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  • user 4:06 pm on October 21, 2016 Permalink | Reply
    Tags: , , , , , Reinsurers, technology   

    Insurers and Reinsurers Launch Blockchain Initiative B3i 

    From Aegon.com

    From Aegon.com

    Aegon, Allianz, Munich Re, Swiss Re and Zurich have launched the Insurance Industry B3i aiming to explore the potential of distributed ledger technologies to better serve clients through faster, more convenient and secure services.

    If Blockchain proves viable, it could well streamline paper work and reconciliations for (re-) insurance contracts and accelerate information and money flows, while greatly improving auditability.

    Blockchain offers huge potential for enabling digital contracts and transactions amongst multiple parties to be executed in a secure, transparent and auditable way.

    By establishing trusted relationships among all participants, Blockchain has the potential to provide a consistent, automatic contract execution environment where transactions and contracts are stored on a shared ledger, thus reducing the administrative workload of multiple stakeholders to ensure contract consistency and execution.

     

    From allianz.com

    From allianz.com

    The Blockchain technology can only reach its full potential for stakeholders if implemented in a consistent and compatible way, based on minimum standards to exchange data and transactions via Blockchain. Therefore Aegon, Allianz, Munich Re, Swiss Re and Zurich have agreed to cooperate for a pilot project, using anonymized transaction information and anonymized quantitative data, in order to achieve a proof-of-concept for inter-group retrocessions by the use of the Blockchain technology.

    With this feasibility study, the founding members aim to explore whether Blockchain technology can be used to develop standards and processes for industry-wide usage and to catalyze efficiency gains in the insurance industry.

    Harald Rosenberger, Head of Innovation at Munich Re says: “Blockchain technology shows most of its potential only if it’s applied in a network of peers. Therefore we see a huge benefit for the insurance industry in doing this together in the Blockchain Insurance Industry Initiative B3i. With B3i we are in the position to explore and shape the future use of Blockchain and to set the necessary standards for a true digitalization of insurance.”

     

    The Blockchain Insurance Industry Initiative B3i will allow and to get a better insight into the applicability of the Blockchain technology in the insurance market. In addition, B3i offers a platform to exchange insights regarding Blockchain and potentially other technologies, use case experiments and research information.

    This initiative aims to facilitate the transition from individual company use cases to viable solutions across the entire insurance value chain. Such future development of a modern and efficient handling of insurance transactions will require common standards and procedures. Consequently, the Blockchain Insurance Industry Initiative B3i is open to other insurers and reinsurers. Its ultimate ambition is to assess how Blockchain technology can be established as a viable tool for the insurance industry in general and for insurance clients in particular.

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  • user 3:35 am on October 21, 2016 Permalink | Reply
    Tags: , , , , , , technology   

    4 Banking Business Models For The Digital Age 

    Digitization of the industry is making new banking business possible. But, it is the combination of regulation and that is making new business models a necessity.

    There are 4 strategic options open to , shown below. These vary in terms of the scope of banks’ own activities as well as in terms of profitability. The traditional universal banking model and the infrastructure provider model are both asset intensive and low margin, which makes them unattractive.

    In addition, the universal banking model, in that it requires the bank to manufacture and distribute all of its products, is probably unsustainable. The aggregator model, top left, offers the possibility for very high profitability with low asset intensity, but will be difficult to defend. Thus, it is the vertically integrated but open platform model which offers the best route to sustainably high margins.

    SCOPE OF ACTIVITIES

     

    From a producer to a creator economy

    If you have a spare 90 mins, you should definitely check out this presentation from Paul Saffo which gives an interesting take on the economic history of the last 120 years. Paul argues that the first part of the 20th century was the “Producer Economy”, where economic efforts were employed in systemizing production, organising people and capital in the most efficient way possible to overcome scarcity.

    The most iconic image of this age is the Ford Model T, available in any colour as long as it was black. But, the peak of the producer economy came with the Second World War when the US economy was able to produce 8 aircraft carriers per month and a new plane every 15 mins.

    Post the Second World War, the “Producer Economy” gave way to the “Consumer Economy”, where scarcity moved from production to desire and where it was necessary to foster the latter through advertising and credit. The peak of the consumer economy came with the financial crash of 2008 when the economy couldn’t be leveraged up anymore.

    unnamed

    Today, Saffo argues, we are in the “Creator Economy” where the scarcity is consumer engagement (a “poverty of attention”) and the means to overcome it is to offer services through platforms, where the consumer becomes at once a producer and consumer.

    Making the consumer a creator produces network effects, where the consumer’s input makes the product better &; like Facebook where more users means more content and interactions attracting more users &8211; and leads to a positive feedback loop of increasing customer numbers and increasing engagement. The only way to stop the increasing returns to scale and tendency to monopoly in the creator economy is to create better platforms, as MySpace, Yahoo and other companies stand testament. Which is why, incidentally, Europe needs to get busy developing platform companies rather than trying to legislate against the ones that exist.

    unnamed (1)

     

    Banking in the context of the creator economy

    How well does this model of economic history explain the evolution of banking over the same period?

    Well, the first observation is that it is only really a model of the developed world, not the developing world. In the developing world, there is still a scarcity of banking provision as evidenced by the 2bn adults who don’t have access to banking. However, digitization is also helping to solve the problem of financial exclusion, by lowering the cost of banking and making it accessible anywhere and anytime (increasing the supply of banking to a point where the price meets demand).

    But, as regards the developed world, Saffo’s history reflects very well the changing role of banking. Given the pivotal role of banking in underpinning growth in the “Consumer Economy” – underwriting the sustained rise in demand for consumer goods and, then, for housing (which successive rounds of de-regulation were happy to fuel) &8211; it explains why banking became so oversized relative to historical norms and relative to other sectors of the economy.

