Enabling Decentralized, Digital and Trusted Transactions INTERVIEW with the BIG VITALIK BUTERIN CREATOR of ETHEREUM 3 P

Enabling Decentralized, Digital and Trusted Transactions INTERVIEW with the BIG VITALIK BUTERIN CREATOR of ETHEREUM 3 P

THINK ACT BEYOND MAINSTREAM March 2015 2017 MasteringEnabling decentralized, the digital Transformationand trusted transactions Journey AWhy comprehensive blockchain will guide transform to reinventing the financial companies services industry 2 THINK ACT Enabling decentralized, digital and trusted transactions INTERVIEW WITH THE BIG VITALIK BUTERIN CREATOR OF ETHEREUM 3 P. 14 BLOCKCHAIN A major opportunity for the financial services industry to create new business models and streamline internal processes. Page 3 BLOCKCHAIN AT WORK Four use cases for blockchain implementation in financial services. Page 6 TAKE UP THE BLOCKCHAIN CHALLENGE We outline a five-step approach to jumpstart your blockchain initiative. Page 12 THINK ACT 3 Enabling decentralized, digital and trusted transactions Enabling decentralized, digital and trusted trans- actions: How blockchain is set to change the way the world does business. And why blockchain will transform the financial services industry. Several years ago, Bitcoin upset the financial services out powerful institutions and "middlemen," blockchain industry, but now the pendulum has swung the other represents a fundamentally new opportunity for busi- way and companies are focused on the promise of Bit- ness. In particular, the data-rich, transaction-heavy fi- coin's underlying technology, blockchain. Financial nancial services industry will see a disproportionately services companies must move swiftly to define and fast and strong impact on the way business is conduct- implement the blockchain use cases that will bring ed. The highly decentralized and immutable blockchain them the most value. If they fail to do so, blockchain concept uses mass collaboration and computer code to may indeed become a lasting threat with its power to establish trust. This makes it possible for secure trans- disintermediate large parts of the industry. actions to be verified and stored decentrally. In combi- nation with "smart contracts," the potential for block- INTRODUCTION chain becomes endless. According to the World Blockchain has the potential to change the way the Economic Forum, 10% of global gross domestic product world does business. Given blockchain's ability to cut will be stored on blockchain technology by 2025. 4 THINK ACT Enabling decentralized, digital and trusted transactions For the financial services industry, blockchain applica- A second sphere of impact is process automation, both tions are not only a challenge to traditional business inter- and intracompany. Already, many areas of the fi- models – they are also a major opportunity for creating nancial services sector are highly automated, but its new ones and streamlining internal processes. data-driven nature and its constant production of new At Roland Berger, we see this as the genius of the data make it ripe for further process automation. With technology, as well as the reason companies need to blockchain capabilities applied to the clearing process, move swiftly to understand and define use cases – with- for instance, companies can save time and money on in their organizations, and with external partners. transactions. In this report, we want to contribute to the dis- The implications are far reaching indeed. Pundits cussion on blockchain by considering why block - estimate the savings achievable through blockchain in chain matters, how it will disrupt financial services the banking sector over the next five years to be in the in industry, and, most importantly, how organiza- tens or even hundreds of billions of dollars. Interest- tions can launch an effective blockchain initiative in ingly, estimates are going up as the technology ma- five steps. tures. We believe that those companies that begin explor- Early on, enthusiasm for Bitcoin currency was seen ing blockchain from the perspective of their custom- as a threat to financial services. But a closer look at the ers' needs will be more successful than those that look underlying blockchain technology later caused compa- for a blockchain use case at all costs. nies in the sector to embrace blockchain as an oppor- tunity, while still monitoring Bitcoin-style applications WHAT IS BLOCKCHAIN AND WHY as an ongoing threat. DOES IT MATTER IN FINANCIAL SERVICES? JPMorgan Chase, a bank initially skeptical about Blockchain – a secure ledger of transaction history blockchain, is reportedly developing its own block- stored across participating computers – allows various chain service named "Quorum," based on a fork of a types of transactions to be conducted with a high de- particular blockchain called Ethereum (see interview gree of trust without a middleman. In financial ser- with Ethereum's