Hackers across EMEA are warming up for the FIFA World Cup. As all eyes turn to the pitch, they’ll be booting up the botnets ready to take on the excitable businesses who are increasingly giving away the ball on app protection and data security.
The EU General Data Protection Regulation (GDPR) – the cyberspace equivalent of the omnipresent Video Assisted Referee – will also be making its presence felt this Summer. The penalty for a breach is 2% to 4% of global turnover or €10 to 20 million, whichever is the bigger hit. The GDPR supervisory body can also flash the proverbial red card by immediately suspending all data processing if the risk to an EU citizen’s privacy is deemed unacceptable.
According to the Ponemon Institute’s 12th annual Cost of Data Breach study, the global average cost of a data breach currently stands at $3.62 million. The ongoing reputational costs are harder to quantify, so it’s not worth being sent off over compliance complacency. Like any competition, every company must now train hard and be ready to take a stand against cybercrime with the goal of protecting data.
Bots take to the field
Football is a game of two halves, and so too is the Internet. Recent research by F5 Labs suggests that half of the Internet’s traffic comes from bots, 30% of which are malicious. Most bots search for vulnerabilities, scrape websites or participate in DDoS attacks. They can speed up password-guessing to break into online accounts, mine cryptocurrency such as Bitcoin, and attack anything requiring a large network of computers.
Most botnet based attacks are designed for disruption and exploitation. Typical attacks include the creation of Spam email relays and Denial of Service (DoS) activities designed to prevent access to websites. Another concern flagged by F5 Labs is the inexorable rise of Thingbots: botnets which are built exclusively from IoT devices and are fast becoming the cyberweapon delivery system of choice for today’s attackers due to their poor security and ease of compromise.
Year over year (2016-2017), F5 Labs found that Telnet brute force attacks against IoT devices rose 249%. Moving ahead, IoT’s destructive arsenal is set to explode in scale. Gartner recently reported that there are 8.4 billion IoT devices in use and the number is expected to grow to 20.4 billion by 2020. Botnet risks rise significantly when moving to multi-cloud environments as many businesses are now doing out of operational necessity. In particular, many cloud consumers assume that security is inherently better in the cloud and do not realise the same vulnerabilities that plagued them in their datacentre are just as present in the cloud.
Tackling advanced app security
A threat defence is only effective if it safeguards sensitive data. Visibility is fundamental to understanding normal application behaviour, detecting anomalous traffic and being able to report data breaches to the relevant data protection authorities. Visibility means having insight into all traffic that passes between users and applications. It is essential that security systems understand the application, the protocols and can see into encrypted traffic. Context is equally important and the key to understanding the characteristics of an application’s environment, including behavioural insights that enable rapid adaptation where required. Incisive visibility and context are crucial to informing decision-makers, which means that robust security controls can be implemented to protect your apps and data.One of the best first lines of defence in the game is a web application firewall (WAF). The 2018 State of Application Delivery (SOAD) report revealed that 98% of F5’s surveyed customers protect at least some part of their application portfolio with a WAF. More than 40% protect half or more of their apps.
However, not all WAFs are capable of safeguarding against the full scope of today’s hyperactive threat spectrum. This is where Advanced WAF (AWAF) solutions are more effective. Capable of supporting a variety of consumption and licensing models, including a per-app basis, as well as perpetual, subscription, and utility billing options, AWAFs provide a new level of flexibility in both the cloud and the data centre. Important benefits include facilitating better collaboration between SecOps, DevOps, and NetOps teams to deploy app protection services in any environment.
Crucially, AWAFs provide powerful defensive capabilities against malicious bots going beyond signatures and reputation to block evolving automated attacks, prevent account takeovers (with encryption at the application layer), and protect apps from DoS attacks (using machine learning and behavioural analytics for high accuracy). AWAFs also provide comprehensive protection from mobile attacks through an Anti-Bot Mobile SDK rich security services, including application whitelisting (i.e. index of approved software), secure cookie validation, and advanced app hardening.
Blowing the whistle on cybercrime
Organisations need to prove they are responsible data custodians. Security and transparency are now essential attributes for customer service. It’s time to blow the whistle on cybercrime.
Investing in integrated security solutions protects what matters: your applications. The net result is that data are protected, the business upholds compliance standards and your customers remain enthusiastic, loyal fans – a world class winning combination.
