Successfully reported this slideshow.
We use your LinkedIn profile and activity data to personalize ads and to show you more relevant ads. You can change your ad preferences anytime.

What to expect from Blockchain in 2019?


Published on

During this presentation, we will cover a brief introduction into Blockchain technology, historic use cases & emerging trends for Blockchain technology. We will also touch on what to expect from Blockchain technology in 2019. It is important to understand the progress that is being achieved every day with every single step we take towards real use cases for Blockchain projects. 2019 might be the first year where the Blockchain starts to become a central part in people’s lives and in some industries.

Main points covered:

• Conduct a brief introduction to Blockchain technology;
• Discuss both historic use cases and emerging trends for Blockchain technology;
• What to expect from Blockchain technology in 2019


Our presenter for this webinar is Kenneth Kimbel, a Cybersecurity professional with over five years of overall experience providing diverse technology services in client-facing roles. Recent Master’s in Cybersecurity Risk Management as well as a JD with a Cybersecurity Law focus. Currently, Kenneth is a data privacy and Cybersecurity Advisory Consultant with Deloitte. He is also knowledgeable on both current technical and legal issues in security.

Date: March 27th, 2019
Recorded webinar:

Published in: Education
  • Be the first to comment

  • Be the first to like this

What to expect from Blockchain in 2019?

