There are 364 more shopping days until next year's Hallowe'en. But while this year's is still fresh in the memory, I'd like to start gathering ideas for next year in the hopes of actually making my neighborhood worthwhile as a trick-or-treating destination, specifically for fun projects to actually give my yard a haunted-house feel. (For the second time in three years, there were zero candy-seekers, and I'd like to convince my neighbors to make the whole block more decorated and spooky, even if we never get all Alek Komarnitsky.) Did you create an animatronic zombie for your yard? Glowing eyes to appear from behind the bushes? Poltergist-style rising graves to frighten the children? Remote-controlled candy dispensers? If you used any kind of complex haunt technology at home, what things worked and what didn't? (I hear too many stories about fog machines leaking to make them sound like a good idea.)

Espectr0 writes: YouTube user Hacking Jules would like you to see his collection of game emulators running on Android Wear. He manages to play classic 3D Mario and Zelda games running in a Nintendo 64 emulator on the original LG G-Watch, while also running Monster Hunter on the PPSSPP emulator.As the linked article admits, this is a work of passion rather than practicality -- if you actually want to play those games enjoyably, don't trade your console or conventional emulator for a smart watch.

Reuters reports on a tantalizing advance in battery technology described this week by Cambridge researchers, who have made large enough steps toward a practical lithium-oxygen battery to give a laboratory demo of their system. Commercially available lithium-oxygen batteries would be significant because they would have the potential to deliver the desired power thanks to a high energy density - a measure of energy stored for a given weight - that could be 10 times that of lithium-ion batteries and approach that of gasoline. They also could be a fifth the cost and a fifth the weight of lithium-ion batteries. But problems have beset lithium-oxygen batteries that affect their capacity and lifetime, including troublesome efficiency, performance, chemical reaction and potential safety issues and the limitation of needing pure oxygen rather than plain old air. The Cambridge demonstrator battery employs different chemistry than previous work on lithium-air batteries, for example using lithium hydroxide rather than lithium peroxide. It also uses an electrode made of graphene, a form of carbon. The result was a more stable and efficient battery." Some more about this research can be gleaned from Clare Grey's web page at Cambridge.

Hallie Siegel writes: Having spent many a back breaking hour in deep woods Ontario picking wild blueberries in summer time, I can only imagine the challenge of farming and harvesting these awesome little flavour nuggets. Blueberries are in record demand (probably my son alone accounts for a significant percentage of that!) so it's no surprise, really, that a coalition of farmers has banded together to offer a prize for automated blueberry picking solutions. We've seen competitions and challenges spur innovation in other areas of robotics — think robocar — why not blueberry picking? Can't wait to see the results of this one.

1sockchuck writes: After years of focus on hyperscale server farms, there's new demand for data centers to serve edge content and the service provider market in smaller cities. How do you match the size of the data center to the demand profile of smaller markets? Pre-fabricated data center designs are playing a key role, deploying server space in smaller, digestible chunks. This avoids the overbuilding that led to the data center glut during the dot-com boom, but also allows customers to expand gradually. But the "data center in a box" has evolved since the Sun Blackbox, and now includes a focus on factory-built power rooms and lean construction of data halls, as well as the evolving designs for containerized solutions.

schwit1 writes with this story from the MIT Technology Review about a robot at Brown University who was taught to perform a task from another robot at Cornell. According to the article: "the ability to acquire and then share knowledge is a central component of human culture and civilization. A small milestone in the exchange of robot knowledge has now been demonstrated by two bots working in different academic research labs. Researchers at Cornell University previously devised an online game, called TellMeDave, through which volunteers can help train a robot to perform a task and associate different actions with commands given in everyday language. By guiding the robot through a task, a volunteer trains a machine-learning algorithm so the robot can perform the task again. And this learned behavior is stored in a central repository called RoboBrain that's accessible by other robots (see 'The World's First Knowledge Engine for Robots')."

An anonymous reader writes: Back in June, Warner Brothers removed Batman: Arkham Knight from sale after a lot of graphics and performance issues found on the PC version. Now, after spending five months trying to fix this mess, Rocksteady and Warner Bros re-released the game on Steam with some free Batman titles for those who acquired the launch edition. However, Warner Bros noted there are still a few caveats with Windows 10 users recommended to have 12GB of RAM to avoid paging issues: "For Windows 10 users, we've found that having at least 12GB of system RAM on a PC allows the game to operate without paging and provides a smoother gameplay experience." Some initial tests show no performance gains on the re-released version. Warner Bros claims that it's still working closely with its GPU partners in order to enable SLI/Crossfire for the game.

