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  • user 6:00 am on June 7, 2016 Permalink | Reply
    Tags: , , derivatives,   

    Blockchain Technology Will Profoundly Change the Derivatives Industry – NASDAQ.com 

    As the hype and pessimism around converge toward reality over the next several years, one certainty emerging among Wall Street and Main Street traders is that advancements in platform technology will profoundly change how commonly used securities known as derivative contracts will be traded. The distributed ledgers inconceivable just a couple of years ago are on the precipice of ushering in a new era of innovative financial engineering and precision in risk management.

    Wall Street firms are beginning to tinker with blockchain and smart contract technology that will allow buyers, sellers and central clearing houses of derivative trades to share information, such as KYC (Know Your Customer), in real time across various distributed ledger platforms unleashing incredible efficiencies.

    Last month it was reported that Barclays tested a blockchain platform called Corda, developed by the bank consortium R3. Electronic documents that served as derivative contracts were pre-populated with standardized values, which, one day, will allow the contracts to be hashed out between counterparties, traded on an exchange across multiple and then cleared and settled instantaneously.

    Derivative contracts are financial instruments that derive their value from some underlying asset, such as stocks, bonds, commodities or even interest rates. Derivative contracts have become increasingly fundamental in effectively managing financial risk and creating synthetic exposures to asset classes. For example, airlines use future contracts, a form of derivative, to hedge against fluctuating oil prices . Hedge funds use options, another form of , to speculate in questionable company stock without baring the cost of purchasing a large number of shares. Derivative contracts typically have shelf lives of 30-day increments.

    Industry leaders expect distributed ledger infrastructure to foster new approaches to financial engineering, enabling financiers to customize derivatives consisting of individual cash flows to meet precise needs in terms of timing and credit risk. According to a report produced by Oliver Wyman, a management consulting firm, blockchain-enabled derivative contracts could be financed by issuers selling their own instruments that match the cash flows they expect to achieve, “in essence creating swaps without the need for balance sheet intermediation.” Traditional swap agreements are traded over the counter.

     

     

     
  • user 10:26 pm on June 6, 2016 Permalink | Reply
    Tags: Armin Ebrahimi, , ,   

    Blockchain revolutionizing identity management – Armin Ebrahimi 

    , CEO, ShoCard discusses digital fingerprints and how is an important part of the underlying to ensure user privacy.

     

     
  • user 10:40 pm on June 4, 2016 Permalink | Reply
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    Making Sense of Blockchain Smart Contracts – CoinDesk 

    The idea has long been hyped to the public as a central component of next-generation platforms, and as a key capability for any practical enterprise application.

    The different definitions usually fall into one of two categories. Sometimes the term is used to identify a specific – code that is stored, verified and executed on a blockchain. Let’s call this type of definition “smart contract code”.

    Using the same term to refer to distinct concepts makes answering even simple questions impossible. For instance, one question I’m often asked is simply: what are the capabilities of a smart contract?

    , then the answer depends on the capabilities of the language used to express the contract and the technical features of the blockchain on which it operates.

    a binding legal agreement, the answer depends on far more than the technology. This answer depends on existing legal doctrine and how our legal, political and commercial institutions decide to treat the technology. If businesspeople don’t trust it, the legislature doesn’t recognize it and the courts can’t interpret it, then it won’t be a very practically useful “contract”.

     

     

     
  • user 6:34 pm on June 4, 2016 Permalink | Reply
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    Riding the blockchain wave 

    The underpinning cryptocurrencies such as may well revolutionise the way we do business, with new applications extending across all sectors of the economy.

    The future is only ever just around the corner. Technologies that are already available today have the potential to radically transform the world we live in. One such technology is , a distributed ledger technology best known as the infrastructure behind digital currency Bitcoin.

    For some time, CommBank’s Innovation Lab in Sydney has been at the forefront of blockchain research. What’s increasingly clear to us is that blockchain’s potential reaches well beyond the financial services sector. In fact, it’s no exaggeration to say that blockchain could revolutionise our whole economy.

    At the heart of blockchain’s potential is a decentralised structure that does away with the need for third-party authorisations or centralised ledgers. Instead, blockchain creates an open, shared digital record, using a peer-to-peer network of participants to verify and approve every transaction, making transactions completely transparent and secure.

    In addition to making transactions completely transparent, it can contain a limitless amount of information, making reconciliation and execution virtually frictionless.

