So does that mean he thinks we'll eventually see the deployment of fully autonomous weapons in combat? I think it's very hard to imagine a world where you physically take the capacity out of the hands of rogue regimes... The technology is so ubiquitous that a reasonably competent programmer could build a crude autonomous weapon in their garage. The idea of putting some kind of nonproliferation regime in place that actually keeps the underlying technology out of the hands of people -- it just seems really naive and not very realistic. I think in that kind of world, you have to anticipate that there are, at a minimum, going to be uses by terrorists and rogue regimes. I think it's more of an open question whether we cross the threshold into a world where nation-states are using them on a large scale.
And if so, I think it's worth asking, what do we mean by"them"? What degree of autonomy? There are automated defensive systems that I would characterize as human-supervised autonomous weapons -- where a human is on the loop and supervising its operation -- in use by at least 30 countries today. They've been in use for decades and really seem to have not brought about the robopocalypse or anything. I'm not sure that those [systems] are particularly problematic. In fact, one could see them as being even more beneficial and valuable in an age when things like robot swarming and cooperative autonomy become more possible.
Although it's unlikely that a State Farm or Chevron will ever participate in the same way as a Microsoft, we are starting to see companies like Bloomberg and Capital One get involved in open source in ways they never would have considered back when the term "open source" was coined in 1997, much less in 2007. It's a start. Let's also not forget that although we have seen companies use more open source code over the past 20 years, the biggest win for open source since its inception is how it has changed the narrative of how innovation happens in software. We're starting to believe, and for good reason, that the best, most innovative software is open source.
The article strikes a hopeful note. "We're now comfortable with the idea that software can, and maybe should, be open source without the world ending. The actual opening of that source, however, is something to tackle in the next 20 years.
The pilot in Chongqing forms one tiny part of an ambitious plan, known as "Xue Liang," which can be translated as "Sharp Eyes." The intent is to connect the security cameras that already scan roads, shopping malls and transport hubs with private cameras on compounds and buildings, and integrate them into one nationwide surveillance and data-sharing platform... At the back end, these efforts merge with a vast database of information on every citizen, a "Police Cloud" that aims to scoop up such data as criminal and medical records, travel bookings, online purchase and even social media comments -- and link it to everyone's identity card and face.
However, TechCrunch found instances of iCloud accounts registered overseas that were part of the migration. One user did find an apparent opt-out. That requires the user switching their iCloud account back to China, then signing out of all devices. They then switch their phone and iCloud settings to the U.S. and then, upon signing back into iCloud, their account will (seemingly) not be part of the migration. Opting out might be a wise-move, as onlookers voice concern that a government-owned company is directly involved in storing user data.
TiVo's legal action comes after entertainment-tech vendor Rovi (which acquired the DVR company in 2016 and adopted the TiVo name) sued Comcast and its set-top suppliers in April 2016, alleging infringement of 14 patents. In November 2017, the U.S. International Trade Commission ruled that Comcast infringed two Rovi patents -- with the cable operator prevailing on most of the patents at issue. However, because one of the TiVo patents Comcast was found to have violated covered cloud-based DVR functions, the cable operator disabled that feature for X1 customers. Comcast is appealing the ITC ruling.
Dropbox is likely to tout its biggest investment in recent years: its own cloud. It's spent hundreds of millions of dollars to build data centers and mostly wean itself off of Amazon.com Inc.'s servers, a rare feat for a software business with hundreds of millions of users. That's made it easier for Dropbox to cut costs while speeding file transfers, Chief Operating Officer Dennis Woodside said in an interview last year.
Auto makers including Toyota, Lexus, Ford, GM and Cadillac already use the company's connected-car products, the spokeswoman said. Telenav CEO H.P. Jin in a press release called the ad platform "an exciting new opportunity" for vehicle manufacturers to "monetize connectivity to cover service costs and even drive healthy profits while enriching the consumer experience with safely delivered, engaging and relevant offers"...
To prevent driver distraction, "ads only appear when the vehicle is stopped, such as at car startup, traffic lights and upon arrival," Telenav said... Of course, driver distraction won't be an issue in self-driving cars, and this technology suggests the captive audiences in those vehicles will likely be subjected to an ad barrage in robotic ride-sharing vehicles and automated cars whose owners decline to pay more to avoid in-car advertising.
Just as Linux and open source transformed how we view operating systems and application software, we need the equivalent for microprocessors in order to move out of the private datacenter rife with these legacy issues and into the green field of the cloud... The fact that we have these software technologies that now enable us to easily abstract from the chip hardware enables us to correct and improve the chips through community efforts as needs arise... We need to stop thinking about microprocessor systems' architectures as these licensed things that are developed in secrecy by mega-companies like Intel or AMD or even ARM... The reality is that we now need to create something new, free from any legacy entities and baggage that has been driving the industry and dragging it down the past 40 years. Just as was done with Linux.
The bigger question is which chip should take its place. "I don't see ARM donating its IP to this effort, and I think OpenSPARC may not be it either. Perhaps IBM OpenPOWER? It would certainly be a nice gesture of Big Blue to open their specification up further without any additional licensing, and it would help to maintain and establish the company's relevancy in the cloud going forward.
"RISC-V, which is being developed by UC Berkeley, is completely Open Source."
In the case of Tabby's star, the new observations show that it dims more at blue wavelengths than red. Thus, its light is passing through a dust cloud, not being blocked by an alien megastructure in orbit around the star. The new analysis of KIC 8462852 showing these results is to be published in The Astrophysical Journal Letters. It reinforces the conclusions reached by Huan Meng, University of Arizona, Tucson, and collaborators in October 2017. They monitored the star at multiple wavelengths using Nasa's Spitzer and Swift missions, and the Belgian AstroLAB IRIS observatory. These results were published in The Astrophysical Journal.
Notably, the new technique only applies to one of the three variants involved in the new attacks. However, it's the variant that is arguably the most difficult to address. The other two vulnerabilities -- "bounds check bypass" and "rogue data cache load" -- would be addressed at the program and operating system level, respectively, and are unlikely to result in the same system-wide slowdowns.
Intel continues to believe that the performance impact of these updates is highly workload-dependent and, for the average computer user, should not be significant and will be mitigated over time. While on some discrete workloads the performance impact from the software updates may initially be higher, additional post-deployment identification, testing and improvement of the software updates should mitigate that impact. System updates are made available by system manufacturers, operating system providers and others.