Tag Archive for: each

SonicWall Capture Service is Finding, Stopping More Than 1000 New Unique Malware Variants Each Day — A 524 … – Digital Journal

SonicWall Capture Service is Finding, Stopping More Than 1000 New Unique Malware Variants Each Day — A 524 …
Digital Journal
“SonicWall Capture ATP has proven time and again that it not only identifies new variants, but also safely contains and stops zeroday attacks. After seeing the devastating effects of WannaCry and NotPetya — and now breaches at Equifax and Deloitte …

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zero day – read more

Data breach costs surge 29% to $4m each – Enterprise Innovation

Data breach costs surge 29% to $ 4m each
Enterprise Innovation
The average cost of a data breach for companies surveyed has grown to $ 4 million, representing a 29% increase since 2013, according to IBM. A study done by Ponemon Institute and commissioned by IBM found that cybersecurity incidents continue to grow …

“data breach” – Google News

Intel retires “tick-tock” development model, extending the life of each process

It looks like the Kaby Lake processor isn’t a one-off. Intel’s latest 10-K filing (spotted at Motley Fool) discloses that the two-phase “tick-tock” development model that the company has been using since 2007 is being replaced with a three-phase mode: Process, Architecture, Optimization.

Under tick-tock, development was split into “ticks,” where an existing processor design would be migrated to a new manufacturing process, and “tocks,” where a new processor design would be released onto an existing process. The process has been used since Intel first introduced its “Core” branded processors, and the model has created a familiar pattern. Each tock introduces new features and improved architectural performance, and each tick has improved power consumption and/or clock speeds.

However, the process has come under increasing pressure. It took Intel a long time to ramp up production on the 14nm manufacturing process used by the Broadwell (tick) and Skylake (tock) processors, with Broadwell in particular suffering from an extremely long and drawn-out roll out and availability. Broadwell was delayed, with its initial late 2013 release pushed back to September 2014. The Broadwell line-up was incomplete—Intel didn’t create a full range of desktop processors—and even with the delays, nine months passed between when the first mobile parts were released and the limited selection of desktop processors came out. A couple of months later, Skylake hit the market.

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Technology Lab – Ars Technica