    For example, in 1945, the year the Second World War concluded, financial services made up 2.1% of US GDP. In 2007, the year before the financial crash, financial services constituted 7.6% of the US economy. Similarly, in 1979 (the first year for which data is available), financial stocks represented 6.1% of S&P500 compared to 22% in 2007.

    unnamed (2)

    Seen in this context, it seems obvious that what we are seeing in terms of banks scaling back their activities and reporting lower profits is not solely the cumulative result of new regulation, changing competition and cyclical factors such as lower interest rates. Structurally, in the Creator Economy, we do not need such a large banking sector. And, in fact, banks have historically not provided many of the types of finance we need today, such as venture capital to start-up businesses, another reason why traditional bank lending is shrinking relative to alternative sources of business financing.

    unnamed (3)

    Not only is banking going to be a relatively smaller industry in the creator economy, but it’s going to have to evolve a lot to stay relevant.

     

    The technology driven change

    Banking is subject to the same technology-driven change as other industries and which make a creator economy possible. The internet has provided a platform for distributing goods and services that is global and cross-industry and which can be divorced from manufacturing, opening up banking to outside competition, especially from internet platforms.

    Advancements in data science and AI make it possible to give faster and constantly-improving levels of online customer experience across much larger customer numbers, meaning companies with the best algorithms – and especially the most data – can dominate. And mobile has grown internet usage while simultaneously increasing the amount of time we spend online, making this the pre-eminent channel for customer engagement and extending the rewards to the platforms that succeed.

    A new regulatory regime

    But, as a heavily-regulated industry, regulation also plays a very important part in determining banking business models. It is the combination of new technologies and new regulation that is making new business models a necessity rather than just a possibility.

    The open banking initiatives such as PSD 2 in Europe, which obliges banks to share customer data with third party providers where a customer requests it, are intensifying the battle for distribution which technology changes had already initiated. From 2018, aggregators can get access to customers’ transactional data via APIs. This will put them in a position to give ex ante recommendations based on customers’ spending behaviour which before would only have been possible by acquiring that data through some other means, such as offering a payments platform (like Apple Pay).

    unnamed (4)

    On the other end of the scale, system safer directives such as Basel III, by forcing banks to set aside larger capital buffers against risk weighted assets, have the effect of making regulated banking activities more expensive (and so likely to be provided increasingly by large-scale domestic commodities – see below) and pushing riskier activities outside of the banking industry. In many areas of banking, regulatory arbitrage is likely a bigger advantage to newcomers than faster adoption of new technology .

    Other new rules, such as the transparency directives like MiFID II, are also likely to have impacts on business models at once encouraging consolidation among fund providers while opening up a bigger opportunity for automated investment services.

    unnamed (7)

    New strategic imperatives

    Against this background of changing regulation and changing technology, banks must appraise the ongoing viability of their business model. In effect, we believe that all banks will be forced to adopt one flavour of the following four business models.

    Do nothing

    The first option is the ‘do nothing’ option. While this may be tempting, in common with so many industries undergoing change, this option is the most dangerous.

    Most banks operate a full-service model today. That is, they provide retail or corporate customers with a current account and a range of own-labelled products and services on top, such as mortgages and credit cards.

    The problem with this model is that there is a proliferating number of providers at every point in the value chain offering individual products at a lower price point, with less friction and better customer service. Trying to compete with these providers is impossible because of legacy software, but also because it would unpick a web of cross-subsidies where profitable products prop up unprofitable ones.

    Rather than wait for this unsteady edifice to come crumbling down, banks should rationalise their products offering, concentrating on areas where they command competitive advantage or areas that are highly strategic (see later).

    Become an infrastructure provider

    Another option is to become a service provider to other banks or companies, as banks such as Bancorp and Solaris have opted to do.

    The value proposition of such a model is to eliminate the need for others to engage in heavily regulated activities and take on the associated compliance burden, or – for a new entrant – even to have to apply for a banking licence at all. As noted earlier, regulation is pushing up the cost of doing regulated business and of compliance in general.

    Such a model could be lucrative if the provider is able to achieve significant economies of scale, spreading the fixed compliance costs across a much larger volume of business. And such businesses will be run in the cloud to take advantage of the scale economies of shared infrastructure.

    However, since the services provided are commodities and there is no room for network effects (where more users of the services makes the services better), this will not be a high margin business. What is more, since regulation is making cross-border activities more expensive, these infrastructure providers are likely to be domestic champions. How many providers can operate this model will depend on minimum efficient level of scale and whether there are limits to scale economies.

    Aggregator

    A more profitable model to operate would be one of aggregating financial services.

    In such a model, a bank would turn itself into a distributor of financial services products. That is, a bank would not manufacture financial products and services but instead source them from an ecosystem of partners. In this way, the bank does not have to incur the costs of manufacturing products or compliance and can also provide customers with access to a broader range of products than if the bank tried to produce everything itself.

    unnamed (8)

    In order to make this model successful, the bank needs to become a virtual advisor, using customers’ data to help them make better financial and operational decisions – effectively providing a customer with the right advice and/or other service at the right time and across the right channel for the customer to act smarter. The bank monetizes this service, inter alia, by taking a small fee on all of the products and services the customer uses.

    For a long time, the challenge to operating such a model was not technology – mobile has already opened up the channel to do so – but data. Without access to customers’ transactional data, it was difficult to provide truly value-added advice: for example, helping customers to set savings goals is much less useful if you can’t also help them to make savings. But PSD 2 is changing that by allowing third parties access to banks’ transactional data records. Now, internet platforms can add transactional data to the stores of contextual data they hold to be in a position to give very timely and relevant advice. Price comparison sites will be able not just to help you find the best deal, but tell you when you are eligible for such deals.

    PSD 2 has effectively made banks online addressable in the same way that smartphones with GPS made the taxi market addressable to Uber or every home having a DSL line made AirBnB possible.

    The aggregator model is definitely a model for the creator economy. A bank gains customer engagement by working with customers, helping them to better understand their financial affairs and the options open to them, but ultimately empowering them to make those decisions –making them a co-creator.

    As a model for the creator economy, the aggregator model can be extremely lucrative. Operating such a model, a bank can generate massive economies of scale by potentially servicing millions of customers from the same software platform. But also, as a platform, there is the potential to generate network effects that could lead to increasing returns to scale.

