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Flawless phishes coming

What lies ahead for companies, governments and individuals regarding cybersecurity in 2019? Will we see the EU government forcing US data centers to hand over data? Will the European Union issue its first major fines for organisations in contravention of its General Data Protection Regulation? Will our growing dependence on social media expose us to unwanted risks as our accounts become compromised? BRIAN PINNOCK, cybersecurity specialist at Mimecast, gives his opinion.



The World Economic Forum recently placed cybersecurity as the fifth biggest global risk for doing business, with 19 countries ranking it as their number one concern, including 14 in Europe and North America, as well as Japan, India, Indonesia, Singapore and the UAE. As the political climate around the world continues to create volatility, growing numbers of connected global citizens will turn to the Internet to have their message heard. The growth in connected devices– from consumer wearables to industrial IoT to medical devices – is compounding the security challenge as each device represents a potential cybersecurity risk.

Here, we take a global look at some of the key developments we expect to see on the cybersecurity front in 2019.

More effective, not different, cyberattack types

Throughout 2019, the most insidious development won’t be new attack types but rather improved execution of existing attack types, especially those delivered via email. Better social engineering, more advanced phishing attacks, increases in credential stuffing attacks, and more complicated malware with multiple stages and different form factors for transmission, will make threats incredibly tricky to detect.

Phishing techniques like the use of homoglyphs, elongated URLs, the use of legitimate certifications (green lock), and credential-harvesting sites will increase. Flawless phishes will continue to prey on the gap in human firewalls, pivoting internally around organisations and intensifying efforts to better educate all staff. Cybersecurity awareness training, which according to a global Mimecast and Vanson Bourne study is only continuously conducted by 11% of global organisations, will receive renewed attention as organisations bolster the capabilities of their first line of defence: their employees.

Cybercriminals will also shift focus to weaker countries and industry verticals that lag in their adoption of more advanced cyber defences. More industrialised countries are investing heavily in cybersecurity, making them less attractive to cybercriminals. Companies in particularly the Middle East and Africa often assume their security is sufficient without realising that the threat landscape is drastically shifting. This makes them easy targets for cybercriminals who tend to follow the path of least resistance. Attackers will also continue to shift their attention away from larger organisations to small and medium businesses.

Monetisation of data breaches

There have been several highly successful high-profile data breaches over the past few years. From Equifax to Facebook, eBay to JPMorgan, hackers have made off with sensitive data for hundreds of millions of user accounts. Just recently, Marriott announced that its Starwood database was hacked for approximately 500 million guests – one of the largest breaches in history. With global cybercrime organisations’ growing in maturity and sophistication, many are now acquiring capabilities that were once the sole reserve of nation states. We’re likely to see these cybercriminals use stolen credentials from the past few years’ data breaches to compromise the security of even the most secure organisations. Even companies with good cyber protection have little protection against the reuse of passwords that have been collected in other breaches.

The evolution of cyberattacks has also created entire ecosystems of fraud. Stolen personal health information, for example, could be used to gain insight to patients’ ailments and likely treatments. Hackers could use this information to obtain prescriptions for strictly controlled medication that is then traded or sold illegally. It’s no longer just about a straightforward cyberattack: cybercrime is fast becoming a trickle-down economic system with multiple layers of fraud and criminality built into its very fabric.

Intelligence becomes ‘intelligent’

Organisations will realise the importance of threat intelligence and will talk about the need for an intelligence function. What they really mean is that they want some insight from their vendors around the huge amounts of threat data they’re acquiring. There may be a handful organisations who will stop recasting threat data as intelligence and instead focus on generating actionable insights from this data, the prerequisite for ‘threat intelligence’. Unfortunately, the vast majority still won’t take any action from the data presented, which means they won’t actually have any intelligence –only an interesting storyline.

Artificial intelligence and machine learning will play a more prominent role as the velocity and variety of attacks makes conventional approaches – such as blacklists – outdated and ill-equipped to deal with modern cyber threats. The average phishing site, for example, is only online for a few hours. With such a crowded domain space, attackers have to be clever about the domains they register and exploit. Luckily, these domains generally have certain characteristics, which machine learning algorithms can exploit and detect, while other properties of attack vectors can also be recognised by appropriately trained AI.

