Mitsubishi Corporation (MC) has agreed to perform a feasibility study to assess the effectiveness and potential applications of a biometric authentication platform in Turkey. Partnering MC in the study will be Hitachi Europe (Hitachi Europe), a European subsidiary of Hitachi, Ltd. (Hitachi) and Turkey’s Aktif Bank. A non-corporate entity called HMC Digital will be established to perform the study.
Biometric authentication technologies rely on our unique biological characteristics to verify our identities. They eliminate the risks of lost, stolen, or forgotten data that might be needed for traditional password-based authentication systems. Considered a safe and convenient method of identification, systems that employ fingerprint or facial recognition technologies are becoming increasingly common features in smartphones and other IT devices. The evolution of digital technologies has also thrown the spotlight on platform-type business models as a new category of social infrastructure.
This joint study will take advantage of two of Hitachi’s proprietary technologies, the finger-vein authentication system VeinID Five (VeinID)(1) and Public Biometric Infrastructure (PBI)(2), a type of public-key infrastructure that uses biometric data as a private key. Unlike fingerprint or facial recognition systems, this new system will identify people by way of their internal biological characteristics, thereby minimising the risks of falsified identifications or aging-related misidentifications. The study will be conducted over a period of approximately one year, during which VeinID will be installed in services and applications used by the trial-period customers, which will include various financial institutions, government bodies and private enterprises throughout Turkey.
Aktif Bank is a core group company of Calik Holding, a Turkish conglomerate with which MC has established a strategic alliance. Leveraging its proprietary financial technologies, Aktif Bank is developing money transfer, payment and digital platform businesses in Turkey, the latter of which cover contactless transportation cards, ticketing services at sports stadiums and other applications. The bank’s extensive network comprises more than 10 million customers.
Under its latest management plan, Midterm Corporate Strategy 2021, MC is endeavouring to strengthen its operations in downstream sectors and promote digital transformation (DX). By taking advantage of its far-reaching network, broad customer base and business conception skills honed across numerous industries, MC is fully committed to realising the business potential of this biometric authentication platform.
Once the business potential of this new service has been ascertained, the partners plan to build it into a platform capable of centralising the management of personal information and verification of personal identities. The aims thereafter will be to connect the platform to a variety of applications and services, thereby providing customers with a highly safe and smoothly functioning biometric authentication service that will provide not only economic benefits, but societal benefits as well.
(1) A software being developed for sale by Hitachi. When installed on computers or other devices, it enables users to confirm their identities simply by waving their hands in front of the devices’ cameras, meaning that the users do not need to carry devices, cards or other items with personal information for ID purposes. The software reads the biometric data from veins in the users’ fingers and verifies whether it matches that already stored in the system.
(2) A technology being developed by Hitachi that employs an “error-correcting code” technique to create a digital signature that uses biometric information as a private key (i.e. an individual’s unique authentication data). Its successful application would eliminate the need for things like IC cards and passwords to confirm our identities, making authentication easier, less costly and more accurate. Furthermore, the system relies on one-way conversion, whereby the biometric information is converted into data that cannot be easily restored through public-key cryptography. As the original biometric information is not stored anywhere, the risk of it being leaked is minimised.