    Firstly, there are the two-sided network effects whereby larger customer numbers leads to a larger number of ecosystem partners which then, by offering the widest choice, attracts more customers and so. But, there are also the data network effects, whereby the bank learns more about how best to serve customers the more data it captures meaning it gives better and better services, attracting more data and so on. If the bank also opens up its platform for customer interactions with each other – with peers giving advice to each other, for example – then there are also interaction network effects enjoyed by the social network platforms.

    The challenge with banks opting for the aggregator model is that it is difficult to argue that others couldn’t do it better.

    Thin, open platform

    A better strategic move would be to pursue a model that enables banks to both capture network effects and capitalize on their existing competitive advantages.

    Banks competitive advantages are still numerous: trust (not as much as pre-crisis, but still more than many potential competitors), large customer bases, lots of data, strong execution capabilities across the value chain, access to cheap deposit funding and plenty of capital.

    Moving to an aggregation-only model would mean leaving many of these advantages behind.

    So, a better model would be a vertically integrated but open platform. It would be vertically integrated to take advantage of banks’ execution capabilities and by extension their ability to offer superior levels of customer fulfilment (a key reason why Amazon is becoming more vertically integrated). However, it would be vertically integrated but thin with banks only offering a small number of own-labelled products where these are strategically important like current accounts (for data, cheap deposits) and payments (data) or where banks have a competitive advantage (like secured lending). And the platform would be open to allow banks to offer products and services from third-party providers, as in the aggregator model, but as a vertically integrated regulated bank could be delivered faster and with less friction.

    unnamed (5)

    As we wrote recently, the theory that the internet giants are asset-light distribution platforms is wrong. Many started out as such, but few stay that way. What most tech companies find is that to maximise their success, to generate greater network effects and to prevent losing out to new platforms, they need to acquire many assets and, in many cases, become more vertically integrated.

    PSD 2 has kicked off the platform race. Banks need to open up their distribution channels, to become aggregators, to have any chance of competing effectively. But, their best bet is to combine open distribution with the provision of a few strategic services sitting on top of a vertically integrated infrastructure. This seems the best way for banks to thrive in the creator economy.

    This article first appeared on LinkedIn Pulse

     

     

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  • user 7:40 am on October 20, 2016 Permalink | Reply
    Tags: , , , , , , technology   

    How to know which Blockchain you should use. 

    Why Consensus Mechanisms Matter

    The world of and underlying technologies of distributed ledger, and the are experiencing rapid change and growth.

    As low-trust digital-based systems gain adherents and differing use cases, developers are creating new variant blockchains to deal with the inevitable fragmentation between public, consortium, and private blockchain technologies.

    First, let’s note the differences between public, consortium, and private blockchains.

    Public — Fully decentralized and uncontrolled networks with no access permission required — anyone can participate in the process to determine which transaction blocks are added. There is usually little or no pre-existing trust between participants in a Public blockchain.

    Consortium — The consensus process for new transaction blocks is controlled by a fixed set of nodes, such as a group of financial institutions where pre-existing trust is high.

    Private — Access permissions are tightly controlled, with rights to read or modify the blockchain restricted to certain users. Permissions to read the blockchain may be restricted or public. [1]

    There is usually some degree of pre-existing trust between at least some of Private blockchain participants.

    The degree of pre-existing trust that an organization requires, as well as necessary control over participant permissions, will determine what type of blockchain to use.

    Different blockchain solutions have advantages and disadvantages. Take for example, the difference between how transactions are validated within each type of blockchain:

    of Work (PoW): About “mining” transactions utilizing a resource-intensive hashing process, which (a) confirms transactions between network participants and (b) writes the confirmed transactions into the blockchain ledger as a new block.

    The accepted new block is proof that the work was done, so the miner may receive a 25 BTC (Bitcoins) payment for successfully completing the work. The problem with PoW is that it is resource-intensive and creates a centralizing tendency among miners based on computer resource capability.

    Proof of Stake (PoS): About “validating” blocks created by miners and requires users to prove ownership of their “stake”[2]. Validation introduces a randomness into the process, making the establishment of a validation monopoly more difficult, thereby enhancing network security.

    One problem with PoS is the “nothing at stake” issue, where miners have nothing to lose in voting for different blockchain histories, preventing a consensus from being created. There are several attempts to solve this problem underway.

    Additional developments in this area hope to combine PoW with PoS to create hybrid blockchains with the highest security and lowest resource requirements.

    To that end, some developers are focused on enhancing network security through ‘consensus without mining.’ [3]

    Tendermint co-founder Jae Kwon has published a paper describing his firm’s concept and approach in this regard.

    Existing Proof of Work and Proof of Stake protocols have various problems, such as requiring huge outlays of energy usage and increasing centralization (PoW) or participants having nothing at stake (PoS) possibly contributing to consensus disruption on mined blocks.

    Kwon’s solution is twofold and does not require Proof of Work mining:

    (a) A ⅔ majority of validators is required to sign off on block submission, with no more than ⅓ able to sign duplicate blocks without penalty

    (b) The protocol raises the penalty of double-spend attacks to unacceptably high levels by destroying the malicious actor’s Bitcoin account values.

    The algorithm is “based on a modified version of the DLS protocol and is resilient up to ⅓ of Byzantine participants.”

    Kwon and his team at Tendermint hope to bring speed, simplicity and security to blockchain app development.

    So, how does one decide on what type of blockchain to use and their relevancy for your company use case? [4]

    Below are a few examples of different types of blockchains, depending on the organization’s greatest prioritized need:

    One consideration is confidentiality. For example, in the case of a public financial blockchain, all the transactions appear on the ledgers of each participant. So while the identities of the transacting parties are not known, the transactions themselves are public.

    Some companies are developing ‘supporting’ blockchains to avoid this problem, by “storing or notarizing the contracts in encrypted form, and performing some basic duplicate detection.” Each company would store the transaction data in their own database, but use the blockchain for limited memorialization purposes.

