With smartphones increasingly using biometric authentication as a theft deterrent, the potential for such techniques – which rely on the natural, inherent features of a person like their fingerprint, voice or face to confirm their identity – to become the standard in online and device security is plain to see. This is particularly clear in a world where people have been coached into implementing multiple long and complex passwords, which they are then told they must change regularly to avoid hacks. Forgotten passwords are a common bugbear: so much so that 93 per cent of consumers and banking professionals already favour biometrics over passwords and PINs in consumer financial services, according to a survey by Oxford University and MasterCard. Indeed, according to research by Technavio, the mobile biometrics market is forecast to grow by more than 79 per cent by 2021.
The first line of device defence
Devices are so often the first-line of defence for organisations and, with the new GDPR law coming into force in May next year, it has never been more important to keep sensitive online data secure. It is therefore entirely logical to look to develop a security protocol that doesn’t rely on something as fallible as the human memory. While deeper security solutions are required to guarantee the protection of business-sensitive information at a network level, devices like Toshiba’s latest X-Series, which boast biometric features such as fingerprint sensors and iris recognition are becoming a requirement for many organisations looking to minimise the threat at device-level. Similarly, Windows Hello offers Windows 10 users biometric options to simply and securely unlock their device via its facial or fingerprint recognition capabilities. The ability to combine these tools with passwords for two or three-factor authentication enhances protection further.
Advancing to voice and beyond
The evolution of biometrics has been rapid since fingerprint sensors became a popular feature in smartphones in 2013, and this is now expanding to areas including voice recognition and full-face scanning. One sector leading the way is the banking industry, where large corporations are utilising voice recognition on their banking platforms in a bid to improve security. Leading national banks such as HSBC have introduced voice ID authentication systems for an easier yet more secure log-in experience for customers. While passwords and PIN codes are already subjected to a countless number of dedicated hacking efforts aimed at prising open knowledge-locked information, biometric data is a trickier, less clear-cut and subsequently a more difficult security protocol to beat. Around 150 million people have already registered their voiceprints for authentication at contact centres, and Opus Research predicts this number will soar to 550 million by 2020.
Elsewhere, iris scanning has been deployed globally for several years as part of the transition to biometric passports for international travel – confirming passenger identities and helping to crack down on counterfeit passports. There is significant potential for iris, and even facial, recognition to become a key component in such industries – even more so as wearable devices such as smart glasses begin to infiltrate the workplace and enable real-time biometric scanning for the wearer.
Once the technology is fully consolidated, it is evident that biometrics could likely become the automatic choice for first-level security. While not quite yet a fail-safe security tool – as security firms often seek to prove – almost two-thirds of consumers already want to be able to use a biometric scan to authorise in-store payments, according to Worldpay. This demonstrates rapid and progressive adoption of biometrics security, which in turn will drive greater development within the realm of biometric security solutions.
ConceptD: Creatives get a tech brand of their own
The unveiling of a new brand by Acer recognises the massive computing power needed in creative professions, writes ARTHUR GOLDSTUCK
It’s a crisp Spring morning in Brooklyn. The regular water taxi from Manhattan pulls up at Duggal Greenhouse on the edge of the East River. It’s a building that symbolises the rejuvenation of Brooklyn as a hub of artistic and creative expression.
Inside the vast structure, global computer brand Acer is about to unveil its own tribute to creativity. Company CEO Jason Chen takes to the stage in faded blue jeans and brown t-shirt, underlining the connection of the event to the informality of the area.
“Brooklyn is become more and more diverse,” he tells a gathering of press from around the world, attending the Next@Acer media event. “It’s an area that is up and coming. It represents new lifestyles. And our theme today is turning a new chapter for creativity.”
Every year, Next@Acer is a parade of the cutting edge in gaming and educational laptops and computers. New devices from sub-brands like Predator, Helios and Nitro have gamers salivating. This year is no different, but there is a surprise in store, hinted in Chen’s introduction.
As a grand finale, he calls on stage Angelica Davila, whose day job is senior marketing manager for Acer Latin America. But she also happens to have a Masters degree in computer and electric engineering. A stint at Intel, where she joined a sales and marketing programme for engineers, set her on a new path.
For the last few months, she has been helping write Acer’s next chapter. She has shepherded into being nothing less than a new brand: ConceptD.
Click here to read more about ConceptD.
Which voice assistant wins battle of translators?
Take the most famous phrase from the Godfather – “I’m going to make him an offer he can’t refuse” – or “The only thing we have to fear is fear itself” from the inaugural address of US President Franklin Delano Roosevelt and see just how the virtual assistants do in translating them using their newly introduced Neural Machine Translation (NMT) capabilities. One Hour Translation (OHT), the world’s largest online translation service, conducted a study to find out just how accurate these new services are.
OHT used 60 sentences from movies and famous people ranging from the Godfather and Wizard of Oz to Neil Armstrong, the first man to set foot on the moon, US presidents Franklin Delano Roosevelt and John Fitzgerald Kennedy and historical figures like Leonardo da Vinci and Aesop. The sentences were translated by Google Assistant, Amazon’s Alexa and Apple’s Siri from English to French, Spanish, Chinese and German and then given to five professional translators for their assessment on a scale of 1-6.
Google Assistant scored highest in three of the four languages surveyed – English to French, English to German and English to Spanish and second in English to Chinese. Amazon’s Alexa, whose translation engine is powered by Microsoft Translator, was tops in the English to Chinese category. Apple’s Siri was second place in English to French and English to Spanish and third place in English to German and English to Chinese. (See chart). All three virtual assistants are compatible with mobile phones.
“The automated assistants’ translation quality was relatively high, which means that assistants are useful for handling simple translations automatically,” says Yaron Kaufman, chief marketing officer and co-founder of OHT. He predicts that “there is no doubt that the use of assistants is growing rapidly, is becoming a part of our lives and will make a huge contribution to the business world.”
A lot will depend on further improvements in NMT technology, which has revolutionized the field of translation over the past two years. All the companies active in the field are investing large sums as part of this effort. “OHT is working with several of the leading NMT providers to improve their engines through the use of its hybrid online translation service that combines NMT and human post-editing,” notes Kaufman. He adds that this will no doubt have a huge impact on the use of assistants for translation purposes.
OHT has made a name for itself in assessing the level of translations by NMT engines. Its ONEs Evaluation Score is a unique human-based assessment of the leading NMT engines conducted on a quarterly basis and used as an industry standard.