biometric banking (clean)
TRANSCRIPT
The traditional technologies of chip-‐embedded cards and pins are outdated and easily replicated; there is a need for a more secure and convenient way of accessing your funds and bank information. The advent of Apple Pay (2014) as well as the implementation of Biometric authorization (Fingerprint and Vein Geometry) within Barclays (2014) represents an opportunity for Australian Banks to adopt this new technology.
Biometric technology is becoming cheaper in both application and usage, especially since it is now embedded into smartphones, such as Apple Pay (2014). Its development has been the result of a demand from customers, particularly Gen Y for a more intuitive method for authentication over passwords and pin codes.
This is supported by a 2012 KPMG report on banking behaviour of Gen Y, which forecast that this demographic will hold 70% of financial assets in 2030. It also found, that banks need to make greater use of the invisible security concept to improve the customer experience and enhance risk management. Kristina Craig, Associate Director at KPMG noted that fintech partners are being used by global banks in the biometrics and behavioural profiling fields. This is pertinent given that KPMG are the current auditors for ANZ and Suncorp.
A key driving force for this change is smartphones, which have disrupted many other industries including communication, cameras etc. So it only makes sense that it would challenge the way that we use our money – utilizing technologies like Near Field Communication (eg. Paypass/ or Paywave) to streamline everyday life. There are number of different biometric technologies that have varying levels of uptake including fingerprint, heart beat scanner, vein geometry, voice analysis and facial recognition. The most popular of these technologies being fingerprint biometric scanners (particularly with Gen Y). The greatest challenge for the Australian banking sector is not deciding whether to implement biometric banking, as Apple Pay will go global, but whether you want to be ahead of the pack or playing catch up.
Global Trends
Types of Biometric Scanners available
Facial recognition: This is one of the most flexible methods as it can be done without the person being aware that they are being scanned. This system analyzes facial features like the distance between the eyes, width of the nose, position of cheekbones, jaw line and chin etc. This technology is better suited to branch verification, as it has not been implemented into smartphone devices to any great degree and would represent a large up-‐front cost in R&D.
Fingerprint Identification: The fingerprints of any person remain the same throughout their life and no two fingerprints are ever the same. To ensure accuracy it requires clean hands, free from injuries to the prints, as this would prevent proper identification. The major benefit is the ubiquity of the technology currently with the support of Apple and Samsung through its implementation into their flagship phones. In Australia, Westpac and St George Bank, have integrated Touch ID into their respective apps in 2014, giving them first mover advantage.
Vein Geometry: This technology provides the liveliness factor, in that the reader only works on a living person, it analyses veins with blood flowing in the fingers. In 2014 Barclays (UK) partnered with Hitachi to provide two factor biometric scanners, combining fingerprint and vein geometry to provide accuracy exceeding a 1 in 1,000,000 chance of replication. This technology is very powerful, however it requires dedicated readers to be implemented in store and on ATMs. This is a proven technology that has been successful overseas, in countries including Japan and UK.
Voice Analysis: This method of security biometric can be implemented and tested without the person’s awareness. Though it is easier to forge by using a soundtrack, it cannot be replicated by trying to reproduce another person’s voice. It is currently being used by NAB (introduced in 2009), which has more than 150,000 customers who have enrolled their voiceprints to help correctly identify them when contacting the bank’s call centre.
Heart Beat Scanner: This method uses an embedded electrocardiogram (ECG) sensor to recognize the unique cardiac rhythm of users. This ECG sensor is able to match the wearer’s ECG against a stored profile in order to authenticate the wearer’s identity. The market leader in this technology is Bionym, which recently released the Nymi wearable wristband (2013), it has an inbuilt NFC chip that is able to make mobile payments, unlock electronic devices, and provide authentication for online bookings. The advantage of this technology is that it is more difficult to replicate than fingerprint identification, which can be left behind on surfaces.
471 Million Forecast number of global smartphone users by 2017, up from 43 million in 2013 – JWT Intelligence
It is clear that the Australian market is both ready for and in need of the improvements that biometrics can bring to the banking experience. The research suggests that in the medium-‐long term Gen Y will be the key target demographic for banks and they will want invisible security (KPMG 2012).
Additionally, there are many challenges fast approaching the banking sector, including Apple Pay and similar payment platforms. It is about rising to these challenges and meeting a more tech savvy customer with the tools and structures to satisfy their needs.
It is therefore recommended that Australian banks should implement biometrics into their banking experience. The best method being the two factor authentication of fingerprint and vein geometry due to its intuitive nature and proven record in the UK with Barclays. In the short term it would be prudent to leverage existing technologies in smartphones, such as Apple ID through integration with existing apps.
The Future of banking We cannot solve our problems with the same thinking we used when we created them – Albert Einstein