    A second consideration is whether you need provenance tracking. Existing supply chains are rife with counterfeit and theft problems. A blockchain that collectively belongs to the supply chain participants can reduce or eliminate breaks in the chain as well as secure the integrity of the database tracking the supply chain.

    A third example is the need for recordkeeping between organizations, such as legal or accounting communications. A blockchain that timestamps and provides proof of origin for information submitted to a case archive would provide a way for multiple organizations to jointly manage the archive while keeping it secure from individual attempts to corrupt it.

    Blockchains fundamentally operate on the basis of how consensus is agreed upon for each transaction added to the ledger.

    What are the benefits of each type of consensus mechanism and in which situation are they best utilized?

    Proof of Work — Miners have a financial incentive to process as many transactions as quickly as possible. PoW is best utilized by high-throughput requirement systems.

    Proof of Stake — Transaction Validators receive rewards in proportion to the amount of their “stake” in the network. This arguably improves network security by discouraging duplicitous attacks. PoS is best used by computing power constrained organizations.

    Delegated Proof of Stake [5] — Network parameters are decided upon by elected delegates or representatives. If you value a “democratized” blockchain with reduced regulatory interference, this version is for you.

    PAXOS — An academic and complicated protocol centered around multiple distributed machines reaching agreement on a single value. This protocol has been difficult to implement in real-world conditions.

    RAFT — Similar to PAXOS in performance and fault tolerance except that it is “decomposed into relatively independent subproblems”, making it easier to understand and utilize.

    Round Robin — Utilizing a randomized approach, the round robin protocol requires each block to be digitally signed by the block-adder, which may be a defined set of participants. This is more suited to a private blockchain network where participants are known to each other.

    Federated Consensus — Federated consensus is where each participant knows all of the other participants, and where small sets of parties who trust each other agree on each transaction and over time the transaction is deemed valid. Suitable for systems where decentralized control is not an imperative.

    Proprietary Distributed Ledger — A PDL is one where the ledger is controlled, or proprietary, to one central entity or consortium. The benefits of this protocol is that there is already a high degree of pre-existing trust between the network participants and agreed-upon security measures. Suitable for a consortium or group of trading partners, such as supply chains.

    PBFT — In a PBFT system, each node publishes a public key and messages are signed by each node, and after enough identical responses the transaction is deemed valid. PBFT is better suited for digital assets which require low latency due to high transaction volume but do not need large throughput.

    N2N — Node to node (N2N) systems are characterized by encrypted transactions where only the parties involved in a transaction have access to the data. Third parties such as regulators may have opt-in privileges. Suitable for use cases where a high degree of transaction confidentiality is required.

    The above list represents the current major consensus mechanisms in operation or from research.

    Due to the initial visibility of Bitcoin, the financial services industry has been early in researching the possible uses of consensus mechanisms to streamline operations, reduce costs and eliminate fraudulent activity.

    The multi-trillion dollar global financial services industry is really composed of many different sectors, from lending to smart contracts, trading execution, letters of credit, insurance, payments, asset registration, regulatory reporting and more.

    For example, the process of securing a letter of credit, which is an important import/export trading service, would likely utilize a ‘consortium’ approach to achieving transaction consensus.

    In August, 2016 a banking consortium, R3CEV, successfully designed and executed trading smart contracts. These types of contracts could then be applicable to accounts receivable invoice factoring and letter of credit transactions.

    For the use case example of cross-border remittances, which would involve many individuals on both sides of the transaction, a ‘public’ consensus mechanism would likely be a relevant .

    Since remittances would need to have a relatively short time latency for transaction completion, a solution involving a Proof of Stake approach with its low resource requirement to validate transactions along with potentially higher security, would be compelling.

    In sum, the state of blockchain development is rapidly gaining speed worldwide, yet there is much work to be done.

    Numerous Global 2000 companies led by their executives and consultants are beginning to participate in development and testing of this revolutionary technology sector.

    Organizations that begin first-hand learning about the power of blockchain technologies will have increased opportunity to lead their industry.


    Originally published at intrepidreview.com on October 5, 2016.

    I’m always interested in meeting blockchain startups, and Chief innovation officers who are creating transformational products, so please feel free to contact me by email at [email protected]

    Collin Thompson is the Co-founder, and Managing Director of Intrepid Ventures, a blockchain startup and innovation studio that invests, builds, and accelerates Blockchain and companies solving the world’s most difficult problems. Collin focuses on early stage investments, innovation and business design for corporations, governments and entrepreneurs working with blockchain technology.

     
  • user 3:40 am on October 20, 2016 Permalink | Reply
    Tags: , , , , , , technology, Title   

    Deloitte Returns as Title Sponsor for Consensus 2017 

    CoinDesk is thrilled to welcome back as a for , our third annual summit.

    Source


    CoinDesk

     
  • user 12:19 am on October 20, 2016 Permalink | Reply
    Tags: , , , Effect, , technology   

    The Effect of Technology on Bank Culture 

    I was invited by the New York Federal Reserve to moderate a panel at its&;annual Conference on the challenges and opportunities that is raising for the culture of financial institutions. &160;As this is a topic that has long interested me I was happy to accept. &160;At tomorrow&;s session (October 20, 2016) the [&;]
    Bank Innovation

     
  • user 3:36 pm on October 19, 2016 Permalink | Reply
    Tags: , , , , , , , technology   

    Report: Challenger Banks Landscape 

    External forces from demographic, social, economic and regulatory phenomena have contributed to one of biggest revolution in the banking world: the emergence of .

    Challenger Banks Report Oct 2016Digitally-focused challengers such as Atom, Fidor Bank, Mondo and Starling, have grown significantly in 2015 and 2016, fueled by changing customer expectations, the new Generation Z, the heavy smartphone use in accessing finance and emerging technologies.

    Most of the innovation around and challenger banks have occurred in regional hubs and heavily supportive countries and environments, according to a new by Burnmark, including the UK and the US.

    &;The UK holds the first mover advantage as a home for challenger banks, but new geographies are gaining ground with support from government, regulators, investors and entrepreneurs,&; the report says.