The myths of microwaves
We all know microwaves make cooking a breeze and it helps save those minutes, we rarely have enough of these days. However, some people do have those lingering doubts about whether microwaving food destroys nutrients or that it emits harmful radiation. However, the truth is a lot more comforting and positive.
“The microwave makes life so much easier,” says Tracy Gordon, Head of Product – Home Appliances at Samsung South Africa. “It’s human-centred technology at its most helpful. The Samsung Hotblast for example, has revolutionary functions, which are tailor-made to create fast, tasty and healthy meals in minutes.”
A recent article by Harvard Health Publishingclaims stated that “microwave ovens cook food using waves of energy that are remarkably selective, primarily affecting water and other molecules that are electrically asymmetrical. Microwaves cause these molecules to vibrate and quickly build up thermal (heat) energy.” The article debunks two common myths about microwaving food.
Myth 1: Microwaving kills nutrients
Whether in a microwave or a regular oven, some nutrients, including vitamin C, do break down when exposed to heat. However, the fact is, cooking with a microwave might be better when it comes to preserving nutrients because it takes a shorter time to cook. Additionally, as far as vegetables go, cooking them in water robs them of some of their nutritional value because the nutrients seep out into the cooking water,” states the report by Harvard Health Publishing. According to the World Health Organisation (WHO), food cooked in a microwave oven is as safe and has the same nutrient value, as food cooked in a conventional oven.
Myth 2: Microwaving food can give you cancer
The American Cancer Society (ACS) says that microwaves do not make food radioactive. Microwaves heat food but they do not change the chemical or molecular structure of it. In fact, there is absolutely no evidence that microwaves pose a health risk to people when used appropriately, the organisation added.
With those myths well busted, it’s comforting to know one can make full use of the convenient kitchen appliance. And when the time comes to use a microwave to heat up a tasty meal in no time, one can trust the Samsung Hotblast to do the job. The HotBlast has multiple air holes blowing out powerful hot air, which reduces cooking time. Samsung claims the Slim Fry technology ensures that food is perfectly crisp on the outside and delicious and juicy on the inside. Additionally, this versatile microwave has a wider grill, making it easier to brown food fast and evenly. The turntable is wider, measuring 345mm, making it possible to prepare bigger portions of food. And with its Eco Mode power, it significantly reduces energy consumption with its low standby power. Its intelligent features and stylish design makes it very useful and as we now know – a safe, healthy way to enjoy a meal.
New BMW 3-series ushers in autonomous future
The new BMW 3-series is not meant to be an autonomous car, but it is so close, ARTHUR GOLDSTUCK discovers.
It was not meant to be a test-drive of an autonomous vehicle. But the Driving Assist button on the steering wheel of the new BMW 330i was just too tempting. And there I found myself, on Sir Lowry’s Pass near Cape Town, “driving” with my arms folded while the vehicle negotiated curves on its own.
Every 10 seconds or so, yellow or red lights flashed to alert me to put my hands back on the wheel. The yellow lights meant the car wanted me to put my hands on the wheel, just to show that I was in control. The red lights meant that I had to take over control from the artificial intelligence built into the vehicle.
With co-driver Ernest Page, we negotiated a major highway, the bends of Sir Lowry’s pass, and the passes of Hell’s Heights (Hel se Hoogte) above the Cape Winelands.
As the above video of the experience reveals, it can be nerve-racking for someone who hasn’t experienced autonomous driving, or hasn’t been dreaming of testing it for many years. For this driver, it was exhilarating. Not because the car performed so magnificently, but because it tells us just how close true autonomous driving really is.
There was one nervous moment when the autonomous – or rather, Driving Assist – mode disengaged on Hell’s Heights, but fear not. A powerful sense of responsibility prevailed, and my hands hovered over the steering wheel as it took the curve. Assist disengaged, and the car began to veer towards the other side of the road. I quickly took over, and also sobered up from the giddiness of thinking I was already in the future.
In reality, Driving Assist is part of level 2 of driving autonomy, as defined by the Society of Automotive Engineers. A presentation on the evening of the test drive, by Edward Makwana, manager of group product communications at BMW Group in South Africa, summed up the five stages as the driver having Feet Off, Hands Off, Eyes Off, Mind off, and finally, only being a Passenger.
However, the extent to which the hands-off mode of Driving Assist mimics self-driving, and easily shows the way to eyes-off and mind-off, is astonishing.
Click here to read about the components that make the Driving Assist work.