Blockchain & Smart Contracts – Page 9 – FinTech and Blockchain Law Watch

CPMI publishes an analytical framework for DLT

Mar 24 2017

The Committee on Payment and Market Infrastructures (CPMI) of the Bank for International Settlements (BIS) recently released a report that focuses on the potential impact of distributed ledger technology (DLT) on payment, clearing and settlement.

In providing an analytical framework to approach DLT, CPMI hopes to enhance authorities and market participants’ understanding of this technology. The report reviews the potential implication of DLT for the efficiency and safety of payment, clearing and settlement activities. The last part also analyzes broader implications of DLT for financial markets, in terms of market architecture and connectivity.

CFTC FinTech Initiative

Mar 21 2017

By Anthony Nolan

On Wednesday Commissioner (and Chairman-designate) Giancarlo of the US Commodity Futures Trading Commission (CFTC) gave a speech to the Futures Industry Association in which he identified the embrace of technological change as a key factor in economic growth. In that speech he announced that the CFTC has been conducting a review of FinTech innovation issues including those arising from a range of new digital technologies. The review is focused on three issues:

How the CFTC should leverage FinTech innovation to make it a more effective regulator;
How CFTC rules and regulations need to be updated to account for FinTech in order for the Commission to be relevant in 21st Century digital markets; and
The proper role of the CFTC in promoting US FinTech innovation in CFTC regulated markets.

Some Limits on Smart Contracts

Mar 16 2017

By Susan P. Altman

Amid the excitement about the promise of smart contracts comes a wet towel over their use. Milos Dunjic argues that the Capabilities of Smart Contracts are Overblown because most people misunderstand the fundamental properties of smart contracts and propose ideas that are not implementable on a practical level. Dunjic addresses the scalability and privacy issues presented by smart contracts.

As for scalability, smart contract code must produce the identical outcome in every node that executes it. Dunjic questions whether a large number of distributed nodes all hitting a “funds transfer” API at the same time might look like a self-inflicted DDOS attack on the API. Would each call to the API receive exactly the same response from the API? Reliability must be absolute in a smart contract.

As for privacy, replicating and storing data on each blockchain participant’s computer does not look like the best way to prevent data breaches. The reality of decentralized networks is that they expand the opportunities for breach. Not surprising, Dunjic’s conclusion is that smart contracts should be used mainly for management of transactions with one database and that interaction with external environments and services should be avoided. For another viewpoint on the privacy problem with suggestions for partial solutions, see Privacy on Blockchain. We’ll watch how the smart programmers address these issues.

The Age of Blockchain

Mar 08 2017

Tom Wallace and Tyler Kirk contributed an article to American Lawyer on the impact blockchain is having on companies around the world. The article discusses the potential business development opportunities and the ways companies can leverage the technology including what companies must do in order to capitalize on this emerging area.

To read the article, click here

Banks Help Blockchain Move from Bitcoin to IoT

Feb 02 2017

By Susan P. Altman

As companies continue to look for practical uses for blockchain’s distributed ledger technology, we’re seeing interesting collaborations between major banks, global technology players, and nimble startup fintech companies. To be sure, banks are still focused on blockchain as it applies to financial services. BNY Mellon recently hosted a blockchain event at which presenters discussed whether blockchain should be viewed by banks as a disrupter or an opportunity. (Naturally the bank is looking for opportunity.) Of particular interest to the lawyers is the discussion of legal risks raised by blockchain, which include problems already in existence, such as data privacy concerns across geographic jurisdictions, and new problems created by blockchain, such as identifying where an asset is when no one bank or entity is the custodian of the record.

But the banks aren’t only experimenting with, dare we say, traditional financial uses for blockchain; they’re right in the mix trying to figure out how to exploit blockchain in industries far beyond the bitcoin world. BNY Mellon has also, for example, joined Cisco, Foxconn, security company Gemalto and several blockchain startups in a collaboration to develop a shared blockchain protocol for the Internet of Things. Blockchain could potentially improve security of IoT applications and create a tamperproof manufacturing, maintenance and supply chain history, areas not typically viewed as concerns of large financial institutions. Banks are experimenting with supply chain technology. Now that’s looking for opportunity in the world of disruption.

Smart Contract Code versus Smart Legal Contracts

Jan 24 2017

By Susan P. Altman

In a recent CoinDesk Op-Ed, Josh Stark makes a useful distinction between smart contract code and smart legal contracts. He describes smart contract code as a program or script executed on a blockchain—this code being what many commentators misleadingly refer to as “smart contracts.” This (mis)use of the phrase has led lawyers to quip that smart contracts are neither smart nor contracts, they’re just code. The better term for blockchain code-enabled legal contracts is “smart legal contracts.”