    &8220;The US, Singapore and Australia, in particular, are actively competing to create best-in-class financial innovation ecosystems and are increasingly progressive in their use of government and regulatory policy to support challenger banks.&8221;

    In early 2014, the UK Financial Conduct Authority launched the Project Innovate to support regulation for innovative businesses. Singapore has a £100m financial sector and innovation scheme and Australia has announced a £500m national innovation and science agenda.

    The UK also leads in terms of fintech investment, having generated £524 million in 2015 compared with £3.6 billion in California and £1.4b in New York in 2015. The country has an unrivalled lead in terms of financial expertise, employing 1.2 million people in the financial services industry.

    Following the UK, Singapore has been increasingly active in policy and benefits to make it an attractive fintech hub. In November, the Monetary Authority of Singapore, the country&;s central bank and financial regulator, will organize the week long Fintech Festival which will bring together policymakers, fintech experts, entrepreneurs and VC to discuss the future of finance.

    MAS has also opened its fintech innovation lab called Looking Glass @ MAS to experiment fintech solutions with financial institutions, startups and tech vendors.

    Regional advantages challenger banks

    According to the report, the emergence of challenger banks are &8220;multi-fold&8221; and dependent on the regions they belong to. For instance, in developed markets, challenger banks are gaining prominence due to the underlying inefficiencies of the incumbents in service the customer in the best possible and transparent manner.

    Emerging markets on the other hand are looking at challengers as a medium to accelerate banking innovation as well as financial inclusion. With mobile penetration increasing significantly in these locations, banks utilizing digital channels to onboard, engage or serve customers are evolving to become an important medium for financial inclusion initiatives.

    Notable ventures include Abacus, a digital bank backed by a UK-based private equity firm AnaCap; Metro Bank, which implemented Backbase’s Omnichannel Banking Platform for its digital banking front-end, FIS/SunGard’s Ambit Asset Liability Management solution and outsources mortgage processing to BancTec; Monzo Bank, which has been built on open source stack including Linux, Apache Cassandra, and Google&8217;s Go programming language; Secco Aura, which uses a distributed database similar to the which allows data to be stored on customer&8217;s devices as well as the bank; and Tandem Bank, which uses FiServ&8217;s core banking and its Agility platform on SaaS.

     

    Featured image: Bank via Shutterstock.

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  • user 11:36 am on October 19, 2016 Permalink | Reply
    Tags: , , financial inclusion, mobile phone banking, technology   

    The Evolution of Mobile Phone Banking Services: A tool for Financial Inclusiveness 

     

    aaeaaqaaaaaaaahdaaaajdrkmjczmtnklwm1yjutngq2mi04n2jklwyyyzu5ytu4mzdlngI do have a question for you. Is the use of making significant efforts in bridging the gap to universal ? Come to think of it!

    Mobile banking is simply the act of performing financial transactions on a mobile device like a cell phone or a tablet to send remittances, pay fees and utility bills. Mobile devices are increasingly being use by people for banking, planning, and financial management. The commonness of mobile devices explains the extent to which they have suddenly become entrenched into our modern digital evolution.

    Guess what, about 62% of Americans primarily bank online and 54% of consumers use mobile banking apps according to the Bank of America report on “Trends in Consumer Mobility” published in 2016. According to the Michelle Moore, head of digital banking at Bank of America, there are growing numbers of people adopting and using the mobile devices in managing their finances and navigating their lives. . According to the 2014 World Bank figures, the Sub-Sahara was leading the world with the fastest growth in new bank accounts premised on the penetration of mobile banking. About 12 percent adults in the region had a mobile money account compared with 2 percent globally. Kenya for instance, has championed the cause of Africa’s mobile banking evolution with more than 58 percent of her adult population having a mobile account.

    Not long ago in my part of the world, it was difficult to locate a financial institution much more transact a basic financial transaction. There were quite a few dotted around the country. The few ones available were established in the big towns and cities. As time evolves, the number of banks quadrupled but there is still a numberless of unbanked people left out of the formal financial system.

    These groups who are mostly from poor rural communities are deprived of basic financial services and have to travel over a long distance from their rural setting to the big cities were the banks are located to transact financial services. Indeed, the hand of the traditional banking isn’t long enough to feed this rural folks.

    Cost, time and infrastructural barriers prevent the conventional banks from establishing their branches in these deprived communities to serve the un/under banked customers thereby creating an economic opportunity for the telecoms and banks to deploy mobile to serve this niche market.

    It is estimated by the World Bank that about 2 billion working age adults are still left of the formal financial system. Most of these unbanked and under banked people live in remote communities distant from the financial institutions and are therefore practically cut off from the accessing financial services and products.

    On the backdrop of technological advancement and as fate will have it, the advent of mobile phones came to answer the fore-said puzzle ,and attempt to wipe out the tears of the un-served customers, and complement the gains chalked by the conventional banks.

    In the mobile phone money ecosystem are the telecommunication service providers, banks, regulators, and mobile agents who use mobile technology to reach out the poor in the rural settings at cost effective manner. Customers who are users of mobile money can conveniently check the balance on their wallets, transfer, earn interest on their deposits, and pay utility charges and other services. You don’t have to make a trip to an ATM or financial center either.

    Why it matters? The proliferation of the use of mobile phones and other innovative technologies is helping to rope in the unbanked people especially in the rural setting to access financial services at affordable cost. This thereby provides a complementary channel to progress towards a universal financial inclusion. Along the value chain, it is believed that financial access enhances the quality of living as it allows customers banking access anytime and anywhere to save time and their money, and use it for transactional purposes. Again, families can easily plan and take precautionary measures against future uncertainties including deaths, poor farm harvest and illness. Households and small medium businesses with access to a transaction account can use it to conduct financial services that can improve their livelihood and diminish their operational costs. This branch-less banking is also a source of employment to large throng of youth who act as Mobile agents or merchants to earn revenue from the fees charged and commission received. Bank of America, HDFC, HSBC, Barclays, Ecobank, FNB and other banks with mobile phone banking platforms can leverage on it to expand their collection levels and make savings on their operational costs while the telecoms expand their mobile subscriber base and earn additional revenue on fees and charges.