AI will also be used to detect break-ins, spam, phishing and more. Although it will mostly work well, look out for the occasional mistake: these will be utterly incomprehensible to humans, and very hard for vendors to explain to their customers.

From financial gain to life-and-death

As our world becomes increasingly digitised and connected devices continue to permeate every aspect of our daily lives, the risks posed by cybercriminals are escalating. A large-scale attack on critical infrastructure such as energy services, water supplies or even hospitals could cause massive damage and even loss of life. Autonomous vehicles, although not prevalent on our shores yet, are attractive targets for the more ruthless type of cybercriminal. And with the growth in digital medical devices, hackers could directly target an individual and interfere with their pacemakers or heartrate monitors.

Privacy will also become a key concern: consumer connected devices such as cameras, microphones and wearables will become a major security issue as hackers discover ways to see live audio and video of unsuspecting people’s lives. The fallout of such an incident being exposed could drastically erode trust in technology and make people treat technology with greater caution as they realise the devices they have enjoyed without concern, carry immense risk to their personal privacy and security.

Even though the threat landscape keeps changing what seems to be the common thread is that email continues to be the most common – and least protected – attack vector. We can’t predict exactly what 2019 threats will look like, but we can predict that while email remains vulnerable it will continue to be the preferred entry point for criminals to deliver threats to your organisation.


CES: Most useless gadgets

The worst gadgets of CES also deserve their moment of infamy, writes ARTHUR GOLDSTUCK.



It’s fairly easy to choose the best new gadgets launched at the Consumer Electronics Show (CES) in Las Vegas last week. Most lists – and there are many – highlight the LG roll-up TV, the Samsung modular TV, the Royole foldable phone, the impossible burger, and the walking car.

But what about the voice assisted bed, the smart baby dining table, the self-driving suitcase and the robot that does nothing? In their current renditions, they sum up what is not only bad about technology, but how technology for its own sake quickly leads us down the rabbit hole of waste and futility.

The following pick of the worst of CES may well be a thinly veneered attempt at mockery, but it is also intended as a caution against getting caught up in hype and justification of pointless technology.

1. DUX voice-assisted bed

The single most useless product launched at CES this year must surely be a bed with Alexa voice control built in. No, not to control the bed itself, but to manage the smart home features with which Alexa and other smart speakers are associated. Or that any smartphone with Siri or Google Assistant could handle. Swedish luxury bedmaker DUX thinks it’s a good idea to manage smart lights, TV, security and air conditioning through the bed itself. Just don’t say Alexa’s “wake word” in your sleep.

2. Smart Baby Dining Table 

Ironically, the runner-up comes from a brand that also makes smart beds: China’s 37 Degree Smart Home. Self-described as “the world’s first smart furniture brand that is transforming technology into furniture”, it outdid itself with a Smart Baby Dining Table. This isa baby feeding table with a removable dining chair that contains a weight detector and adjustable camera, to make children’s weight and temperature visible to parents via the brand’s app. Score one for hands-off parenting.

Click here to read about smart diapers, self-driving suitcases, laundry folders, and bad robot companions.

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CES: Language tech means no more “lost in translation”



Talking to strangers in foreign countries just got a lot easier with recent advancements in translation technology. Last week, major companies and small startups alike showed the CES technology expo in Las Vegas how well their translation worked at live translation.

Most existing translation apps, like Bixby and Siri Translate, are still in their infancy with live speech translation, which brings about the need for dedicated solutions like these technologies:

Babel’s AIcorrect pocket translator


The AIcorrect Translator, developed by Beijing-based Babel Technology, attracted attention as the linguistic king of the show. As an advanced application of AI technology in consumer technology, the pocket translator deals with problems in cross-linguistic communication. 

It supports real-time mutual translation in multiple situations between Chinese/English and 30 other languages, including Japanese, Korean, Thai, French, Russian and Spanish. A significant differentiator is that major languages like English being further divided into accents. The translation quality reaches as high as 96%.

It has a touch screen, where transcription and audio translation are shown at the same time. Lei Guan, CEO of Babel Technology, said: “As a Chinese pathfinder in the field of AI, we designed the device in hoping that hundreds of millions of people can have access to it and carry out cross-linguistic communication all barrier-free.” 

Click here to read about the Pilot, Travis, Pocketalk, Google and Zoi translators.

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