Intel has security feature like hardware random number generator built into the firmware hub. It can be foreseen that a more secure CPU is needed for better e-commerce operation.
Whatever insight McAfee can offer will enhance the Internet in general and Intel in particular... Imagine a virus free CPU by design...
You may need to separate the program memory & data memory space to reduce risk from buffer overflow attacks. Switching from VonNeumann to Harvard may be a way to do it but has to maintain compatibility with legacy software... Not straightforward but do-able with a MMU probably...
According to an online article that I read this morning, it stated that Intel and McAfee have been working closely on a host of projects for 18 months and expect to show the first fruits of their labor early next year. This doesn’t sound these two companies that have not been communicating about different approaches; IBM model approach may be one that is on the table. But I am sure it is not the only one. I don’t believe that a company is going to invest all of it resources toward one model? If so, I am sure the Board of Director’s members will be voted out today by the stock holders.
I am equally puzzled here. Its Microsoft software which need AV software, why is Intel fixing the problem using hardware. For people using Linux on Intel, this is useless hardware and for people using AMD with Microsoft its equally in-secure. So what is getting solved here?
Moreover AV is software that need daily upgrades, so the only hardware Intel can develop is special instruction sets to off-load processor during file access. If that's what is Intel plan, then it might increase cost of process pushing more Linux servers users towards AMD and I am pretty sure there will be a bigger crowd which will tend to save few buck at cost of AV run time.
I am sure we can all find a rational explanation for this acquisition (future hardware-enhanced security of Intel chips, better secure server solutions etc.) but I have a feeling this is just another sign of Intel not knowing exactly where it wants to be in the future. Such costly purchases could come back to bite them in the future as it might distract Intel from their core business and reduce their financial muscle in the high-end microprocessor market.
It remains an illusion that Intel despite all the high buyouts and acquisitions have not rewarded shareholders through good stock acquisition. I always doubt this firm because it has many ethical challenges. But in this case, it may be reinventing itself.
I think we should take Intel at their word when they talk about 'Hardware-enhanced security...'.
Ineffective security is a serious problem that I'm sure hardware could help solve. I can see McAfee engineers saying, 'if the cpu or chip set could only ...'.
One example of what X86 could do is support buffer allocation with boundary check in hardware. Intel can set an example with their compilers supporting such capabilities.
Security should be re-thought from the ground up. Hardware, OS and security need to seamlessly cooperate. I believe the experience of a company such as McAfee could contribute greatly in this area.
Intel seems to be getting more and more defocused, with all these various acquisitions. The thing about security risks like viruses is that they always evolve to defeat the latest defenses. Hardware isn't flexible or fast enough to adapt, compared to software. So this nearly 8 billion purchase is totally unrelated to its 7 billion for latest fabs. Security is a software, not hardware responsibility.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.