    However, adequate security measures must be maintained when using mobile phone banking to minimize the exposure to phishing scams (identity theft) and cyber related attacks by hackers who are sniffing around like vultures with amber eyes desperately looking for carcass.

    Universal Financial Inclusion is now a flagship issue for boardroom discussions and a key priority for nations, development partners and policy makers globally. The World Bank group has identified financial inclusion as an instrument for combating the war against poverty and set to achieve a universal financial access by 2020. Member nations have demonstrated frantic efforts by crafting their national policies and strategies to foster universal financial inclusion via public financial literacy sensitization, establishing financial consumer protection frameworks and ICT infrastructural development, to reach out to the hard to reach citizens within the nooks and crannies of their countries with basic financial services.

    The G20 leaders also took bold step to promoting access to financially neglected members globally by endorsing the G20 High Level principles for Digital Financial Inclusiveness at the recent summit held in Hangzhou, China, in September  2016.This is to further consolidate the gains reaped from the 2010 G20 Principles for Innovative Financial Inclusion which were earlier adopted in tickling the minds of global leaders and development partners to appreciate the importance of innovative financial inclusiveness. They underscore the relevance of financial inclusiveness to achieving economic growth and prosperity.

    Repeated research shows that there is a positive nexus between financial inclusion and productivity, poverty reduction and prosperity. Mobile phone banking penetration is helping in tiptoeing towards the goal of global financial access. Today in the remotest part of the deprived communities in Africa, people with mobile account can access at least more than one mobile phone banking services like reload airtime, send money(remittances), loan receipt and repayment, bill payment, school fees, deposits and withdrawals. Latest survey findings from the 2016 Consumers and Mobile Financial Services report fielded by the U.S. Federal Reserve Board in November 2015 cited that the adoption and use of mobile banking continues to surge with 43 percent of all mobile phone owners with a bank account who had used mobile banking having uptick from 33 percent to 39 percent between 2013 and 2014 among the citizens of Americans.

    The rapid growth of mobile financial services is a key springboard to achieving universal financial access. However, the fight to achieving a universal financial access is tense and requires un-relented efforts from all stakeholders including nations, development partners, and policy makers.


    [linkedinbadge URL=”https://www.linkedin.com/in/abdul-bashit-abdulai-8543b045″ connections=”off” mode=”icon” liname=”Abdul-Bashit Abdulai”] is MBA, BCOM, CA, CH. FE

     
  • user 7:36 am on October 19, 2016 Permalink | Reply
    Tags: , , capital markets, , , technology   

    Blockchain and the Capital Markets journey – Navigating the regulatory and legal landscape 

    has the potential to revolutionise the profitability of . The promise of risk mitigation, capital efficiency and operational benefits can only be realised through legal and change.

    Blockchain has generated significant interest in capital markets, as start-ups, global and other providers evaluate technology and potential use cases. Yet, many questions remain unanswered as to how blockchain, or other forms of distributed ledger technology (DLT), fit into the current regulatory and legal infrastructure.

    To deliver viable and valuable solutions in the highly-regulated environment of capital markets, blockchain will need to navigate the legal and regulatory landscape – either by evolving solutions which conform or by engaging policymakers to reshape its current contours.

    Innovate Finance has partnered with Hogan Lovells and EY to produce Blockchain and the Capital Markets Journey  which outlines the legal and regulatory challenges of using DLT in capital markets, including the over-the-counter (OTC) derivatives market. This report focuses on the UK’s regulatory and legal environment as a stepping-stone to understanding analysis and issues that are similar to those in other jurisdictions.

    We outline key themes that we believe will help shape the future architecture of blockchain:

    • Informing industry, policymakers and regulators of the potential impact of legal and regulatory requirements on proposed DLT-use cases
    • Providing regulatory insights about DLT for product providers, product buyers and investors (i.e., buy side firms)
    • Providing recommendations to support regulatory action in the UK and EU to accommodate DLT solutions
    • Proposing regulatory and industry collaboration at an early stage to realise its full benefits
    • Building skills and knowledge across the industry to support the DLT ecosystem

    In this report, we have helped to kick-start the debate by addressing important legal and regulatory questions that will impact the development of blockchain. Questions range from organisational to philosophical – all designed to encourage a wider agenda where regulators and law makers will collaborate with the industry to enact change.

    Click here to learn more: http://www.ey.com/ukbanking


    [linkedinbadge URL=”https://www.linkedin.com/in/imran-gulamhuseinwala-b673701″ connections=”off” mode=”icon” liname=”Imran Gulamhuseinwala”] is EY Partner – Head of FinTech

     
  • user 3:36 pm on October 17, 2016 Permalink | Reply
    Tags: , , , , technology   

    Top 5 Insurtech Startups in Switzerland 

    , a burgeoning phenomenon, promises to disrupt the insurance industry by leveraging to provide greater efficiency, more flexibility and cheaper prices to consumers.

    The insurtech industry is growing steadily with over 900 companies across 14 categories from 53 countries, according to a report by Venture Scanner. These ventures have raised over US$ 16.5 billion in funding as of January 2016.

    Insurtech landscape

    via Venture Scanner

    VC investment into insurtech is on the rise. According to the Wall Street Journal, VCs injected US$ 167 million in the sector in the third quarter.

    Rodolfo Gonzalez, a partner at Foundation Capital, told the media outlet that &;over the past 18 months or so the number of startup founders interested in the insurance space has grown dramatically.&;

    Insurtech applications cover everything from offering automotive, health and travel and employee benefits insurance products, to peer-to-peer insurance platforms, data and intelligence solutions, but also comparison platforms, marketplaces, as well as infrastructure and backend for enterprises.

    The US currently hosts some of the world&;s leading insurtech . This includes Metromile, an automotive insurance provider that offers pay-as-you-drive coverage, and Oscar, a non-employee health insurance provider.

    Metromile utilizes an on-board diagnostics (OBD) device to wirelessly send driving data to measure the specific actions of individual clients, as well as mobile technology to collect data points and offer additional services to clients. Metromile has raised over US$ 205 million in funding so far.

