headache is dealing with regulations that change country by country while blockchain doesn't care about borders. Regulators are still scratching their heads trying to figure out how to even classify this stuff - DeFi, NFTs, you name it. Can't exactly hit "ctrl+z" on blockchain transactions either, which gets messy when new rules pop up. KYC requirements are brutal when half your users are just wallet addresses. Oh, and pseudonymous transactions make compliance teams want to cry. My take? Don't try to retrofit compliance later - you'll hate yourself. Get regulatory folks involved early and bake that stuff right into your architecture from the start.
So crypto is actually pretty awesome for sending money internationally. Takes minutes instead of those ridiculous 3-5 day bank transfers. Fees are way lower too - like, banks really gouge people on international stuff, it's nuts. Perfect for sending money to family overseas since you're not getting hit with all those middleman charges. Only downside is both people need to know how crypto works and have wallets set up, which... yeah, not everyone's there yet. But honestly? Try sending like 20 bucks between wallets sometime just to see how fast it is. You'll be surprised.
Dude, blockchain basically lets you turn anything into tradeable chunks - real estate, art, whatever. Instead of needing millions to buy a whole building, you can grab a piece for like $100. Smart contracts handle all the boring stuff automatically, which is honestly pretty sick. Plus you can trade 24/7 without dealing with banks or tons of paperwork. The whole thing opens up investments that used to be only for rich people and institutions. Just don't go crazy at first - the regulations are still kinda messy and changing all the time, so maybe start small while you figure it out.
So blockchain gives everyone in your supply chain access to the same info instantly - no more "wait, did you get my invoice?" nonsense. Smart contracts automatically pay out when deliveries happen or goals get hit, which cuts processing from weeks down to hours. Pretty cool, right? Everyone sees the same data, so disputes drop way down. The real-time visibility thing is huge if you're juggling multiple suppliers and lenders. Honestly cuts through so much reconciliation BS and keeps your cash flow way smoother.
Honestly, crypto's pretty risky stuff. Prices swing like crazy - I've seen coins drop 50% in a day. Governments are still making up rules as they go, which creates tons of uncertainty. Then you've got the tech side - smart contracts get hacked, exchanges go down when you need them most. The scams are unreal too. Projects that look legit can disappear overnight, taking everyone's money with them. It's wild how fast things change - today's hot project could be tomorrow's ghost town. Look, only put in money you'd be okay losing entirely. And seriously, research way more than you think you need to.
So blockchain basically lets you lend money directly to people without banks getting in the way. Smart contracts handle all the boring stuff automatically - loan terms, payments, collecting collateral, whatever. Pretty neat if you ask me. Everything gets recorded permanently so you can actually see how loans are performing and check out borrower history. You can even do fractional lending where you're just funding part of someone's loan rather than the whole thing. Best part? Way lower fees since you're not dealing with bank bureaucracy. Your returns could be better too - though obviously there's still risk involved.
So there's a few big ones you'll run into. Bitcoin uses Proof of Work - basically mining, but it's crazy energy-hungry. Ethereum switched to Proof of Stake, which is way more efficient since validators get picked based on how much they own. Then there's Delegated Proof of Stake like EOS uses. Oh, and newer stuff like Proof of Authority for private chains. Each one's got different trade-offs with security vs speed vs how decentralized it actually is. Honestly, I'd def look up what consensus mechanism any blockchain uses before you build anything serious on it - learned that one the hard way!
So DeFi basically lets you skip banks entirely - lend, borrow, trade, all that stuff without them taking their slice. Yields are way better than regular savings accounts, though yeah, riskier too. Smart contracts handle everything automatically, so no waiting around for some banker to approve your loan. You can access it 24/7 from anywhere with just your wallet. Honestly, the lending and payments stuff is where it gets really interesting - why pay those ridiculous wire fees when you can send stablecoins instantly? If you're thinking about it, maybe start with something simple like a basic savings protocol first.
Bitcoin's energy usage is absolutely insane - seriously, it consumes as much power as entire countries. Most blockchain networks need tons of computational power to validate stuff, which creates massive carbon emissions. But here's the thing - newer systems like proof-of-stake are way better. Ethereum switched over and now uses 99% less energy, which is pretty impressive honestly. When you're looking at blockchain finance options, just ask about their consensus mechanism first. Makes a huge difference if your company cares about sustainability goals.
So blockchain scalability is honestly still pretty messy. Most networks use layer 2 stuff like Lightning Network - basically they process transactions off the main chain, then bundle everything together later. Way faster. Sharding helps too (splits the network into chunks), and proof-of-stake is quicker than the old proof-of-work method. Ethereum switched to PoS recently which helped, but it still gets clogged during busy periods. If you're picking a platform, check their actual TPS rates and what scaling tech they've got running right now. Don't fall for the "coming soon" promises - I've seen too many projects overpromise on that stuff.
So stablecoins are like your crypto safety net when everything goes nuts. They're tied to the dollar, so USDC and Tether just chill at $1 while Bitcoin's having a meltdown. You can hop out of volatile stuff without dealing with banks (ugh, those transfer times). Also you can still make money on them through DeFi - which is pretty sweet honestly. Keep some as backup cash so you can actually buy dips instead of waiting three days for your bank transfer to clear. Way better than scrambling to move money around when there's a good opportunity.
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