Emerging technologies securing the cloud

Cloud computing services have transformed businesses large and small across all sectors in recent years and this is only set to increase into the new year. IDC predicts that by 2023, public cloud spending will more than double, growing from $229 billion in 2019 to nearly $500 billion. However, despite mass adoption, the issue of cloud security remains a key concern among business leaders – especially with data breaches making national headlines on a near daily basis. 

So, what can businesses do to address this? A big part of the answer lies in emerging technologies such as artificial intelligence (AI) and automation, which will drive new ways of securing the cloud in 2020 and beyond.

Challenges of securing the cloud

The accelerated technical infrastructure change, digital transformation, and increased storage adoption has significantly altered the challenges faced by businesses to secure their critical assets. The benefits of cloud are clear, from increased speed and agility to advanced cloud analytics. However, these must be considered alongside the potential for an expanded threat surface associated with a broader network.

Security is one of the major concerns for businesses looking to migrate their infrastructure to the cloud, as moving significant amounts of data opens up clear security risks. However, some businesses then fall into the trap of thinking that once the migration project is complete, the major security risks are overcome. This certainly isn’t the case, with the threat surface constantly evolving and taking on a new dimension.  

Businesses must also consider the challenge of securing the cloud against internal threats. Employees can unknowingly compromise their organisation’s security, with a recent study suggesting that every four in ten cybersecurity professionals see cloud storage and file sharing apps as most vulnerable to insider attacks. 

This insider threat means that an attacker can be presented with the keys to the cloud through internal access to an organisation. With threats coming from all angles, it’s clear that businesses need to be putting security first. However, with only a third of organisations employing an endpoint security-first approach to data storage in the cloud, there is still work that needs to be done.

Further compounding these challenges is the need for cybersecurity training, with the shortage of skilled cybersecurity professionals across EMEA recently reaching 291,000. 

Emerging technologies to secure the cloud

AI opens new ways of managing cybersecurity. For example, it recognizes, learns, and models behavioral patterns to adapt systems to the most sophisticated of threats. This enhances the role cybersecurity specialists play, allowing them to react more rapidly, allocate more manual tasks such as scanning, and focus their attention on larger, more complex threats. 

Intelligence-driven automation will create a shift in the traditional detection of, and protection against, threats. It will provide deeper visibility into attacker behavior, reducing the dependency on detecting pre-configured attack alerts. It does this by learning and registering what is normal, to increase the probability of identifying abnormal behavior in an environment. This will empower analysts to triage threats such as malware and react to attacks more rapidly.

However, AI inevitably poses additional challenges for cybersecurity. When it comes to AI, we often see a game of cat and mouse, with adversaries seeking to use the technology and techniques to their advantage. AI presents an opportunity for threat actors to deliver larger scale and more complex attacks, with the ability for adversaries to confuse defensive AI models and circumnavigate them.

Therefore, adopting new technologies will need to be carefully considered. There is no doubt that automation through AI and machine learning is an enabler for analysts. However, over-reliance on technology can be the downfall of an organisation. Analysts still require deep security expertise and this should be enhanced through technologies, such as automation, rather than replaced by it, as this can have the opposite effect and actually put infrastructure at greater risk. 

Cloud and security will continue to change just as they have done year-on-year. Organisations should ensure they are embedding a security-first approach as they digitally transform their business. Through adopting emerging technologies to augment security, businesses can reduce the dependency on human intervention and increase efficiency, effectiveness, and scalability. This will enable them to optimize cybersecurity resources, both human and technology, to better protect their business. 

Leaning on the experts

Businesses should explore how working with a third party can provide additional expertise that augments their existing capabilities by proactively monitoring and mitigating attacks. When it comes to the “not if, but when” scenario that characterizes cloud security, a trusted partner can make all the difference.

With the ever-evolving threat landscape and data growing in volume and value by the day, organisations need to constantly adapt their security and processes to ensure their systems are not compromised. Going into 2020, businesses will need to think and evolve with security at the forefront of their plans and operations.



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2020 iPad Pro Purported Renders Suggest iPhone 11 Pro-Like Triple Rear Cameras

Apple iPad Pro family is rumoured to receive updated 11-inch and 12.9-inch models with an iPhone 11 Pro style triple-lens cameras.

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China successfully launches its heaviest satellite on powerful Long March-5 rocket

China on Friday launched its heaviest and most advanced communications satellite on the country's largest new carrier rocket Long March-5 that will lay the foundation for the development of highly sensitive space probes. Aboard the third Long March-5 rocket, Shijian-20, a new technology test and verification satellite, successfully entered its orbit Friday night, state-run Xinhua news agency reported. Launched from the Wenchang Space Launch Centre in south China's Hainan Province, Shijian-20, weighing more than eight tonnes, is the country's heaviest and most advanced communications satellite in geosynchronous orbit, according to its maker, the China Academy of Space Technology (CAST) under the China Aerospace Science and Technology Corporation (CASC).