    Oscar aims at revolutionizing insurance through data, technology and design. Oscar provides each client with a branded personal fitness device that collects data such as sleep time, which it delivers to healthcare providers, streamlining and optimizing the caregiving process. Oscar has raised over US$ 727 million in funding and serves over 145,000 customers.

    In Europe, notable insurtech startups include Clark, an insurance broker which sells insurance products from more than 160 providers in Germany, and GetSafe, another German venture providing a digital insurance manager on mobile.

    &8217;s insurtech industry remains quite small when being compared with the likes of the US, the UK or Germany. Nevertheless, the country has a number of notable startups.

    In light of the upcoming Finance 2.0 Insurtech&8217;16 conference, we have listed some of the hottest insurtech startups from Switzerland.

    Finance 2.0 Insurtech&8217;16, which will take place on November 01 in Zurich, will bring together some of the industry&8217;s top thought leaders, experts and entrepreneurs, to discuss the future of the insurance industry, digital disruption and emerging trends.

     

    Knip

    Knip - TheFinTech50 - FintechnewsFounded in 2013 by Dennis Just and Christina Kehl, Knip is a mobile insurance manager that collects customers&8217; insurance products in one app, allowing for users to access all their insurance policy documents, tariffs and services in one place.

    The platform also provides automatic analysis of new customers&8217; insurance coverage and sends them recommendations on how they can improve their insurance protection.

    Knip is funded by VCs from the US, Switzerland, Germany and the Netherlands. The startup has raised over US$ 18 million in funding so far.

     

    Smartie

    smartie.chSelf-proclaimed the &8220;Tripadvisor for insurance business,&8221; Smartie.ch is an online insurance aggregator that allows users to compare insurance products, features and providers.

    Smartie.ch aims at simplifying the buying experience for customers while improving sales for insurance companies.

    Users can also rate and review health and auto insurance products similarly to how Tripadvisor allows users to rate and review hotels and related services.

     

    Anivo

    anivoBased in Zug, Anivo is the first Swiss online insurance comparison service and an insurance broker that provides personal insurance counseling.

    Founded in 2015 by Alexander Bojer and Werner Flatz, Anivo aims at providing greater transparency in insurance products while offering high quality consulting to consumers.

    In August, the startup announced a new partnership with the Swiss state railway company SBB.. The deal sought to provide railway workers with special rebates on insurance products as well as allow them to benefit from personal advisory by insurance experts of Anivo.

     

    FinanceFox

    Top 30 FinTech Startups FinanceFoxFinanceFox is an insurtech startup based in Berlin-Kreuzberg, Zurich and Barcelona. The company provides an digital platform that lets you store all of your insurance policies in one app through which you can also file and manage insurance claims and get personal advice.

    FinanceFox has raised over US$ 33 million in funding so far, among which a US$ 28 million Series A in September led by Target Global and Horizons Ventures. The round was said to be the largest insurtech round in Europe to date. The startup is looking to expand to Austria next, reports Techcrunch.

     

    Versicherix

    VERSICHERIXFounded in 2015, Versicherix was introduced earlier this year as Switzerland&8217;s first peer-to-peer insurance, providing new ways of engaging with customers and offering cheaper and more customer-centric insurance coverage.

    On Versicherix, a group of customers pools their premiums into a group fund, which allows to get the best price performance ratio. Together, the group gets the best coverage for an affordable price.

     

    The first Finance 2.0 – InsurTech Conference connects the insurance industry with InsureTechs. Motto: Collaboration in facing the digital transformation. On November 01, 2016, leading experts are going to talk about these topics in Zurich, Switzerland.

    finance 2.0 insurtech

    Special Offer: Sign up now with code &8220;-Insur&8221; to get 20% discount

    FREE PASSES TO ATTEND INSURTECH &8217;16!
    Win a FREE-pass to attend Insurtech &8217;16 by replying directly to this email with your full name.
    THREE lucky emails will be chosen and announce (via email) as winners on this Thursday, October 20

    Featured Image: Pixabay

    The post Top 5 Insurtech Startups in Switzerland appeared first on Fintech Schweiz Digital Finance News – FintechNewsCH.

    Fintech Schweiz Digital Finance News – FintechNewsCH

     
  • user 4:54 am on October 17, 2016 Permalink | Reply
    Tags: , , , , Taxonomy, technology   

    Platform Banking Taxonomy 

    shutterstock_300415958

    Like drunken sailors swinging fists at one another, we have been hurling around various terms to describe new ways of , new ways to deliver banking services. This post attempts to sort out a and clarify the meaning behind the most salient terms.

    I am using these terms within the context of the banking world in this post. Do note they apply equally to the insurance, asset management or payments worlds, indeed to the entire financial services industry.

    shutterstock_405401875

    API Banking: Also called “open banking,” API banking is the ability, for third parties, to access a bank&;s software system thereby enabling a programmatic integration between an external third party application and a bank&8217;s internal application via bank-grade security, authentication and access management.

    Within the context of PSD2 in the European Union, are mandated to provide access to checking accounts, which will most probably be managed via APIs. In the US, several banks are working on developing various APIs to interact with a variety of startups to provide an enhanced service to their customers or end users.

    For example, Capital One has launched its DevExchange for 3rd party developers to leverage APIs it has built for two-factor authentication, rewards, and offers.

    In and of itself, API banking is a tactic, not a strategy, although there can be strategic components to an API tool such as key policies, access management, volume, pricing. API Banking can be either push or pull driven:

    • Push: a bank can integrate to a service it needs (for example an API integration with a compliance service provider, or
    • Pull: a bank allows integration for a service its clients want or need.

    Certain banks have started to develop APIs and early indications are these APIs are part of a bigger strategic intent. In other words, a bank&8217;s API initiative could be part of a strategy.

