New submitter xerkot writes: I am looking for a tool to make backups of PCs in a big company. We want to replace the one that we are using at this moment for this new one. The tool will be used to do backups of PCs (mainly Windows, and a few Linux), and we want to manage these backups centrally from a console, being able to automatize the backup process. The servers of the company are backed up with another tool, so they are out of scope. In the company we are being encouraged more and more to use open source software, so I would like to ask you, what are best open source tools to do backups of PCs? Are they mature enough for a big company?

pRobotika writes: When Moley announced its robotic kitchen back in April, the media jumped on the story as a promising glimpse into the future. But how realistic are robot chefs? Robotics' professionals are understandably skeptical but, if Moley manages to overcome one major issue, their approach could have real potential. Why? Because their kitchen is basically a flexible robotic workcell, and in manufacturing that's nothing new.

mushero writes: We are building out a new NOC with dozens of LCD monitors and need ideas for what PCs to use to drive all those monitors. What is small and easy to stack, rack, power, manage, replace, etc.?

The room is 8m x 8m. It has a central 3x3 LCD array, as well as mixed-size and -orientation LCD monitors on the front and side walls (plus scrolling LEDs, custom desks, team tables, etc) — it's designed as a small version of the famous AT&T Ops Center. We are an MSP and this is a tour showcase center, so more is better — most have real functions for our monitor teams, DBAs, SoC, alert teams, and so on, 7x24. We'll post pics when it's done.

But what's the best way to drive all this visual stuff? The simplest approach for basic/tiny PCs is to use 35-50 of these — how do we do that effectively? Almost all visuals are browser-only, so any PC can run them (a couple will use Apple TV or Cable feeds for news). The walls are modular and 50cm thick, and we'll have a 19" rack or two, so we have room, and all professional wiring/help as needed.

Raspberry Pis are powerful enough for this, but painful to mount and wire. Chromeboxes are great and the leading candidate, as the ASUS units can drive two monitors. The Intel NUC can also do this — those and the Chromeboxes are easily stackable. My dream would be a quad-HDMI device in Chromebox form factor. Or are there special high-density PCs for this with 4-8-16 HDMI outputs?

Each unit will be hard-wired to its monitor, and via ip-KVM (need recommendations on that, too, 32+ port) for controls. Any other ideas for a cool NOC are also appreciated, as we have money and motivation to do anything that helps the team and the tours.

An anonymous reader writes: Google has been snapping up promising robotics companies for the past several years, placing them in a division internally called "Replicant." But the division itself is struggling to come together, not having consistent leadership since Andy Rubin left in 2014. One robotics employee said, "The technology pieces we have are incredible. We just have to commit to a particular direction to go in and focus." While Google has accumulated bleeding-edge hardware and software systems, it hasn't been able to bring them together yet in any meaningful way. "Sources say that after Rubin left, there was no one who knew how to tie all the disparate acquisitions together. Rubin had provided a destination, but the team no longer had a road map or a guide to get there."

An anonymous reader writes: Good news if you're a fan of watching robots fight or just flail around in a corner. ABC has renewed BattleBots for a second season. According to The Wrap: "Following the summer ratings hit "Celebrity Family Feud," the six-episode first season of "BattleBots" earned an average of 5.4 million total viewers and a 1.7 rating among adults 18-49. Season 2 will keep the single-elimination tournament format of the first, but will double the size of the field to include expert roboticists, garage builders, families on a mission and past winners returning to defend their turf."

MojoKid writes: Intel's 6th Generation Skylake family of Core processors has been available for some time now for desktops. However, the mobile variant of Skylake is perhaps Intel's most potent incarnation of the new architecture that has been power-optimized on 14nm technology with a beefier graphics engine for notebooks. In late Q3, Intel started rolling out Skylake-U versions of the chip in a 15 Watt TDP flavor. This is the power envelope that most "ultrabooks" are built with and it's likely to be Intel's highest volume SKU of the processor. The Lenovo Yoga 900 tested here was configured with an Intel Core i7-6500U dual-core processor that also supports Intel HyperThreading for 4 logical processing threads available. Its base frequency is 2.5GHz, but the chip will Turbo Boost to 3GHz and down clocks way down to 500MHz when idle. The chip also has 4MB of shared L3 cache and 512K of L2 and 128K of data cache, total. In the benchmarks, the new Skylake-U mobile chip is about 5 — 10 faster than Intel's previous generation Broadwell platform in CPU-intensive tasks and 20+ percent faster in graphics and gaming, at the same power envelope, likely with better battery life, depending on the device.