Although Stark helps us a lot with terminology, his argument goes a little askew in suggesting that smart contract technology enables machine to machine commerce without enforcement by legal entities and therefore is a new tool for solving the problem of trust between trading parties. Individuals and companies are legal entities and at least two of them hold an interest behind every machine operation executing smart contract code. Just because there is no intermediary between the two (or more) parties to the transaction does not mean that traditional legal contract principles do not apply. Smart contract code speeds up and increases integrity in trading transactions by reducing friction in forming, executing and enforcing a contract. It is a new tool in our toolkit, but the toolkit is for building traditional legal contracts. Offer and acceptance, coupled with consideration, are still the basic principles of contracts, whether they are smart, stupid, oral, written or digital.

FinTech in Canada – Towards Leading the Global Financial Technology Transition

Nov 15 2016

By Robert Zinn and Jim Bulling

The Digital Finance Institute is a prestigious Canadian-based think tank for FinTech established in 2013 with a mandate to address the balance of innovation and regulation; support initiatives for financial inclusion; and advocate for diversity in FinTech. The Digital Finance Institute also promotes FinTech in Canada through conferences and international alliances; the creation of Canada’s national FinTech Awards; the FinTech Cup, the new university FinTech startup challenge and by preparing research papers on FinTech.

Robert Zinn and Jim Bulling contributed insight and content to the U.S. and Australian FinTech ecyosystems.

To read this publication, click here.

Developing smart contracts for the financial services industry

Nov 03 2016

By Jim Bulling and Meera Sivanathan

With promised benefits such as risk reduction (through blockchain execution), cost reduction and enhanced efficiencies it is easy to understand why the use of smart contracts in the financial services industry is highly anticipated.

The Commonwealth Bank of Australia has successfully used smart contracts in relation to trade finance and the ASX is considering there use in clearing and settlement systems. However, before smart contracts can operate successfully, a few factors must still be addressed:

Immutability: ‘Immutability’ is a key feature of a smart contract stored on a blockchain. A smart contract’s program code does not change once stored on the blockchain – in essence it is permanent. While immutability creates certainty in a smart contract, it does not allow for flexibility. Methods to modify and correct terms of smart contracts are being developed.
Due diligence and accuracy: One risk presented by smart contracts is the possibility that the terms and conditions agreed upon by the contracting parties are not accurately programmed in the smart contract code. In this respect, it is likely that the due diligence process for smart contracts may evolve to be collaboration between both legal and IT professionals.
Legal recognition and framework: In Australia, there is uncertainty about enforceability of a smart contract. A hybrid model using smart contracts for verification and performance combined with using traditional contracts to record the terms and conditions of an arrangement could be a possible solution.
Contractual confidentiality: While smart contracts on a public blockchain generally preserve the anonymity of the contracting parties, it is possible that terms of the smart contract, including those that are highly confidential may be accessible to third parties. Possible solutions, such as the use of private blockchains, are currently being explored.

Blockchain’s Smart Contract Solution Wins EY Startup Challenge

Oct 28 2016

By Susan P. Altman

The world is abuzz with news about blockchain development and technology lawyers need to understand the implications. The rise of smart contracts, or automated implementation of portions of real-life contracts by transferring assets between parties, is one of those interesting implications. A smart contract is neither smart, nor a contract, but can be regarded by lawyers as a technological solution that automates some transfer between parties to a contract, such as payment or release of information, upon the occurrence of a triggering event. At its most basic, a smart contract consists of fixed program code, a storage file and an account.

Recent news about a startup company making headway with smart contract technology development is worth noting. Adjoint, Inc., based in Boston, is trying to market a solution where financial transactions are automated through smart contracts and work with many proprietary interfaces. The solution provides a consensus protocol (a protocol used in blockchain to get all the processes to agree on a specific value for verification) that allows companies to deploy and analyze a network of smart contracts on top of a mathematically verified distributed and encrypted ledgers.

Blockchain 101 for Asset Managers

Oct 12 2016

By C. Todd Gibson and Tyler Kirk

Over the last two years, it has been difficult to attend any asset management-related event or seminar without hearing the term “FinTech,” and in particular, “robo-advice” and “blockchain.” What is apparent, though, is that many industry participants have little understanding of what blockchain technology is and how it works. This understanding is important in order to identify creative ways of leveraging this technology to increase efficiency.

In the October 2016 edition of The Investment Lawyer, K&L Gates partner Todd Gibson and associate Tyler Kirk published an article intended to give those with a limited understanding of blockchain a baseline of knowledge and to provide an update on current trends with respect to the use of blockchain by fund managers and their service providers. In case you missed it, the full article can be found here.

Category:Blockchain & Smart Contracts