Blockchain applications and 5 key areas for transformations and disruptions
1. Fraud detection and risk prevention
In considering the technology, senior business and IT leaders at property and casualty (P&C) companies must balance their natural skepticism about “next big thing” trends with a clear recognition of both the largescale impacts and significant upside.
After all, it’s not hype to say that the value creation opportunity is huge and the possibilities of future applications are many. Similarly, it’s not hard to see how distributed, secure, peer-to-peer ledgers — the mysterious and exotic-sounding technology behind blockchain — may one day be as common in the insurance industry as Structured Query Language (SQL) databases.
Blockchain has the potential to evolve into a core, underlying element in the technology “stacks” of most P&C carriers, supporting a diverse range of processes and part of your company’s future technology “plumbing.”
2. Claims prevention and management
Alongside big data, mobile and digital technologies, blockchain is essential to establishing an efficient, transparent and customer-focused claims model based on higher degrees of trust.
Within claims prevention, new data streams can enhance the risk selection process by combining location, external risk and analytics. A distributed ledger can enable the insurer and various third parties to easily and instantly access and update relevant information (e.g., claim forms, evidence, police reports and third-party review reports).
The use of data from a mobile phone or sensors can streamline claims submission, reduce loss adjuster costs and increase customer satisfaction, with blockchain systems facilitating communications and coordination among all parties.
Consider how sensors can trigger alerts to insurers that a crash has occurred (thereby initiating a new claim), and then route secure and relevant data to preapproved and conveniently located medical teams, towing services and/or repair garages. Here again, blockchain is the network connecting and ordering data from the multiple devices and apps involved in the multidimensional process.
Similarly, the combination of sensor data, satellite imagery, mobile technologies and blockchain could be used to facilitate claims payments and rescue services when natural disasters occur in remote areas. Data from weather stations could determine claims amounts based on actual weather readings, with blockchain enabling greater automation, more efficient data sharing and stronger safeguards against fraud.
3. Internet of things (IoT) and product development
As more devices and objects are connected to the IoT, the amount of data that will be created and collected will increase significantly. This data will be hugely valuable to insurers as they look to develop more accurate actuarial models, or new products such as usage-based insurance (UBI) models.
In the auto insurance market, for example, consider how encrypted data gathered about driving times and distances, acceleration and braking patterns, and other behaviors can be used to identify high-risk drivers, validate information included on applications and give consumers more control over their premiums.
The challenge in this future state, however, is how to manage the sheer volume of data and logic as thousands or millions of devices are communicating with each other.
With blockchain, you can manage large, complex networks by having the devices communicate and manage each other on a peer-to-peer basis, securely, instead of building an expensive data center to handle the processing and storage load. Having these devices manage themselves is significantly cheaper than the data center model.
4. New distribution and payment models
A number of global insurers are developing alliances and exploring new payment business models (and bitcoin technologies) to achieve capital efficiencies through single global ledgers. Increased automation to capture risk data in contracts also offers new opportunities to build market knowledge, streamline payments and attract financing risk.
At minimum, global insurers can use blockchain to cut asset management costs by reducing the hedging fees they pay to protect themselves from currency fluctuations in international transactions.
Mobile wallets are another potential use case. Insurers developing these offerings typically restrict consumers’ options and limit the data that can be included. With blockchain, wallets can achieve customer engagement on a much greater scale, with tailored functionalities and more integrated data. Consumers could have all their identities and insurance information available instantly.
P&C insurers seeking clearer visibility into their reinsurance contracts and risk exposures may gain it through blockchain. Consider the case of an insurer seeking to offload an equal amount of risk to two separate reinsurers.
A blockchain ledger could provide insight and notification if one of those reinsurers then tried to offload some of its portion to a subsidiary of the other reinsurer. It also would help insurers gain confidence that, as they pay out claims, they are appropriately rebalancing their capital exposures against specific risks.
Within reinsurance, the benefits of blockchain include more accurate reserve calculations based on actual participating contracts and automatic calculation updates once underlying data is updated. Plus, insurers gain more flexibility in moving capital and enhanced transparency into known risks, capital efficiency and capital requirements for compliance.
Practically speaking, audit trails become easier to follow, modeling requirements are greatly reduced and there is less need for coordination between finance and IT.