  1. 1. Agenda • Brief Introduction • Historic Use Cases • What to Expect from Blockchain Technology in 2019 and Beyond
  2. 2. Brief Introduction
  3. 3. The definition of Blockchain • The Blockchain is an appendable immutable universally distributed open ledger • Immutable – cannot delete anything from the ledger • Appendable – can add to the ledger • Universally distributed – everyone has access to the same exact copy of the ledger • Open ledger – the place where all transactions are recorded
  4. 4. The shop example • Imagine everyone in a shop knows via a public ledger how much currency everyone has • By removing the exchange of money to there is a much lower possibility that people will be exploited
  5. 5. Secure Hash Algorithm (SHA) • SHA-256 • 256 bit encryption • 32 bytes • 64 alphanumeric characters long every time
  6. 6. This where encryption comes in… • SHA 256 encryption is the most popular encryption today and most often associated with Blockchain technology • It was developed by the NSA to ensure that codes were completely unique • SHA 256 is valuable since the hash function produces unique outputs when given different inputs
  7. 7. Examples of SHA-256 • When one character changes all 64 characters change: • Example: • Abc: • 06D90109C8CCE34EC0C776950465421E176F08B831A938B3C6E76CB7BEE8790B • aBc: • 516DD854EC42B5B992888CFA87AE16E260864F5E051E045CD7D7C0B45EACBEB2 • Those exact inputs above will never yield a different hash
  8. 8. Hash function • What is a function • X=Y for example put simply 1=1 • A hash makes it much more complicated • Example: think about your last meal
  9. 9. Why is this important • Protects identity • Your hash is your private key and public key • Identifies you uniquely and maintains privacy • Transactions on the Blockchain can be thought of as two unique 64 character long hashes communicating with each other
  10. 10. SHA security • Can the hash be deciphered? • Yes • But with all of the computing power in the world it would take around 1 billion years.
  11. 11. Applied to cryptocurrencies • To protect your information while providing you a high level of security exchanges do the following: • They hash your information and provide you a pubic and private key • In addition, exchanges require users to produce a secret passphrase • This is the only way to access your account • Reversing the work done by the algorithm but takes a lot of work • With all of the worlds computing power it would take approximately 1 billion years
  12. 12. To trust Blockchain you must believe in the hashing • The hash that is created for a user is unique to the user • It changes the second it is manipulated • When each new block is mined it references the hash of the previous block • If a hash is changed the ledger will recognize that there is a problem with the Blockchain • If one computer recognizes a difference in the previous block it all become invalidated • When this happens the longest chain in the ledger becomes the most secured and thus relied upon chain for the given Blockchain
  13. 13. Proof of work concept • Validates by looking for the longest chain • There must be a way to prove that transactions are taking place in a truthful manner • Must be able to make the assumption that your information is safe • If you cannot trust the mathematics you cannot trust Blockchain technology • Everyone within the given Blockchain environment can validate the longest chain of mined blocks • What happens if you change the hash output of a block? • A fork occurs
  14. 14. What does a transaction on a ledger based model look like? • We keep track through nodes on the network that track transactions within the Blockchain • Once a transaction is initiated the entire Blockchain community updates the publically available ledger to reflect new totals after the transaction • Everyone can verify transactions • Nonce values ensure that each transactions are distinguishable
  15. 15. What is a nonce value • After the hash is created • Blockchain technology then relies on a nonce value • A nonce value does work to prove that you did the work to mine one specific block within a Blockchain • This is where the processing associated with Blockchain takes place • Once the complex math is solved that requires large amounts of processing a nonce value is then created • A nonce value is a number that is unique to the hash it is coupled with that indicates the amount of zeros that are to be located at the front of the hash. • Your nonce value + your hash = the next block on your Blockchain
  16. 16. The value of the nonce value within a transaction on the Blockchain • You can prove that a transaction happened on the Blockchain • This cannot be done with conventional currency
  17. 17. Historic Use Cases
  18. 18. Security Blockchain technology provides • The security that you get by using Blockchain technology is from the fact that the ledger is ongoing • If someone tires to change the information of a block within the Blockchain the block will break and the rest of the community will know that something went wrong • When something goes wrong nothing happens since everyone has the same copy ledger and ensures that all transactions are valid
  19. 19. The need • As the population increases and more people will want to participate in the global economy • Examples of Blockchain technology • Voting (Estonia since 2004) • Currency (Venezuela) • Security breaches are now commonplace • Can rely on complete transaction in a protected manner • Don’t have to worry about being victim since the user is protected on both ends with Blockchain technology • Takes out a huge amount of time and resources keeping track of money and information • Blockchain is trustless since everyone has the same copy of the ledger • Blockchain technology allows people to trust people without knowing them
  20. 20. Interesting applications of Blockchain technology • Decentralized Internet • If the internet becomes decentralized example • Can export processing speed and storage across the globe • Funding farmers in developing countries • Smart Contract • Remove banks • Rely on a decentralized peer-to-peer network to allow people to vote on or provide funding. • Democracy via a public ledger
  21. 21. Smart Contracts • Blockchain provides an opportunity to exchange value and information at the same time • Parameters can be set that are required for a transaction to occur • If a malicious actor attempts to change hash values a fork will occur • When reviewing the proof of work before a transaction one can examine the Blockchain of a malicious actor and find a short Blockchain • Since a hash value was maliciously edited and the Blockchain was forked
  22. 22. Bitcoin • 2009 Bitcoin was first developed • Hit its first peak in 2013 • Recently started to climb again starting in 2016
  23. 23. Bitcoin is a currency • This is because Bitcoin can be exchanged for goods and services
  24. 24. The advantage of Blockchain transactions • The proof of work concept when combined with nonce values and SHA 256 hashes provide an incredible amount of security • It helps ensure that only the best and most confirmed version of a given Blockchain is in use • This quality ensures that everyone who is participating on the Blockchain knows what is happening and is kept up to date • Manipulated transactions are immediately invalidated
  25. 25. One of the first uses of Bitcoin • Silk Road a black-market on the dark web found value in Bitcoin • Because Bitcoin was a currency that maintained privacy by only displaying a users private key • Users could send value anonymously • These qualities for a short period of time helped the Silk Road flourish
  26. 26. The value in Blockchain technology being decentralized • When currency becomes decentralized societies can provide more equity to their people • Blockchain can provide everyone with an equal playing field • All that is necessary is a cell phone • India has adopted Blockchain technology largely because of these reasons
  27. 27. Issues with Bitcoin today • The time and the processing power required to mine a Bitcoin today has increased drastically since its inception • Because of this node operators, payment processors and miners have gained the ability to categorize transactions and monetize them • Because so many people want to use Bitcoin miners can now ask for high fees and average fees for getting a transaction across the network in a timely manner has also increased • These problems are creating inefficiencies for Bitcoin since transactions are becoming more costly and slower
  28. 28. Forking • A possible solution is to fork the Bitcoin Blockchain • Forking is attractive since it would allow the verification method to remain intact
  29. 29. What to Expect from Blockchain Technology in 2019 and Beyond
  30. 30. Key Findings • There was a market rush to utilize Blockchain technology for supply chain optimization before the technology was sufficiently mature, and before businesses were properly prepared to incorporate the technology • Although the financial services industry was among the first industries to attempt to utilize blockchain, the potential benefit of Blockchain is existent in all industries • Governance is the largest threat to Blockchain technology
  31. 31. Blockchain-Inspired Offerings • Will be prominent for the next five years • These solutions will not meet all the requirements associated with Blockchain technology but will combine some elements in order to offer some of the benefits associated with Blockchain • Expect these solutions to capitalize on tokenization and decentralization benefits associated with Blockchain technology • In service focused industries expect difficulties getting Blockchain business use cases approved (also inefficiency issues associated with early adoption)
  32. 32. Complete Blockchain Offerings • Likely will not significantly develop for another five to ten years • Theses solutions will include all of the components typically associated with Blockchain technology • Look for: • Encryption solutions; • Offerings that take advantage of Blockchain technology immutability; • Monetized tokenization; and • More advanced decentralization offerings
  33. 33. Blockchain-Enhanced Offerings • Do not expect Blockchain-enhanced offerings for at least another ten years • These will be mainstream solutions • Will combine complete Blockchain solutions with other developing technologies, such as: • Internet of Things; and • Artificial Intelligence (AI) • Expect solutions like smart contracts with the incorporation of AI
  34. 34. In Conclusion • Currently in 2019 there is little enterprise Blockchain Use: • Only about 1% of enterprises have deployed some sort of Blockchain solution; • Around 1/3 of enterprises currently show no interest in Blockchain technology; • The other 2/3’s of enterprises either are interested in Blockchain or are planning to incorporate Blockchain technology into their long-term plans
  35. 35. Blockchain Training Courses on sight… Exam and certification fees will be included in the training price.
  36. 36. THANK YOU ?