DARPA releases plan for 'breakthrough' defense tech
March 26, 2015
The Defense Advanced Research Projects Agency unveiled its vision this week of America's future high-tech military superiority.
David Stegon was a staff reporter for FedScoop and StateScoop from 2011-2014.
Gen. Keith Alexander reiterated his view that the federal government’s network architecture is not defensible against cyber-attacks, but added it can be if rebuilt using the latest cloud-computing technologies.
Alexander, director of the National Security Agency and commander of the U.S. Cyber Command, spoke Friday at a Northern Virginia Technology Council breakfast event in Tysons Corner, Va., where he said NSA is building a secure cloud with the hopes of doing just that.
“We have more than 15,000 enclaves in the Department of Defense, which are impossible to defend – there will be vulnerabilities,” Alexander said. “We need to bring the number to zero and can do so with cloud technology that can rapidly adapt to threats without the need of humans in the loop.”
Alexander added NSA has pushed the code for the secure cloud out to the open source community in hopes the nation’s developers can make it even stronger.
That secure cloud will be needed, Alexander said, especially in the mobile space where there is an increased desire for federal workers to use their smartphones for business applications.
Alexander said NSA is sensitive to that and believes going forward, smartphones can play a key role in the identity management aspect of cybersecurity.
“We are working to get a hardware root of trust that will ensure in the not-to-distant future that a smartphone will act in many ways as a person’s identity card,” Alexander said.
He said the Defense Information Systems Agency is working on a smartphone mobile device plan for the classified networks of DOD. Alexander said employees can access the SIPRnet and classified information, and in the next year or two will likely be able to access communications on a Top Secret level.
Other notes from Alexander’s presentation: