The U.S. Defense Advanced Research Projects Administration (DARPA) announced on Wednesday that advanced software and equipment it developed to spot counterfeit microelectronics in U.S. weapons and cyber security systems has been handed over to military contractors to continue development. DARPA said the product of its Integrity and Reliability of Integrated Circuits (IRIS) program: the Advanced Scanning Optical Microscope (ASOM) technology was transferred to the Naval Surface Warfare Center (NSWC) in Crane, Indiana, where it will be used to inspect microelectronics for signs of tampering or compromise. The technology was developed with the help of SRI International, an IRIS contractor. Read more Security Ledger coverage of supply chain risks. “The ASOM technology housed at NSWC Crane will help engineers provide forensic analysis of microelectronics, including integrated circuits (IC) confiscated by law enforcement officials,” DARPA said in a statement. The DoD is a major buyer of integrated circuit chips, which are mainly manufactured outside the U.S. […]
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Is It Time For Customs To Inspect Software? | Veracode Blog
If you want to import beef, eggs or chicken into the U.S., you need to get your cargo past inspectors from the U.S. Department of Agriculture. Not so hardware and software imported into the U.S. and sold to domestic corporations. But a spate of stories about products shipping with malicious software raises the question: is it time for random audits to expose compromised supply chains? Concerns about ‘certified, pre-pwned’ hardware and software are nothing new. In fact, they’ve permeated the board rooms of technology and defense firms, as well as the halls of power in Washington, D.C. for years. The U.S. Congress conducted a high profile investigation of Chinese networking equipment maker ZTE in 2012 with the sole purpose of exploring links between the company and The People’s Liberation Army, and (unfounded) allegations that products sold by the companies were pre-loaded with spyware. Of course, now we know that such […]
Dan Geer Keynote: Security of Things Forum
The following is a transcript of a speech given by Dr. Dan Geer at the Security of Things Forum on May 7, 2014. The Forum was held at The Sheraton Commander in Cambridge, Massachusetts. The official copy of Dr. Geer’s speech lives on his web site, and can be found here. .Security of Things .Dan Geer, 7 May 14, Cambridge Thank you for your invitation and to the other speakers for their viewpoints and for the shared experience. With respect to this elephant, each of us is one of those twelve blind men. We are at the knee of the curve for deployment of a different model of computation. We’ve had two decades where, in round numbers, laboratories gave us twice the computing for constant dollars every 18 months, twice the disk drive storage capacity for constant dollars every 12 months, and twice the network speed for constant dollars every […]
Heartbleed: Technology Monoculture’s Second Act
Say ‘technology monoculture’ and most people (who don’t look at you cross-eyed or say ‘God bless you!’) will say “Microsoft” or “Windows” or “Microsoft Windows.” That makes sense. Windows still runs on more than 90% of all desktop systems, long after Redmond’s star is rumored to have dimmed next to that of Apple. Microsoft is the poster child for the dangers and benefits of a monoculture. Hardware makers and application developers have a single platform to write to – consumers have confidence that the software and hardware they buy will “just work” so long as they’re running some version of Windows. The downside, of course, is that the Windows monoculture has also been a boon to bad guys, who can tailor exploits to one operating system or associated application (Office, Internet Explorer) and be confident that 9 of 10 systems their malicious software encounters will at least be running some version of the […]
Vulnerabilities Lurking Far And Wide In IoT Ecosystem
The Internet of Things (IoT) promises to revolutionize the way people live and work. But while the media’s attention is focused on high-profile Internet of Things firms like NEST, the smart-home products vendor that Google acquired for more than $3 billion last month, much of the innovation in IoT – at least in the consumer market – is a bottom-up, grass roots phenomenon. Quietly, the combination of ready-made components, point and click development environments and cloud based back end management tools has enabled an army of (mostly) novice developers to assemble novel, connected products for a public enraptured with the idea of using their mobile devices to control something — anything. At the same time, crowd-funding platforms like Kickstarter and Indiegogo have created a platform for products to get funded and distributed to hundreds, thousands or even tens of thousands of customers – once a monumental task. That’s great for the […]