China launches third Long March-5 rocket in Hainan province on Friday evening, 27 December 2019. Image: ANI

The Long March-5, China's most powerful rocket and a critical ingredient in the nation's ambitious space programme, can carry a maximum payload of 25 tonnes into low Earth orbit and 14 tonnes into geosynchronous orbit. The successful launch is a major step forward for its planned mission to Mars in 2020. The satellite will carry out orbit experiments for a series of key technologies, the CAST said in a press release.

It will demonstrate in orbit its heat transfer technology based on cryogenic loop heat pipes, an efficient thermal control device for space applications, to lay the foundation for the development of highly sensitive space probes. The satellite will test the controllable deformation of shape memory polymers, a type of smart material that can switch between temporary shapes, to pave the way for the development of large variable space structures.

It will also carry out satellite-ground communication tests using Q/V bands, which lie between 33-75 GHz, within the extremely high frequency (EHF) area of the radio spectrum. These frequencies are used mainly for satellite communications. "The major way to improve satellite communication capacity is to expand the bandwidth of the available frequency bands. If we liken the geostationary orbit to an expressway, which is now the most crowded in space, the use of Q/V bands will help to widen the expressway by four to five times," said Li Feng, chief designer of the satellite with the CAST. The test is key to the development of the next generation of high throughput satellites capable of delivering 1Tbps bandwidth for ultrafast speeds, he said.



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India Science Festival 2020 promises AI-art, levitating objects with your brain, interactions with international scientists

Year after year, we see sports, literature, startups, politics, business and religion take centre stage in the news, on television and on social media. Science, however, is limited to the confines of universities, companies and academia in India. Rarely does science and scientific endeavour get the centre-stage attention.

Those keen to know more about the latest and greatest happenings under the broad umbrella of science, are having to seek them out, through digital resources, old-school conferences and seminars. Rarely has science ever been seen as the relatable, engaging and universally-binding language that it is. India and its youth are engaging in science in schools because they're obligated to – little engagement follows once their education is behind them.

Many of us are unfamiliar with how science happens, why it's even necessary or the advances made by brilliant Indian scientists who have put India on the world map. The India Science Festival 2020 is hoping to tackle some of these long-held challenges to science progress in India, says Varun Aggarwal, co-founder of Aspiring Minds, the Festival's key organiser.

"We wished to celebrate science, connect scientists and society in a fun, engaging way. Our imagination of the science festival is akin to that for a cricket match, a Bollywood star show or a Diwali Mela...It isn't a boring talk program in a conference room, it's a festival of science," Aggarwal added.

"We are in a time where innovation is happening at an exponential speed – be it artificial intelligence, biotechnology, neuroscience, quantum physics, medicine – the fields are exploding with new knowledge and methods. India, too, needs to participate in this revolution and frame the right policies to bring the benefits of the science to society."

In his view, mass public engagement in science and science policy is an indispensable means of making this shift.

Tech2: What can we expect at the Science Festival this year?

Varun Aggarwal (VA): The Festival itself will be spread out over many outdoor and indoor spaces. Walking through the front lawn, one might hear conversation on the ethics of artificial intelligence – why some algorithms are biased against a section of society, eg, women, and how this can be addressed. Later, when Nisheeth Vishnoi from Yale University takes the stage, he will tell you whether you should or should not trust an AI system with important tasks when it interprets your medical scan or handles your financial investments.

You can head on over to another space and find yourself levitating balls using your brain waves, with a little band around your head to detect when you're concentrating. This is just a taste of the infinite possibilities that modern neuroscience opens up. From the future, the festival will also transport you to the past – with fascinating discussions in a Roman-style amphitheatre – where you'll be asked to consider a range of things: Did ancient Indians really know organ transplantation? What is India’s contribution to global science? What is "evidence"? Are the scientific works of our ancestors relevant today?

The Puzzlebox Orbit is a revolutionary helicopter, which is controlled by brain waves. Image: Kickstarter

After some contemplation, you should treat yourself to some of the food – but careful! Don't run into the driverless vehicle that's been finding its own way from one end to the other avoiding all obstacles in its path. It automatically veers around an interactive digital Rangoli that has been laid on the ground. And speaking of Rangoli, there's an exhibition of AI-generated paintings by Harshit Agarwal that's certainly worth checking out.

And if you're there to  hear from the brilliant minds in attendance, there are  40+ scientists from around the world giving super interesting talks and demoing exhibits, including TED-like talks by undergrads and PhD students, our scientists of today and tomorrow. They need to understand the society’s questions/problems and the society needs to understand their innovations and uses. I'm happy to that ISF can provide a platform to make this exchange happen.

Lastly, there are also stimulating policy roundtables planned – on, for example, how to create an MIT in India – that will be a key part of the Festival.

This is how we can bring science to everyone! In a simple, entertaining, immersive way.

Tech2: What do you see in the future of SciTech in India?

VA: Indian science is a sleeping giant! We have the talent, a rich tradition of scientific endeavour and markets that can support innovation. Yet, we follow and don't lead in this regard. We have been reactive to the internet revolution, the mobile revolution and now the AI revolution. India hasn’t produced the largest global companies or scientific breakthroughs in any of these fields.

