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The relevance of Blochchain for Insurers - Enterprise Technologie & BC based Insurtech Innovations

Aug 28, 2018

In cooperation with the InsurTech-focused software service provider Widgetlabs, we have explored what blockchain means for insurers and what blockchain projects are getting noticed. The cryptocurrency Bitcoin has become very popular and is being used as a digital currency by more and more people since its inception in 2009. In addition to the question about how this currency evolves, its underlying blockchain technology has become the focus of many companies. The potential it is said to have — to completely override the traditional roles of centralised instances — has by now been applied to a number of projects across a huge range of industries including the insurance industry. Clear advantages It takes a while to understand the blockchain technology, its implications and its potential. The most important advantages briefly summarised: Trust through integrity — Its decentralised consensus-based structure can guarantee all participants in a blockchain high integrity of data from the moment it is stored. Changes and deletions are not possible without another consensus. This creates trust based on a technological protocol rather than through a middleman. Shared data management — The high integrity of a blockchain enables shared and reliable data storage across multiple parties. This leads to the omission of isolated silos as well as the storage and synchronisation of redundant data which are required for those. Cost savings through automation — Middlemen and the synchronisation of data between different silos mean a cost-intensive work effort. By removing middlemen and manual processes a lot of these costs can be saved. Protection against manipulation — While a middleman’s database for example is under central authority and thus can be centrally manipulated, a blockchain requires a large part of the network to be undermined in order to achieve a manipulation. That way blockchain’s protection against manipulations grows with the size of the network which is different from most other technologies. Remaining risks Like any young technology, blockchain is not yet free of risks and there are still some key challenges to overcome. The pitfalls at a glance: Low transaction volume — Blockchain technology deliberately sacrifices computing power and thus transaction volume in order to enable decentralised, protocol-based data integrity in the first place. This is also reflected in its enormous energy consumption which is rooted in the elaborate cryptographic algorithms that ensure the integrity of the blockchain. Now that the technological foundation has been laid new ways must be found which will increase the performance without jeopardising the integrity gained so far. Cryptographic algorithms — Even with huge modern computer systems today’s cryptographic “puzzles” that form the core of a blockchain are extremely difficult to attack. But security flaws in the process itself as well as future quantum computers can pose a significant threat. The superior performance of that new class of computers can easily undermine today’s algorithms. New cryptographic approaches need to be explored and developed that can accommodate for the future growth of computational power. This is the only way to maintain today’s level of safety which is based on spending that computational power. Projects in three categories Category 1: ‘crypto casino’ For projects in this category it’s all about using the blockchain to create their own cryptocurrency. Many companies simply want to fund themselves that way and in many cases that currency can also be used as a means of payment on the created platform. Such projects are usually made available to the general public in order to trade with its currency through the early purchase of it or to invest in the platform over the long term. The initial release of a cryptocurrency is called Initial Coin Offering (ICO). During that process companies sell shares of the initial onetime allocation of their currency at a discounted exchange rate over a defined period of time. However this also often leads to a confusing melange because the investors do not know who the other investors are and whether market makers interfere in the process. After that phase companies often list their cryptocurrency on specially designed exchanges with access for the wider public. Here early investors speculate on a high price increase and often manage to multiply their investment. The extent to which this type of funding has been adopted is shown in a study conducted by CoinDesk : In the first quarter of 2018, 6.3 billion US Dollar have been invested in ICOs. This is more than seven times the value that classic venture capitalists have financed in blockchain startups over the same period. Since the output of many ICOs is highly speculative that market is also often compared to a casino. Category 2: ‘marketplaces’ Although a cryptocurrency is also being created for a marketplace the focus here is on the exchange of digital assets using that currency. This counteracts the risks of the crypto casino. Marketplaces have the potential to attack the business model of today’s middlemen who earn their money by brokering supply and demand. By using blockchain functionality companies can bring their inventory directly to a marketplace that can operate almost without any margins. For example if an insurer creates such a marketplace they could create a new and very affordable distribution channel. Especially non-public marketplaces between B2B participants are interesting here. Marketplaces also enable the monetisation of digital enterprise assets which would otherwise lie in internal data silos and not be flexible. Example: iXledger The startup iXledger promises a blockchain-based marketplace where insurers, reinsurers and brokers can trade insurance products directly with each other. That creates a completely new level of transparency for those involved since the processes no longer have to go through third parties. Example: Ryskex Ryskex offers a blockchain-based approach to off-set captive risks internally in an international corporation or group using a cryptocurrency. Category 3: ‘enterprise applications’ Cryptocurrencies play no central role in this category. Instead the focus is on the decentralised nature of blockchain and the underlying data integrity. Such projects are mostly internal enterprise applications that use blockchain technology to make existing processes more efficient, faster and safer. It’s a good opportunity to rethink the respective and usually old systems completely. For corporations in this category data exchange within an international network is particularly interesting. Example: Maersk Line Maersk Line is the largest container shipping company in the world with a turnover of 31 billion Euros. Traditionally the shipping of containers is a very paper-heavy business with many participants, from exporters to port operators and customs to container carriers themselves, placing very different demands on the information flow. 20% of the transport costs can be attributed to that (often completely analogue) documentation process. In order to increase efficiency and ensure a reliable, always up-to-date and complete view of the load documentation, Maersk Line now relies on blockchain technology. As early as 2016 a platform from IBM was used in pilot operation. The port of Rotterdam, the port of Houston in Texas, the US Customs and Border Authority and various other pilot customers have been connected to each other. Less bureaucratic hurdles will also stimulate international trade. Significance for insurers Without doubt can the crypto casino lead to reputational damage in the mid-term due to high speculation and risks which can barely be overseen. Therefore it clearly cannot be recommended to companies. The risk of investing in blockchain startup projects and products that offer enterprise applications is still significant from an insurer’s perspective due to the early market phase. For insurers however there is enormous potential for savings with manageable risks in blockchain-based B2B marketplaces and in enterprise applications. Many insurance processes involve a large number of internal and external participants and data which causes a high manual workload and makes them very complex and tedious. Targeted pilot projects can be used to evaluate the risks and benefits and to test the entire blockchain potential in practice without the great hype. Interesting blockchain cases: A series of interesting #insurtech blockchain cases can be found here .

WIDGETLABS Frequently Asked Questions (FAQ)

  • When was WIDGETLABS founded?

    WIDGETLABS was founded in 2007.

  • What is WIDGETLABS's latest funding round?

    WIDGETLABS's latest funding round is Other Investors.

  • Who are the investors of WIDGETLABS?

    Investors of WIDGETLABS include iSteps.

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