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DISPELLING BIOMETRIC MYTHS AND MISCONCEPTIONS

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BIOMETRIC

By Lina Andolf-Orup, Head of Marketing at Fingerprints

Gangsters cutting off enemies’ fingers to access secret locations and spies lifting fingerprints from martini glasses – the imagination of the entertainment world has been running wild ever since biometrics entered the scene.

Couple that with the limitations of some early biometric solutions from fifteen years ago, still anchored in the minds of many consumers, and you have the perfect recipe for an apprehensive and uncertain public.

 

Thawing lukewarm attitudes with a biometric touch

The biometrics industry has made great strides in the last few years – something particularly true for smartphones. Fingerprint authentication has replaced PINs and passwords as the most popular way to authenticate on mobile, with 70% of shipped smartphones now featuring biometrics.

And it doesn’t end there. Many adjacent markets are now eager to benefit from the secure and convenient authentication solutions that biometrics offer. Take the payments industry, for example, where biometrics payment cards are currently gathering real momentum.

However, some consumers are still uneasy about accepting biometrics. A recent study found that 56% of US and EU consumers are concerned about the switch to biometrics as it’s not enough understood to be trusted.

Although attitudes are shifting for the better, stats like this demonstrate there is still some work to do to disprove common biometric myths and showcase just how smart today’s solutions really are.

 

Lina Andolf-Orup

Dispel, adopt, repeat

The evolution in consumer biometrics in the last two decades has been phenomenal. And today’s solutions are far more advanced and safe than many may think.

To help bring an end to the myths, let’s expose some of the most common misconceptions around biometrics.

Myth: Biometric data is stored as images in easy-to-hack databases.

A leading myth about biometrics is that when a fingerprint is registered to a device, it is stored as an image of the actual fingerprint. This image can then be stolen and used across applications. In reality, the biometric data is stored as a template in binary code – put simply, encrypted 0s and 1s. Storing a mathematical representation rather than an image makes hacking considerably more challenging. In most consumer applications, this template is also not stored in a cloud-based location, its securely hosted in hardware on the device itself for example in the smartphone, in the payment card. Thus, it stays privately with its owner.

Myth: Fingerprints can be easily replicated to ‘trick’ devices.

The internet is full of articles and videos that claim it is possible to use materials from cello tape to gummy bears to craft fingerprint spoofs and access biometric systems. Although there may have been a time where gummy bear spoofing was the go-to party trick, todays’ consumer biometric authentication solutions have too many technological defences, such as improved image quality and matching algorithms, to simply ‘trick’ devices. Plus, on top this, the criminal needs to have access to the person’s device where this fingerprint is enrolled e.g. smartphone, payment card, before he/she notices and blocks it. This is not scalable nor common, in comparison to gaining access to someone’s PIN code or skimming a contactless card.

Myth: Physical change will prohibit access to my device.

Although our irises don’t change as we age, our fingerprints can and our faces will. Does that mean we have to update our biometric devices every few months to capture these changes? Not quite! Unless there are drastic, sudden changes, the ‘self-learning’ algorithms in modern-day biometric systems are able to keep up with our developing looks.

 

Who you gonna call? Mythbusters!

These are just some of the common biometric myths and misunderstandings perpetuating in consumer mindsets. Thankfully, though, while we’re working hard to rid the world of the myths, belief in the value of biometrics is only expected to grow. But as solutions expand and diversify, the myth-busting fight will continue.

Fingerprints has been a leader of innovation in biometrics for the last two decades. We’re proud of the expertise and R&D we’ve been able to pour into our biometrics solutions to deliver stronger security and a better user-experience. To learn more about the most common biometric misconceptions and the modern-day technology that allows us to dispel them, download our eBook here.

 

Banking

Cloud technology in banking: Why adoption is on the rise

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Alpesh Tailor, Executive Director at digital transformation specialist GFT

 

The banking sector has never shied away from innovation, whether it is new products to improve customer savings habits or new ways of interacting with people and business, but embracing new technologies such as cloud has, until recently, been relatively slow. However, leading global financial institutions such as Goldman Sachs and Deutsche Bank have accelerated their adoption of cloud, which can provide insights for efficient technology transformation across the sector.

We conducted research to measure 21 medium-size and large banks’ sentiment and operations regarding cloud technology. Examining the relationship between cloud technology and banking professionals, our research provides an insight into the overall finance sector’s perception of cloud technology and how its application can improve banking procedures and efficiency.

 

Scale-up abilities

A significant trend showed that the way people use their finances and banking systems has changed, particularly when it comes to payments and transfers. Our research revealed that 86% of bankers have adopted cloud services to harness its virtually unlimited scalability, citing a definitive change in transaction behaviour as the main reason for moving to the cloud.

In the world of retail banking, buy-now-pay-later, open banking, and contactless payment systems have revolutionised the way people use their bank, making financial management easier and more efficient. However, despite these evolutions, high street banks are playing catch-up to the challenger banks who possess fewer legacy processes and, therefore, an easier migration to new technologies, such as the full utilisation of cloud and artificial intelligence.

The cloud provides a dependable, scalable, and flexible data system that allows traditional banks to modernise quickly and stay abreast of the innovations that ‘born-in-the-cloud’ challenger banks are bringing to the market. An increasingly popular way of doing this is by adopting a hybrid and multicloud approach.

Most organisations are considering diversifying their cloud technology, with 76% of bankers now agreeing with the importance of implementing multicloud systems in order to benefit from resilience and security improvements made by the main cloud providers. These cloud ‘hyperscalers’ also provide regular updates and continue to release exclusive new services and platforms as they continue to innovate.

 

Optimising costs

Our research indicates that cost optimisation is a primary reason that banks are looking toward the cloud for their future storage needs, with 81% of bankers confirming they have adopted cloud technology to save costs.

