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  • richardmitnick 2:34 pm on January 28, 2019 Permalink | Reply
    Tags: Arm Holdings, Arm wants to wrestle industry into a seat on the UK.gov's £70m hardware security train, Cyber security,   

    From The Register: “Arm wants to wrestle industry into a seat on the UK.gov’s £70m hardware security train” 

    From The Register

    28 Jan 2019
    Gareth Corfield

    We’re taking it seriously, says chief architect

    ARM Holdings

    Arm Holdings has declared that it feels the “weight of our responsibility” as it jumps on board with UK.gov’s £70m plans to influence “hardware and chip designs” to enhance security.

    The Digital Security by Design project is “a combination of the best practice approaches to security laid out in the Digital Security by Design review in 2018”, which also gave us GCHQ’s code of practice on IoT device security.

    “With businesses having to invest more and more in cyber security, ‘designing in’ security measures into the hardware’s fabric will not only protect our businesses and consumers but ultimately cut cybersecurity costs to businesses,” said Business Secretary Greg Clark MP, in a canned quote announcing the move. The project is led by a government body, UK Research and Industry (UKRI).

    Cambridge-headquartered Arm, while increasingly global in outlook following its buyout by Japan’s Softbank in 2016, is taking the initiative seriously. Its chief architect, Richard Grisenthwaite, said: “Arm is fully supporting UKRI’s push on security as it will catalyze research by the UK’s top computer engineering departments and, in partnership with industry, turn advanced security ideas into commercially-deployable technologies more rapidly.”

    He continued, referring to Cambridge University’s Capability Hardware Enhanced RISC Instructions (CHERI) project, whose fruits are soon to be seen in Arm-architected chips: “CHERI technology offers the potential to derive formally-proven security properties of the memory system, addressing basic spatial memory safety which is a root cause of many existing security exploits… we must think about security in its entirety – not just at a point in time or at a particular layer in a hardware or software stack.”

    The “up to £70m” Digital Security by Design Challenge will be delivered by UKRI through the Industrial Strategy Challenge Fund, which we are told will be “subject to business case approval and match funding from industry”. Similarly, the £30.6m “Ensuring the Security of Digital Technology at the Periphery” programme will be overseen by UKRI via its Strategic Priorities Fund.

    The latter programme is targeted at IoT device security, with UK.gov informing us all: “Effective solutions need to combine cyber and physical safety and security with human behaviour, influence new regulatory response and validate and demonstrate novel approaches. This will build on current investments including the PETRAS Internet of Things Research Hub and other activities supported through IoT UK.”

    Digital minister Margot James chipped in to add: “We’re moving the burden away from consumers to manufacturers, so strong cyber security is built into the design of products. This funding will help us work with industry to do just that, improving the strength and resilience of hardware to better protect consumers from cyber-attacks.”

    A sum of “up to” £70m spread across different projects compares less than favourably with, for example, Intel’s R&D budget of $13bn in FY2017/18. Nonetheless, Arm’s Grisenthwaite concluded: “Now the UK government has taken this stronger position on security, it is up to industry to show support. That will mean putting in money and resource and it is in all of our interests to do the right thing.”

    See the full article here .

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  • richardmitnick 6:04 pm on June 20, 2017 Permalink | Reply
    Tags: , , Cyber security,   

    From SA: “World’s Most Powerful Particle Collider Taps AI to Expose Hack Attacks” 

    Scientific American

    Scientific American

    June 19, 2017
    Jesse Emspak

    1
    A general view of the CERN Computer / Data Center and server farm. Credit: Dean Mouhtaropoulos Getty Images

    Thousands of scientists worldwide tap into CERN’s computer networks each day in their quest to better understand the fundamental structure of the universe. Unfortunately, they are not the only ones who want a piece of this vast pool of computing power, which serves the world’s largest particle physics laboratory. The hundreds of thousands of computers in CERN’s grid are also a prime target for hackers who want to hijack those resources to make money or attack other computer systems. But rather than engaging in a perpetual game of hide-and-seek with these cyber intruders via conventional security systems, CERN scientists are turning to artificial intelligence to help them outsmart their online opponents.