     

    Platform Strategy: The deployment of a set of business capabilities to maximize value creation across a value chain and articulated around defining what capabilities are core and remain within the responsibility of the bank and what capabilities are given to platform partners when delivering services or products to customers or users.

    companies such as Intel, Microsoft, Facebook, Amazon have been very successful at prosecuting platform strategies where value is delivered to customers while the platform owner/sponsor and the platform partners share in the value creation.

    Historically, banks have crafted what many believed to be platform strategies where they owned the entire value stack and did not share with partners, In effect, banks created single-brand financial supermarkets. In our view, these efforts did not (and do not) qualify as platform strategies, as the platforms did not truly enable value creation along a value chain.

    Platform strategies come in multiple flavors. For example, the platform strategy of Intel was/is very different than the one followed by Amazon. It should be noted that based on size, technical sophistication, market dominance, certain banks will own a platform &; in platform parlance, they will be the platform sponsor &8211; and its strategy, while other banks may, having strategically decided so, be partners of another bank&8217;s platform strategy.

    Certain large banks have developed platform strategies not immediately apparent to the fintech community. One example is the proprietary software platforms owned by global banks in the trade finance and supply chain finance sector.

    shutterstock_222807460

    Marketplace Banking: A type of platform strategy where a bank creates a digital place where third parties can showcase and sell their products and services to the bank&8217;s customers. In a sense, a marketplace banking strategy is akin to the eBay or Amazon&8217;s marketplaces where buyers and sellers of products meet and transact. Certain banks have or are in the process of developing app marketplaces.

    The platform strategy, for the sponsor, will consist in defining the rules of engagement, the selection of vendors allowed to the marketplace, the governance, the monetization, data privacy issues, the level of technology integration, amongst other things.

    Successfully executing a marketplace banking strategy will require the sponsor to deliver “match-making” capabilities to help consumers find the right producers—and vice versa. This will become a hurdle for many existing banks as they may be inclined to push their own proprietary products and services. A startup bank may be better positioned to deliver this capability.

    Presumably, marketplace banking requires APIs. Retail Banks as well as Wholesale Banks can implement marketplace banking platforms. In as much as lending is predominantly a banking activity, notwithstanding non-bank lending, marketplace lending should be viewed as either a subset or first degree cousin of marketplace banking.

    One can argue (as Philippe Gelis from Kantox has) that marketplace banking could be delivered by new entrants, such as a non-bank or a fintech startup or by an incumbent bank. Some fully digital startup banks in the UK have signaled their intent to build marketplaces.

    It is my view, and that of Ron Shevlin, that this will be quite challenging for a startup to effectively deliver. To be successful with a marketplace banking strategy, the platform sponsor must be a “magnet” – drawing a critical mass of both consumers and producers to the marketplace. As a new entrant into the industry, this will be quite challenging for a startup. An existing bank has a head start as it has already has a critical mass of consumers to feed the marketplace. In other words, many have tried to become eBay or Amazon starting from scratch and only eBay and Amazon have succeeded.

    Smaller banks could participate as vendors within the marketplace platform of a larger bank. In addition, it may be feasible for smaller banks to pursue a marketplace banking strategy if it is focused on a specific consumer segment with unique needs. We should expect marketplace banking to develop and segment itself by size, geography, type of service, type of customers.

     

    Bank as a Service (BaaS): The delivery of certain banking capabilities in a programmatic fashion to enable third parties to deliver their own financial products or services.

    For example, a bank could deliver AML/KYC services, checking account capabilities, financial data storage, payment services via an API. These services would then be used to build and deploy &;last mile&; financial services by a third party, be it a fintech startup, another bank, a non-bank. An analogy would be the technology services Amazon Web Services provides to its clients.

    The strategic intent behind a BaaS strategy is the creation of new non-interest income revenue opportunities, created by driving down the marginal cost of delivering a given service to near zero.

    BaaS can also deliver the necessary drivers to enable a marketplace banking strategy. A bank, a startup or a non-bank can implement BaaS, although an entity that is not licensed as a bank will presumably only deliver a subset of services, compared to a licensed bank. It should be noted that we are now seeing new entrants intent on providing BaaS, notably in Europe.

    As with marketplace banking we should expect segmentation and specialization in this space. The various banks that have lent their license and/or balance sheet to provide certain services to alternative lenders (p2p, marketplace) should be viewed as proto-BaaS. Finally, certain fintech startups have developed a BaaS for specific services targeted at equity crowdfunding companies.

     

    Bank as a Platform (BaaP): Fancy term for a bank’s platform strategy, does include API banking by definition and may include BaaS or marketplace banking.

     

    A few more important thoughts. The &8220;platformification&8221; of the banking industry, in one way or another &8211; as per the above definitions &8211; will necessarily mean different approaches to strategic thinking and technology. As far as technology is concerned, and we have seen this occur with different industries and technology giants, such as the ones referenced above, open source and open standards or standardization of either technology building blocks or data/meta data and its associated methodologies and ontologies, are necessary and required.

    We should therefore expect an acceleration towards standardization. We would not be surprised if certain financial technology building blocks would end up being released as open source libraries, very similarly to what has happened to the AI world (machine learning, deep learning) thereby helping the platformification process. Whether incumbents, new entrants or technology minded third parties with an interest in market optimization and social mandates do so is anyone&8217;s guess.

    I will also note that regulatory trends in the US may force banks to pursue platformification if banks are required to provide some kind of fiduciary responsibility for providing financial services (beyond just investment services).

    If you want to learn more about the subject I recommend you revisit the following posts:

    Articles written by Ron Shevlin:
    The Platformification of Banking

    Full Stack Banking: How Fintech Will Fuel API-Based Competition

    Article written by Philip Gelis:
    Why &8220;Marketplace banking&8221; is better for newcomers while &8220;Platform banking&8221; fits incumbents

    Articles written by David Brear & myself:
    Exploring Banking as a Platform (BaaP) model

    Making Bank as a Platform a reality

    Finally, I owe a debt a gratitude and special thanks to Ron Shevlin for pushing me to think through my arguments as well as having provided his thoughts and comments to this article.

    As usual, thoughts and comments are welcomed and highly encouraged.

    FiniCulture

     
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