Installing and maintaining on-premise IT systems is lengthy and costly for financial institutions. When using the cloud, however, purchasing and installing hardware is no longer required as the cloud service provider hosts all the required infrastructure. The management of the hardware is included within this, reducing the overall cost of IT support further.

 

 Organisational inertia

Technological innovations are usually heralded for their ability to streamline operations, making them quicker and more secure. Our research illustrates that 62% of bankers believe organisational culture and inertia to be a key challenge within the sector. Besides being flexible for scalability and cost, adopting cloud technology can bolster organisational efficiency, since banks can spend fewer resources managing the relationship between trading volumes and payment infrastructure. Bankers acknowledge this opportunity, with 95% of organisations understanding that cloud technology can reduce time-to-market.

 

Overcoming misconceptions with cloud technology

Misconceptions usually exist around any emerging technology and our research found that this theme continues with cloud technology.

43% of the bankers we spoke to admitted that security concerns have impeded full cloud migration – a concern that has frequently been confirmed when speaking to financial services institutions. However, cloud providers invest heavily in the security of their cloud infrastructure which, as a result, makes it almost always safer than its on-premise, client-owned counterpart.

One aspect of adopting the cloud that continues to cause concern, is that which is commonly termed the ‘digital skills gap’. More than half of banks claim a lack of cloud-savvy employees internally has slowed down adoption. At GFT, we understand that this is a major issue for the adoption of cloud technology in all sectors, including banking, and have committed to training and encouraging young people to learn the required skills and enter the sector. We recently launched our Manchester Innovation Hub – a dedicated location to support the upskilling and growth of tech roles in the north.

Going forwards, cloud technology is the primary option for banks seeking to evolve and scale their business, whilst minimising risk, time and cost. Bankers recognise these benefits and the overall findings of our research suggest they will continue to grow their investment in cloud technology. Whilst evolving traditional legacy systems is very challenging, cloud technology continues to advance and we believe that over time it will become a powerful mainstay within the financial services industry.

 

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A Smarter World: What role will electronics play in 2022

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There has been a sharp increase in technology and devices designed to make our lives simpler, faster and more productive in recent years.

Industry 4.0 is taking the digital revolution of the late 1900s one step further, combining cyber-physical systems with the power of the internet of things (IoT) to automate computerised decision-making and enhance efficiency. As a result, intelligent technology has surpassed the simple tools and gadgets people enjoy using every day; it has become a driving force for innovation and problem-solving for businesses worldwide.

The first generation of ‘smart’ technology products provided enhanced connectivity, allowing people to stream video on smart televisions or communicate wirelessly between devices. But with the development of artificial intelligence (AI) and machine learning (ML), our devices do more than simply talk to each other; they collect and interpret data to inform user experience and automate processes that would typically require human guidance.

From watches to phones, building controls to medical equipment, we are heading towards a ‘smarter’ world at lightning speed. So, in 2022 and beyond, technology will continue to evolve and improve its capabilities to deliver personalised, mechanised solutions that will optimise functions and enhance our day-to-day lives.

 

How will smart tech change our way of life?

The pandemic has significantly impacted global technology trends, with lockdowns contributing to heightened activity within the consumer electronics industry.

The demand for games consoles, smart televisions and other entertainment devices led to an 18% increase in the global consumer electronics market (excluding North America) in the first half of 2021, reflecting pandemic-related behavioural changes and consumers’ growing expectations for premium electronics. Following the outbreak of COVID-19, the public is also more conscious of their health and the limitations of our health services than ever before. Wearable technology such as smartwatches — which can remotely monitor and record physical health data — is, thus, becoming increasingly appealing.

As more and more businesses embrace remote working models, employees are enhancing their homes with innovative home technology, too. Demand for devices such as mobile stereo headsets and headphones spiked in the wake of lockdowns. Organisations are also embarking on digital transformation to secure online networks and optimise energy efficiency in modern offices.

The future of the electric vehicle market also looks bright. With governments facing global pressure to reduce carbon emissions, major automotive manufactures like Bentley, Volkswagen and Audi have pledged to cut fossil fuel cars from their product portfolios by 2030. And despite the pandemic-related semiconductor shortage that crippled the automotive industry, UK electric vehicle sales jumped 186% in 2020.

 

How will the electronics industry meet demands?

In a digital world, technology is embedded in everyday objects, and ubiquitous computing connects devices through continuous networks of sensors and servers — all of which must be carefully designed and produced by electronics manufacturers. As a result, the future of electrical engineering will depend on the industry’s ability to address the technical and logistical considerations for delivering these advanced systems and equipment.

From smart grids to intelligent lighting, IoT has the potential to revolutionise the way we live. With technology permeating so much of our lives already, local governments are investing in ‘smart cities’ that will harness data collected through the IoT and cloud-based technology to tackle social issues and improve urban life, sustainability and transport. However, the IoT will also be essential to developing new electronics.

Brexit, the pandemic and labour shortages have impacted supply chains and threatened to stunt the industry’s ability to keep up with ever-increasing demand. But embracing IoT can streamline processes, provide accurate real-time data to mitigate supply chain disruption and improve the overall quality of printed circuit boards (PCBs) and other core components within electronics. Plus, as sustainability is a core focus for businesses across sectors in 2022, developments in AI and ML will be crucial to ensuring systems are operating with the minimum energy output.

From remotely controlled wire cutters to industrial robotics performing monotonous tasks in factories, investing in robotics will also be crucial for electronics manufacturing services providers. While the industry focuses on training the next generation of engineers, adopting robotics will reduce the likelihood of human error that might affect manufacturers’ abilities to continue delivering high-quality electronics products at scale.

 

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