An anonymous reader writes: Several months ago, we got a look at a weird bit of technology: a Nintendo PlayStation prototype made in the late '80s during an unusual partnership between Sony and Nintendo. Despite cries of "hoax" and "fake," the console turns out to be real. Engadget got to try it out, X-ray it, and even open the device up to try repairing the CD drive. They brought in Daniel Cheung, a retro console technician from Restart Workshop, and he said, "I got to see the real deal so I can't discredit it. And there's even an OS. You can't question it. It can't be fake. Going back to the chips we saw earlier on the logic board: NEC used to make gaming consoles, and Sony also participated here. And with Nintendo as part of this team, you just can't discredit this."

Tekla Perry writes: He used a webcam and LEDs to do position tracking for the Oculus DK2, but Jack McCauley, co-founder of Oculus and now working independently, says that's the wrong approach. He likes the laser scanning system of the HTC Vive better, but says it's just not fast enough. McCauley thinks he can do better, using a design approach borrowed from picoprojectors. Speaking at this week's MEMS Executive Congress, he said better tracking of head position will solve the problem of VR sickness, not more expensive screen technologies.

An anonymous reader writes: Google has been stepping up its efforts to build higher quality Android phones, and one thing holding it back is Qualcomm's SoC technology. According to two reports in The Information (paywalled: [1], [2]) Google is now looking for other partners, and may even jump into chip design itself. The company has already done some design work, hoping to co-develop it with a manufacturer. "The new chips are reportedly needed for future Android features that Google hopes to release 'in the next few years.' By designing its own chips, Google can make sure the right amount of horsepower gets assigned to all the right places and remove bottlenecks that would slow down these new features. The report specifically calls out 'virtual and augmented reality' as use cases for the new chips."

Another big area Google wants better hardware for is video processing tech. The article notes, "Qualcomm has a near monopoly on Android SoCs, but it is more marketing driven than performance driven and has been doing a disservice to the mobile space lately. It rushed to get 64-bit support out the door when it was beaten to the punch by Apple, which resulted in the very hot Snapdragon 810 SoC."

QuantumPion writes: Dominion Virginia Power today will formally seek a second license extension for its Surry nuclear power plant, becoming the first utility in the U.S. to try to push the operating range for nuclear reactors to 80 years. If successful, the utility's pair of reactors in Surry County would be eligible to operate past 2050. The Surry plant, along with its North Anna sister site in Louisa County, were initially granted 40-year permits and operate today on 20-year renewals. Those two plants provide about 40 percent of Virginia's electricity.

judgecorp writes: A Paris court has ruled that a suburban data center can continue to operate, reversing an earlier decision to close it down after protests from residents. The data center's owner, Interxion, cited noise impact studies form 2014 which showed the site was operating within authorized limits, and also within the levels it predicted in its planning application

An anonymous reader writes: A swarm of pumpkin-shaped robots is being developed to map oceans, gathering maritime data for use in tourism, reef monitoring and anti-terrorism among other applications. The Eve robot – or Ellipsodial Vehicle for Exploration – was created by Sampriti Bhattacharyya, a robotics engineer at the Massachusetts Institute for Technology (MIT). Inspired by the loss of the Malaysia Airlines plane, the scientist envisions her yellow robots travelling below the water's surface, using their sensors to detect and monitor underwater happenings – both individually and collaboratively.

MojoKid writes: A USB-C cable is just a cable. Or is it? Google engineer Benson Leung noted today that it's definitely not the case. Leung and his teammates at Google work inside of the Chromebook ecosystem, and as such, they've had lots of hands-on experience with USB-C cables. The Chromebook Pixel remains one of the very few notebooks on the market that directly supports USB-C. Nonetheless, in his experience, not all cables are built alike, and in some cases, cheap out-of-spec cables could potentially cause damage to your device. It's such a big problem, in fact, that Leung began buying cables off of Amazon and leaving his feedback on each one. Ultimately, what the problem boils down to is that some of the specifications in a cable may be not well controlled. He notes that in some bad cables, resistor values are incorrect, throwing off power specs wildly — 3A vs 2A in one example.