creator Vitalik Buterin on page 14). vices, of course, there is a huge potential for block- chain: there are many instances of data-heavy, fault-prone internal and external reconciliation and there are many middlemen that take their cut of the action, such as clearing houses, brokers and payment networks. One disruptive area of impact will be new, decentralized business models, made possible by combining technologies such as blockchain and smart contracts. One of the key aspects of blockchain is the seam- less evidence of a sequence of transactions. Its histor- ical antecedent is the good old "bill of exchange," the rear of which displayed the chain of endorsements (even back then it was called a "chain"), which en- abled the owner (the bill creditor) to verify the se- quence of transactions when the bill of exchange changed hands. It served as evidence to the bill debt- or that the bill of exchange was justly owned. Just as a smart contract leads to automatic execution when predefined conditions are met, the bill of exchange similarly afforded the unconditional right to payment of a predefined amount when it was produced by the creditor. THINK ACT 5 Enabling decentralized, digital and trusted transactions Remittance, trade finance, securities trading and insurance industry: Four use cases for blockchain technology. Below we illustrate four use cases for blockchain ap- in time and money by cutting out the middlemen. Fi- plications that represent opportunities for companies nally, we lay out a use case for insurance, where data in the financial services sector. They apply to all kinds reconciliation, claims processing and keeping cus- of transactions and business models, including peer- tomer data up to date still represent a costly burden to-peer (P2P), business-to-consumer (B2C) and busi- for companies. ness-to-business (B2B). We have looked at various examples that can illus- trate different important points about applying block- chain technology: first, remittance services and how they could deliver a better customer service and dis- rupt those companies that profit from being the go-between for international payments; second, trade finance, an area of huge opportunity due to the large number of transactions and pronounced need for rec- onciliation and trust among parties who are unfamil- iar with one another; third, securities trading, a sector characterized by many intermediaries, in which the use of blockchain could result in significant savings 6 THINK ACT Enabling decentralized, digital and trusted transactions USE CASE 1 REMITTANCE More than 247 million people, or 3.4 percent of the receives login credentials for their new virtual ac - world's population, live outside their countries of count on their mobile phone via SMS. Jeff presses the birth. According to a 2016 World Bank report, migrants button and sends money to his family. The transac - are now sending earnings back to their families in de- tion is encrypted in a smart contract, and Jeff's earn- veloping countries at levels above USD 441 billion a ings are automatically converted to the local curren- year, a figure three times the volume of official aid cy. Jeff's family receives a text message stating that flows. the money has been received in their virtual account, But sending earnings to the family back home re- and they can now make payments at online shops or mains a costly and complicated undertaking for many. receive cash from authorized partners (such as ki- The problem is not just on the sender's side, but also osks or retailers). on the receiver's side. Often, the person receiving mon- At first glance, it looks like a bank that enabled ey from a loved one working abroad is "unbanked." such a transaction would be cannibalizing its own wire Since blockchain reduces the need for fixed banking transfer fees (according to the World Bank, the average infrastructure, it allows anyone with access to a com- global cost of sending remittances was 7.68% in 2015). puter network to receive funds. Not only is this good But there are several upsides. First, the company could for an individual who lives in a remote village far from form new relationships with unbanked customers any bank, it can essentially expand the number of peo- across borders without the need for costly banking in- ple participating in the global economy and bring pric- frastructure locally. Second, the security of transac- es down through disintermediation. tions could be increased, and presumably the bank Imagine a man named Jeff who left his home coun- would face a smaller number of costly, fraudulent try, Botswana, to work in the US after studying. He transactions. Finally, since blockchain-based transac- wants to send a monthly amount to his family back tions are faster than traditional wire transfers, the home but is unhappy with the fees that wire transfer company

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