    Current detection systems typically spot attacks on networks by scanning incoming data for known viruses and other types of malicious code. But these systems are relatively useless against new and unfamiliar threats. Given how quickly malware changes these days, CERN is developing new systems that use machine learning to recognize and report abnormal network traffic to an administrator. For example, a system might learn to flag traffic that requires an uncharacteristically large amount of bandwidth, uses the incorrect procedure when it tries to enter the network (much like using the wrong secret knock on a door) or seeks network access via an unauthorized port (essentially trying to get in through a door that is off-limits).

    CERN’s cybersecurity department is training its AI software to learn the difference between normal and dubious behavior on the network, and to then alert staff via phone text, e-mail or computer message of any potential threat. The system could even be automated to shut down suspicious activity on its own, says Andres Gomez, lead author of a paper [Intrusion Prevention and Detection in GridComputing – The ALICE Case] describing the new cybersecurity framework.

    CERN’s Jewel

    CERN—the French acronym for the European Organization for Nuclear Research lab, which sits on the Franco-Swiss border—is opting for this new approach to protect a computer grid used by more than 8,000 physicists to quickly access and analyze large volumes of data produced by the Large Hadron Collider (LHC).

    LHC

    CERN/LHC Map

    CERN LHC Tunnel

    CERN LHC particles

    The LHC’s main job is to collide atomic particles at high-speed so that scientists can study how particles interact. Particle detectors and other scientific instruments within the LHC gather information about these collisions, and CERN makes it available to laboratories and universities worldwide for use in their own research projects.

    The LHC is expected to generate a total of about 50 petabytes of data (equal to 15 million high-definition movies) in 2017 alone, and demands more computing power and data storage than CERN itself can provide. In anticipation of that type of growth the laboratory in 2002 created its Worldwide LHC Computing Grid, which connects computers from more than 170 research facilities across more than 40 countries. CERN’s computer network functions somewhat like an electrical grid, which relies on a network of generating stations that create and deliver electricity as needed to a particular community of homes and businesses. In CERN’s case the community consists of research labs that require varying amounts of computing resources, based on the type of work they are doing at any given time.

    Grid Guardians

    One of the biggest challenges to defending a computer grid is the fact that security cannot interfere with the sharing of processing power and data storage. Scientists from labs in different parts of the world might end up accessing the same computers to do their research if demand on the grid is high or if their projects are similar. CERN also has to worry about whether the computers of the scientists’ connecting into the grid are free of viruses and other malicious software that could enter and spread quickly due to all the sharing. A virus might, for example, allow hackers to take over parts of the grid and use those computers either to generate digital currency known as bitcoins or to launch cyber attacks against other computers. “In normal situations, antivirus programs try to keep intrusions out of a single machine,” Gomez says. “In the grid we have to protect hundreds of thousands of machines that already allow” researchers outside CERN to use a variety of software programs they need for their different experiments. “The magnitude of the data you can collect and the very distributed environment make intrusion detection on [a] grid far more complex,” he says.

    Jarno Niemelä, a senior security researcher at F-Secure, a company that designs antivirus and computer security systems, says CERN’s use of machine learning to train its network defenses will give the lab much-needed flexibility in protecting its grid, especially when searching for new threats. Still, artificially intelligent intrusion detection is not without risks—and one of the biggest is whether Gomez and his team can develop machine-learning algorithms that can tell the difference between normal and harmful activity on the network without raising a lot of false alarms, Niemelä says.

    CERN’s AI cybersecurity upgrades are still in the early stages and will be rolled out over time. The first test will be protecting the portion of the grid used by ALICE (A Large Ion Collider Experiment)—a key LHC project to study the collisions of lead nuclei. If tests on ALICE are successful, CERN’s machine learning–based security could then be used to defend parts of the grid used by the institution’s six other detector experiments.

    See the full article here .

    Please help promote STEM in your local schools.

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    Scientific American, the oldest continuously published magazine in the U.S., has been bringing its readers unique insights about developments in science and technology for more than 160 years.

     
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