ABOUT THE PROJECT
CARECHAIN: Supporting CARE through microinsurances using blockCHAINs
Insurtech is exponentially changing the insurance industry, transforming customer experience and breaking with industry dogmas, for example in microinsurance (insurance for increasingly smaller customer segments). Some microinsurances are based on parametric triggers for quick payouts depending on measurable factors: for example, policies for farmers based on damage a particular type of crop is likely to suffer under specific conditions, e.g. 100 mph winds; when those are met, the farmer receives compensation. Without inspectors evaluating damages, claims can be quickly settled, allowing claimants rapid access to funds to keep businesses running.
Although microinsurance has been extended in developing countries, recently, these products have gained popularity in developed countries (after 2008 financial crisis and after COVID-19 pandemic). It is now more necessary than ever to investigate technological solutions to provide citizens with agile mechanisms for contracting social protections such as microinsurance, favoring the revitalization of economic activity. Mobile apps allow to speed up contracting, reduce transaction costs and, in epidemic circumstances, help maintaining distancing. However, it is necessary to guarantee secure microinsurance contracting. Distributed Ledger Technologies (DLTs), e.g. blockchain, make it possible to record transactions in an encrypted and distributed manner. Using DTLs, smart contracts can be built, and automatically executed when conditions are met. This information can be obtained from outside the blockchain using oracles, making smart contracts ideal for managing parametric microinsurances.
From Eurostar and BISITE research group (University of Salamanca, Spain), we propose CARECHAIN project, to research in DLTs, including blockchain and DAGs/tangles, to build an environment for executing of smart contracts to manage parametric microinsurances. Oracles will be exploited to read external conditions, execute SCs and provide the coverage. The main results of CARECHAIN will focus on the construction of an online platform and an environment for the execution of smart contracts for contracting and managing parametric microinsurances.
Motivation for the project:
It will provide a trustworthy online microinsurance contracting open API transparent service via Smart Contracts and oracles, an entry point for ONTOCHAIN into Fintech/Insurtech, the most trust demanding sectors for online operations, and will have huge impact in the EU insurance industry, enabling future innovations in line with NGI initiative.
Generic use case description:
To contract a microinsurance, a user connects to CARECHAIN, selects a suitable one, including conditions triggering it, which creates a Smart Contract. When conditions are met and read by oracles, the SC is executed, automatically sending compensation. Transactions are auditable and immutable.
The essential functionalities of CARECHAIN include a Smart Contract execution environment for the contracting, managing and execution of parametric microinsurances, and oracles for the verification of the parameters/conditions. An open API will be provided, which will allow other projects in ONTOCHAIN to access to the services from CARECHAIN.
How these functionalities can be integrated within the software ecosystem:
Both the Smart Contract environment and the oracles will have their respective services provided through a standardized and documented open API, facilitating its use and integration into ONTOCHAIN software ecosystem. Services provided by modules in ONTOCHAIN ecosystem, e.g. DART (oracles) and GIMLY (SSID), will be studied to be used in CARECHAIN.
Gap being addressed:
Lack of agile mechanisms for individuals to contract, manage and receive compensation from microinsurances easily and securely, an actuarial product with a lot of momentum in EU insurance market. Additionally, given distancing measures due to COVID-19, an online platform will help in reducing physical interactions, facilitating the procedure.
Expected benefits achieved with the novel technology building blocks:
The novel technology in Smart Contracts and oracles for contracting and executing parametric microinsurances, resulting from CARECHAIN, will allow individual policy holders to securely and transparently contract and manage microinsurances in an agile way, and will allow to expand their use to other cases in Insurtech/Fintech.
Potential demonstration scenario:
A user connects to CARECHAIN platform resulting from the project, then selects and contracts a microinsurance, e.g. for a farm plot, with all procedure steps (e.g. necessary data, payment). When the parameters are met, e.g. winds>100MPH, the microinsurance is executed, compensation is sent to the user. All in a secure, online, accessible, and easy way.
Associate Professor USAL, expert in AI for Smart Cities, Blockchain and Bayesian inference, in charge of research and integration in ONTOCHAIN ecosystem.
Titular Professor USAL, expert in Virtual Agent Organizations, Cloud Computing and Security, in charge of research and result dissemination in CARECHAIN.
Deputy general manager of Eurostar, expert in management, ERP, financial and legal administration, as project coordinator ensuring CARECHAIN correct development.
R&D digital platform designer and systems administrator, expert in computer systems and cloud platforms, coordinating design and deployment of CARECHAIN architecture.
Multidisciplinary research public group at the historical Spanish University of Salamanca, whose focus is the development and application of intelligent computer systems.