     

     

     
  • user 11:36 am on June 4, 2016 Permalink | Reply
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    “Blockchain” or Bitcoin: Understanding the differences 

    In this talk, Andreas explores the rise of the term “” as a counterweight to . The term blockchain does not provide a definition, as it has been diluted to be meaningless. Saying “blockchain” simply invites questions, such as “what is the consensus algorithm”. Meanwhile, bitcoin continues to offer an alternative to the traditional financial system. Andreas looks at the value of private ledgers, which he sees as having a small impact on finance, versus open, global and accessible payment and currency systems such as bitcoin which he sees as fostering a global revolution in finance and access to financial

     
  • user 8:26 pm on June 3, 2016 Permalink | Reply
    Tags: , brad novak, lee braine,   

    Barclays’ Smart Contract Templates – presented by Dr Lee Braine, introduced by Brad Novak 

    Templates presentation at the Barclays Accelerator London Demo Day at The O2 on 18 April 2016. This Barclays prototype application was the first public demonstration of an application using R3’s prototype Corda distributed ledger platform. Presented by Dr (CTO Office, Investment Bank, Barclays), introduced by (Chief Officer, Investment Bank, Barclays).

     
  • user 7:44 am on June 3, 2016 Permalink | Reply
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    IoT – Cryptocurrency and Blockchain – Accenture Mobility 

     

    This video highlights how the and solution harnesses blockchain, distributed ledgers and cryptocurrencies to allow new commerce capabilities on smart devices anywhere in the world. The entire bookkeeping process is digitized and payment settlement occurs in seconds, 24 hours a day, 365 days a year, with lower handling and currency conversion costs. For more information on Accenture Mobility visit accenture.com/mobility

     

     

     
  • user 6:00 am on May 29, 2016 Permalink | Reply
    Tags: axa, , ,   

    Blockchain & Insurance: early thoughts 

    . 10 letters of headache, 10 letters of wonder. Over the last few years and months, this technological piece of art has been gaining traction among developers, journalists and citizens. And quite naturally, the blockchain hype has also knocked on the doors of : our corporate venture capital fund AXA Strategic Ventures invested in Blockstream, our trend sensing outposts AXA Labs reported a lot of activity in the field and I led an internal effort by the AXA Foresight squad to raise awareness on the and its potential.

    What do insurers basically do for their consumers? They collect money from policyholders, manage it and run a process of claims to re-allocate the pooled money to the relevant policyholders. Now Blockchain allows to program trust in a distributed way, which threatens the central role of insurers in the current process. If we consider the barriers to entry in the insurance sector, the disruptive potential of Blockchain is even more striking: capital constraints could be overcome by crowdfunded Decentralized Autonomous Organizations; claims management could be automated through smart contracts; the power of the brand would disappear as trust can be programmed; actuarial skills could be replaced by open logs of claims and data science.

    If we look at the topic through the lens of the value chain, the disrupting power of Blockchain is all the more tangible:

    1. Product design: blockchain-based products will hold more promises to customers (e.g. instant payments) than traditional ones

    2. Pricing: as blockchain allows transparency of information, a combination of Blockchain and Data Science could allow dynamic price adjustments

    3. Distribution: Blockchain could become a new distribution channel, as blockchain players sell services that combine well with insurance (e.g. stadium ticketing through Colu could be complemented with an additional stadium insurance option linked to the ticket)

    4. Underwriting: automated contracts combined with blockchain-based identification tools such as tradle.io or uPort could enable advanced insurers to close a sale in no time

    5. Claims management: with simplified products and smart contracts, the first blockchain insurers will potentially post expense ratios much lower than incumbents, all the more if back office is automated too (e.g. blockchain-based automated request for claim adjustment)

    Obviously, insurers do not only offer plain coverage but also services that Blockchain will have a harder time disrupt. I nonetheless take very seriously initiatives like Dynamis (a blockchain-based unemployment insurer) for several reasons: those initiatives are led by skilled people that should be considered our benchmark in terms of blockchain mastering ; such disruptors are able to get round incumbents strongholds and willing to recreate the insurance industry from scratch, which makes any condescending attitude towards them highly dangerous; they invent new classes of products (in the case of Dynamis, through leveraging LinkedIn), which can be beneficial to the whole insurance industry.