India can have a very bright future in science, but that will need our science ecosystem to be liberalised and re-oriented. Let's recall for just a moment what happened when we liberalised our economy in the early 90's – our growth rate doubled or more.

The same is possible for science.

Tech2: What about India's science community makes you proud?

VA: India has a rich tradition of science going back to Panini, who is accepted as the world's first linguist. I recommend everyone interested to attend the panel at ISF on India's historic contribution to science.

If you see the period immediately before our independence, there were many science stalwarts in India – CV Raman, JC Bose, Srinivasan Ramanujan, Homi Bhabha among others. JC Bose did exceptional work in electromagnetics and plant sciences out of his lab in Kolkata. Post-independence, we have been massively hit by talented folks not taking up a career in science research – they either joined the industry or went abroad to better opportunities. This needs to change.

Internationally-acclaimed Indian scientists (it just so happens that all of them are men). Image: Manash Kundu Science Blog

Today, there are sporadic bursts of excellence that take the global stage – like the prime number result from IIT Kanpur, Abhay Bang's work in infant mortality or the Simputer from IISc. They caught the world's imagination, and yet, there is no critical mass of scientists to make an impact on the Indian society and economy, let alone the global science scene. This, too, is a dream waiting to be realised.

Tech2: What are some key things limiting India's scientific progress, in your view?

VA: I would recommend attending the 'How to build an MIT in India?' panel at ISF, where speakers from around the world are addressing this issue.

Here are my two cents. The first issue is intent. We focus a lot on economic growth and social upliftment – and rightly so. But, neither the government nor the public is actively concerned or working to improve India’s standing in science and technology. China, on the other hand, has focused on world-class, cutting-edge science since the early 90's, and today, China is only second to the USA in scientific output in many areas.

Countries leading in scientific output in 2018. Image: Statista/NSF

India needs a similar laser focus on science and technology to establish itself as a global leader in the field. Once government shows intent, three simple steps need to follow.

The first is a much-needed liberalisation of the science ecosystem – make our universities and researchers autonomous. Let go gladly of government-ordained salaries for researchers, and bureaucratic hurdles to procure equipment and funds! Only when research institutions and researchers have the freedom to do their jobs will they do so to their full potential.

Second, the government is responsible for creating a market in which science can perform. Resources should be allocated based on performance, and accumulated in the highest-performing institutions. The third step will be to rid us of the socialist mindset to science; government and institutions needs to invest in excellence, rather than spreading the money thin on many low-impact projects and institutions. Simply put, if India can create ten world-class research universities, it would usher in a revolution.

Tech2: What do you hope to accomplish with ISF?

VA: With ISF, we are seeking to break the silos, connect the Indian society with scientists, PhD students, policy makers and the international science community. It will attach a name and face to the 'scientists' we read about every now and again, and shed some light on what they work on.

10 of the 30+ speakers at ISF this year. Image: Aspiring Minds

People will experience science through experiments and exhibits. This could be AI-generated art, levitating balls using one's brain waves or experiencing an autonomous vehicle. This will make science cool for everyone. Scientists will also come closer to the problems and aspirations of our society. This connection will get a lot more people to do science, think scientifically and pursue the scientific career.

ISF seeks to set the narrative for science in India. I am confident that when we bring all these different communities together, they will set the roadmap for India's scientific future, and how to get over the current challenges.

You can register for India Science Festival 2020 here.

ISF 2020 will take place on 11-12th January 2020



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vivo S1 Pro India launch set for January 4


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Samsung Galaxy A30s 128GB Storage Variant Launched in India: Price, Specifications

Samsung Galaxy A30s 128GB storage variant has been launched in India, the company told Gadgets 360. The new variant sits alongside the existing Galaxy A30s model that has 64GB of onboard storage.

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Early renders of Apple’s 2020 iPad Pro 11 and 12.9 show triple rear cameras

Apple is reportedly planning to launch upgrades to its 11-inch and 12.9-inch iPad Pro tablets in spring next year. And we already have 3D renders to give us an idea about how they are going to look like.

Apple's 2019 iPad Pro. Image: tech2

The first renders of the 2020 iPad Pros come from @OnLeaks and iGeeksBlog. It follows the similar thin-bezel design of the iPad Pro 11 on both the models. However, the newest addition is the triple-camera module on the rear that is similar to the iPhone 11 Pro. Until now, all the iPads have had a single camera module on the rear.

The thickness of the upcoming iPad Pros could be more because of the triple cameras will almost the same dimensions overall. There’s no mention of the material being used on them nor any confirmation of the chipset that it will use. However, considering previous cases, new chipsets launched during September or October are carried over to the iPads.

2020 Apple iPad Pros renders. Image: @OnLeaks/iGeekdBlog

If Apple follows tradition, then the 2020 iPads will pack the Apple A13X chip. Since Apple tends to release iPads during the March, it’s likely we will get to see the new iPad Pros in the same month next year.



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