Oracle America Inc., Redwood Shores, California, is awarded a competitive single award, indefinite-delivery/indefinite-quantity, firm-fixed-price contract for Integrated Processor Capacity Services - SPARC Compatible (IPCS-SC). The contract ceiling is $137,837,975. The period of performance (PoP) consists of a five-year base period and five one-year option periods, for a total contract life cycle of ten years. The PoP for the base period is September 3, 2019, through September 2, 2024, and the option years follow consecutively through September 2, 2029. Performance will be at current Defense Information Systems Agency (DISA) data centers or future DISA or DISA-approved locations where DISA assumes an operational responsibility for suppor
The Department of Energy and the Lawrence Livermore National Laboratory are working to advance high performance computing by lowering adoption risks and conducting related technology development. Under the High Performance Computing Energy Innovation Program, known as HPC4EI, they are pursuing three initiatives involving the manufacturing, materials and mobility applications of high performance computing, and are seeking industry solutions as part of a $5.2 million request for proposal solicitation. The laboratory, known as LLNL, is managing the HPC4EI Program in conjunction with other laboratories.
DRS Network & Imaging Systems LLC, Melbourne, Florida, was awarded a competitive, single award, indefinite-delivery/indefinite-quantity contract for an Army requirement known as Mounted Family of Computer Systems (MFOCS) II.
Computer core processors using a "speculative execution" have a "serious security flaw," according to researchers from Google's Project Zero. The speculative execution functionality is "a technique used by most modern processors (CPUs) to optimize performance," according to Google’s Matt Linton, senior security engineer, and Matthew O'Connor, Office of the Chief Technology Officer. The flaws, dubbed "Spectre" and "Meltdown," make aspects of the computer memory vulnerable to cyber attacks.