    “With a good deal of work and humility, insurance incumbents can also thrive on Blockchain”

    With a good deal of work and humility, I believe insurance incumbents can also take advantage of the vast opportunities of Blockchain: we could help blockchain users better secure their private keys, act as oracles (i.e. trusted data providers) for disruptors, or improve user experience through more trusted and rapid claim handling. Assistance companies could provide field services for pure players like slock.it (Ethereum-based renting solution), thus providing incumbents with their fair share in the success of disruptors.

    “Blockchain is a great promise. Let’s deliver it”

    Blockchain is a promise for our consumers. A promise of undisputed trust, a promise of radical efficiency, a promise of smart insurance products. Keeping those promises cannot be anything else than a tremendous opportunity for insurers. Let’s get to work!


     
  • user 11:37 am on May 28, 2016 Permalink | Reply
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    From Blockchain PoCs to commercial launch 

    AAEAAQAAAAAAAAkYAAAAJGIzZjJlZGMyLWFlZmItNGIzMS05ZTcwLTAzODkyMGQyMTFiZg

    People working in big companies experimenting with we receive PoC proposals every week, and in most cases the selling argument is always how cheap the is, with phrases like “you don´t need any special integration, we can set up a private network or a public node in this or that cloud” (always very well known clouds with Blockchain as a Service offering). I always wonder the value of those PoCs not integrated with core systems or at least  with a sandbox environment.

    Most PoCs I have seen so far not take into account the security and regulatory requirements when launching a financial service into production

    I mean, when we decided to build our own blockchain banking infrastructure the goal was to build a blockchain platform that meets banking security architectural standards and is easy to integrate with existing core banking so that going into production could be done straight away. The first thing we did was to hold meetings with our architects to understand our current architecture (fo both the core banking and digital extensions) with the special focus on the security, APIs and microservices pieces. After those meetings, we realised that we had to change some of our initial assumptions for the blockchain technical design, based on the PoCs we had run outside the banking infrastructure.

    The problem is that this technology was born to replace the banking industry and most start-ups and IT vendors have no real experience in the banking industry and the requirements around security in payments or customers personal data and credentials, or they just suggest you to abandon the current core banking and use blockchain as a standalone piece.  So, most PoCs I have seen so far not take into account the security and regulatory requirements when launching a financial service into production, or even worse a profitable business model (but profitability is another story I may write about in future). At the end, all the work done during the PoC is not valid and has to be thrown away and remanufactured from scratch.

    When designing a PoC we must take into account the requirements for integration with the IT systems

    So, my humble recommendation when designing a PoC we must take into account the requirements for integration with the IT systems since it can impact the customer experience, platform productivity, and even the investment costs/ business case when going live. Otherwise, the movement from PoC to commercial pilot/ launch could be a nightmare.


    [linkedinbadge URL=”https://es.linkedin.com/in/roberto-garc%C3%ADa-938a333″ connections=”off” mode=”icon” liname=”Roberto García”]  is Innovation Manager at Santander Group (IT&Operations Global Division)

     
  • user 7:36 am on May 28, 2016 Permalink | Reply
    Tags: , , ,   

    Five Myths About the Blockchain Revolution 

    AAEAAQAAAAAAAAexAAAAJGI0MjQ0YTBkLWIwMmQtNGIxZi1iODFhLTM3NDMzZjBjNjliOQBy Don Tapscott and Alex Tapscott, co-authors, Revolution.

    Blockchain is the most important invention in computing in a generation because, for the first time in human history, we have at our disposal a truly native digital medium for peer-to-peer value exchange. Blockchain, a vast global platform based on a distributed ledger, establishes the rules — in the form of computations and heavy duty encryption — that enable two or more parties to transact or do business without needing a third party to establish trust.

    Rather than relying on a bank, government or other intermediary to create trust, the blockchain ensures it through mass collaboration and clever code. Trust is built into the system, which is why we call blockchain the Trust Protocol.

    Taken one step further, the blockchain also acts as a ledger of accounts, a database, a notary, a sentry, and clearing house, all by consensus. We believe it is the second generation of the Internet and holds the potential to rewire the economic power grid and shake up the old order of things for the better.

    Here are the five main myths about blockchains:

    (Read an excerpt of our book, Blockchain Revolution, here.)

    1. Blockchain good, bad

    Many people, especially those in the financial services industry, are excited about the potential of blockchain technology but believe that digital currencies like bitcoin are unfeasible, undesirable or even dangerous.

    Whereas the bitcoin blockchain is entirely permissionless — that is, anyone can access it via an Internet-enabled device and interact with it like they would the open Internet — permissioned blockchains require users to have certain credentials, like a license to operate on that particular blockchain, granted by the members or some governing body. Permissioned blockchains use distributed ledger technology without having a digital currency attached.

    At first blush, these private and permissioned blockchains appear to have a few clear advantages. For one, members can easily change the rules if they so desire, as they only need to get their small group to agree to a change, rather than convincing a huge network of people. Costs can be kept down, as transactions only need validation from the members themselves, not a network of millions of participants. This streamlining could reduce electricity usage too, which is good for the environment. Regulators might also prefer them over public blockchains, like the bitcoin blockchain, because they need not be anonymous or pseudonymous.

    But not so fast. The easier it is to change the rules, the easier it is to flaunt them. Intentionally limiting certain freedoms or access can inhibit neutrality. With no open value innovation, the technology is more likely to stagnate and become vulnerable. Further blockchains tied to a digital currency like bitcoin have a built-in system to incentivize people to do the work necessary to validate transactions.

    2. The main opportunity for blockchains is in the financial services industry.

    The financial services industry can transform itself around blockchain technology, if it can find the leadership to do it. The technology holds great promise to revolutionize the industry — from to credit card networks and everything in between. When everyone shares the same public, distributed ledger, settlements occur instantly for all to see. Banks could speed up the metabolism of the system, and cut out massive costs. The smartest incumbents will use blockchain technology strategically, including permissionless systems to penetrate new markets like the unbanked and bring new services to market.

    Yet financial services are the tip of the iceberg.

    Blockchains can disrupt the disrupters like Uber. They will be at the heart of the Internet of Things — animating the physical world by, for example, allowing smart devices to contract, transact and securely share data peer-to-peer through blockchains.

    They can reinvent democracy by making politicians accountable to citizens through smart contract. Imagine if a politician only received her salary or an appropriation for a project after fulfilling pre-set objectives laid bare in that smart contract. She would be beholden to the people, not powerful interests or donors.

    3. Blockchains are really a B2B thing. They won’t affect me personally.

    We’re convinced that this technology will change our economy, our institutions and day-to-day life in more dramatic ways than the first era of the Internet.

    These are but a few ways blockchain will help you.

    The list goes on.

    4. Blockchains have too many problems for them to be feasible.

    Some say the technology is not ready for prime time; that it’s still hard to use, and that the killer applications are still nascent. Other critics point to the massive amount of energy needed to reach consensus in the network: What happens when thousands or perhaps millions of interconnected blockchains are each processing billions of transactions a day? Are the incentives great enough for people to participate and behave safely over time, and not try to overpower the network? Is blockchain technology the worst job killer ever?

    Our research suggests such concerns should not go into a category called “Reasons why this is a bad idea” but rather into a category called “Implementation challenges.”

    5. Craig Wright is Satoshi Nakamoto

    Early this month, Australian entrepreneur Craig Wright claimed to be the pseudonymous creator of bitcoin, Satoshi Nakamoto.

    We know for a fact that he is not the sole creator. The reason? We — Don Tapscott and Alex Tapscott — are among those who created bitcoin.

    Let us explain. Whomever wrote the original bitcoin paper and protocol got things off the ground. Then he (or she) disappeared, leaving it to an ever-growing community to carry on. This community is now responsible for the vast majority of code and other content related to bitcoin. In that sense, we are all Satoshi.

    Which is why it doesn’t really matter who wrote the original paper. In other open source communities, such as Linux, there is an ultimate arbitrator. Bitcoin, and for that matter all permissionless blockchains, will never have such a benevolent dictator. As such the entire ecosystem needs to take the next steps in achieving bottom-up, self-organizing governance to steward these extraordinary resources forward.


    [linkedinbadge URL=”https://www.linkedin.com/in/dontapscott” connections=”off” mode=”icon” liname=”Alex Tapscott “] is the founder and CEO of Northwest Passage Ventures. Don Tapscott is CEO of The Tapscott Group and an Inaugural Fellow at the Martin Prosperity Institute at the University of Toronto.

    This post is adapted from Don & Alex Tapscott’s new book, BLOCKCHAIN REVOLUTION: How the Technology Behind Bitcoin is Changing Money, Business, and the World and originally appeared in Thomson Reuters.

    Connect with the Authors on Twitter at @dtapscott and @alextapscott

     
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