15 marzo 2021 14:36
Fonte: Adnkronos
#ict
LONDON, March 15, 2021 /PRNewswire/ Raytheon UK, a unit of Raytheon Technologies (NYSE: RTX), will deliver 12 Condor Mk3 next-generation Monopulse Secondary Surveillance Radar systems to NAV CANADA with an option to purchase additional radar systems as part of a 15-year contract. The first radar system will be shipped in March 2021 and installed by NAV CANADA in April. We have been supplying radar systems to NAV CANADA since 1959, and MSSRs since the 1980s, said John Gallagher, managing director, Weapons & Sensors, Raytheon UK. The more advanced Condor Mk3 was designed and developed by Raytheon UK engineers in Harlow, Essex, England, and will be manufactured at our facility in Glenrothes, Scotland, helping to sustain 70 jobs in Harlow and 20 jobs in Glenrothes over the next 15 years.
CB Sidney Jones stays Jacksonville, who played on a league minimum salary in 2020.
TE Geoff Swaim returns to Tennessee on a 1 year deal.
EDGE Von Miller had his $18M option for 2021 exercised by the Broncos. $7M of it is now fully guaranteed. Miller carries a $22M cap hit in the final year of his contract. Full Breakdown
DT Dalvin Tomlinson leaves the Giants on a 2 year, $22M contract with the Vikings. $16M is fully guaranteed.
WR Chris Moore joins the Texans on a 1 year, $2M contract.
leaves Washington on a 2 year $8M contract in Houston.
QB Jameis Winston stays in New Orleans on a 1 year, $5.5 million contract, with $7M of additional incentives. Full Breakdown
DARPA Seeks Chips that Can Crunch Data Without Decrypting It
Current methods of doing fully homomorphic encryption require too much computing power to be used widely.
The Defense Advanced Research Agency awarded four research teams multimillion-dollar contracts to figure out how to perform computations on encrypted data faster and with less power.
The four performers for DARPA’s Data Protection in Virtual Environments program aim to build silicon chips capable of supporting Fully Homomorphic Encryption, which enables users to compute and analyze data without exposing it to compromise by decrypting it. FHE still requires far too much compute overhead to be considered a practical option, so DPRIVE performers will create brand new chips specialized for FHE.
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