New submitter mlts writes: As of now, I just leave E-mail in a 'received-2015' subfolder on my provider's server, adding a new folder yearly. With the rise of E-mail account intrusions (where even though I'm likely not a primary target, but it is a concern), what is a secure, but yet accessible way to archive E-mail? I'm far less worried about the FBI/NSA/Illuminati, as I am about having stuff divulged to all and sundry if a mass breach happens. A few alternative I've considered: 1) Running my own physical IMAP server. The server would run on a hypervisor (likely ESXi), have Dovecot limited to the VPN I use, and use other sane techniques to limit access. 2) Archive the E-mail files through a cloud provider, with a client encryption utility (EncFS, BoxCryptor, etc.) In this case, E-mail would be stored in a different file a week. 3) Move it to local storage on a virtual machine, and if access is needed, use LogMeIn or another remote access item to fire up Thunderbird to access it. What would be a recommended way to secure E-mail that sits around, for the long haul, but still have it accessible? Even if you're not specifically worried about it, keeping older email around on a provider's server opens you up to warrantless access by U.S. law enforcement officials.

An anonymous reader writes: VR is easy for video games, but hard for live action: you don't know where the viewer will be in the virtual world, so you can't put the camera in the right place in the real world. Light field cameras are perfect for VR though, because they're essentially holographic, and capture lots of positions at once. And Lytro has announced the first system that's both 'light field' and 'holographic', which changes everything. Wired seems similarly excited.

1sockchuck writes: Data center developers are buying up land in northern Virginia, preparing for explosive growth of cloud computing infrastructure. Digital Realty just bought land in Ashburn, Virginia to support 2 million square feet of data center space, while DuPont Fabros, RagingWire and Sabey have also locked up land parcels for future growth. Why is Ashburn so hot? Cloud builders crave proximity to an Internet exchange operated by Equinix, which itself just bought land for another 1 million square feet of colocation space. That's one of the reasons why Amazon Web Services operates more than 20 data centers in northern Virginia. "Data center demand is stronger today than it's ever been," said Bill Stein, the CEO of Digital Realty.

itwbennett writes: When Intel and Micron Technology first announced the 3D XPoint memory in July, they promised about 1,000 times the performance of NAND flash, 1,000 times the endurance of NAND flash, and about 10 times the density of DRAM. At OpenWorld last week, Intel CEO Brian Krzanich disclosed a little more information on the new memory, which Intel will sell under the Optane brand, and did a demo on a pair of matching servers running two Oracle benchmarks. One server had Intel's P3700 NAND PCI Express SSD, which is no slouch of a drive. It can perform up to 250,000 IOPS per second. The other was a prototype Optane SSD. The Optane SSD outperformed the P3700 by 4.4 times in IOPS with 6.4 times less latency.

szczys writes: The Pari-Mutuel system revolutionized how wagers were made on horse races starting in the late 1800s. It moved away from gambling against the house, and adjusted the odds based on how many people were placing wagers on a particular horse. Calculating and publicly displaying the changing odds was slow and labor intensive until engineers took a crack at the problem. They created Tote Boards; large mechanical computers which connected to each betting window with levers and cables. Each pull of a lever recalculated the odds which were displayed on large mechanical displays for all to see. Tote Boards were built all over the world and used until digital computing displaced them.

An anonymous reader writes: Estonian start-up Starship Technologies is taking a different approach to automated delivery with a ground-based self-driving robot. Headquartered in London and launched by two ex-Skype founders, the robotics company has unveiled its suburban pavement-strolling bot which can travel at a speedy 4mph. Starship claims that the 40-pound machine could deliver packages in 5 to 30 minutes from local retailers and restaurants. The company argues that a grounded approach to automated delivery will remove some of the safety concerns linked to flying drone systems, as the robot is much less likely to cause harm.

An anonymous reader writes: Microsoft previously offered Office 365 subscribers unlimited space on their OneDrive cloud storage platform. Now, the company has announced that it's reducing the limit to 1 TB, citing abuse from a small number of users, some of whom dropped 75 TB worth of data in Microsoft's cloud. In addition, Microsoft is cutting the size of their limited storage plans. They used to offer 100 GB for $2/month and 200 GB for 4$/month. Those plans are being replaced with 50 GB for $2/month (existing subscribers will get to keep their plans, for now). Microsoft is also decreasing the amount of space users get for free from 15 GB to 5 GB, and discontinuing the 15 GB camera roll bonus. These changes will roll out in "early 2016," and users will have up to a year to get down under the new caps.