The ARTEMIS Innovation web site says, "John C. Mankins, President of Artemis Innovation Management Solutions LLC, is an internationally recognized leader in space systems and technology innovation...." And one of John's biggest recent projects is coming up with a practical way to collect solar energy beyond our atmosphere and use it not only in space, but how to beam it down to the Earth's surface where we can use it to power our plug-in cars, household appliances, and other electrical devices.

sarahnaomi writes to describe a presentation by security researcher Georg Wicherski at the t2'15 infosec conference; Wicherski outlined in his talk several steps that could be taken to render an ordinary Chromebook immune (or at least very, very resistant) to malware attacks, even when an adversary has physical access to it. These customizations make it difficult for an attacker to use any sort of turnkey solution, presenting a barrier to any off-the-shelf equipment attackers might use. At border crossings, Wicherski said possible attackers might have "an appliance, that comes with a manual, and low-skilled operators." By using a setup that is not very common, the border cops might not know what to do.

Lucas123 writes: At least two universities are testing the use of magnetic resonance and mobile receivers to charge electric vehicles while they're on roadways. Partially funded by a multi-million dollar DOE grant, Clemson University's International Center for Automotive Research has been testing stationary wireless vehicle charging and is now preparing to test mobile wireless recharging for vehicles.In the U.K., the government is expected to perform off-road trials of dynamic wireless charging that it acquired from researchers at North Carolina State University. The idea behind dynamic wireless charging is to create a series of embedded highway stations that can incrementally recharge EV carrying mobile receivers as the vehicles drive by. The vehicles would use a Dedicated Short Range Communication (DSRC) technology to communicate with roadway chargers. DSRC can support both stationary wireless charging and in-motion wireless charging with the same system architecture. DSRC is already being used in crash avoidance systems and is expected to be required over the next five years, so the charging technology could piggyback on the DSRC modules already installed.

An anonymous reader writes: Oracle's Larry Ellison gave a presentation yesterday at OpenWorld in which he detailed how the M7 chip's new Silicon Secured Memory system works. "On the M7, pointers and their memory blocks are stamped with a 4-bit 'color,' and accesses are verified to make sure the color in the highest bits of the pointer matches the color of the memory allocation. This works with virtual memory allocated from the heap rather from the stack, it appears. Solaris tries to avoid giving adjacent blocks the same color." El Reg notes that a 4-bit security stamp doesn't really offer that many distinct options. "Four bits of color means there are 24, or 16, possible colors a memory block can have. A hijacked pointer has a one-in-16 chance of having a matching color when it accesses any block of memory, allowing it to circumvent the SSM defense mechanism. ... It is even possible [a hacker] can alter the color bits in a pointer to match the color of a block she wishes to access, and thus avoid any crashes and detection. In short, SSM is a mitigation rather than bulletproof protection." Still, Ellison claims this would have shut down vulnerabilities like Heartbleed and Venom.

1sockchuck writes: By immersing IT equipment in liquid coolant, a new data center is reaching extreme power densities of 250 kW per enclosure. At 40 megawatts, the data center is also taking immersion cooling to an entirely new scale, building on a much smaller proof-of-concept from a Hong Kong skyscraper. The facility is being built by Bitcoin specialist BitFury and reflects how the harsh economics of industrial mining have prompted cryptocurrency firms to focus on data center design to cut costs and boost power. But this type of radical energy efficiency may soon be key to America's effort to build an exascale computer and the increasingly extreme data-crunching requirements for cloud and analytics.

New submitter AmericaCounterweight writes: Polygon is reporting that the MAME development team has unearthed and emulated one of the most obscure pieces of Sonic heritage: a popcorn machine. MAME developer David Haywood reports that contributors "purchased the PCB for another novelty Sonic item, this time a SegaSonic Popcorn Shop, a popcorn dispenser machine with a video display. It runs on the Sega C2 board (Genesis type hardware)." This follows news from earlier this year that the MAME team would be switching to a true Open Source license for the project and concentrating on more than just arcade games. MAME project coordinator Miodrag Milanovic also recently appeared at the BalCCon2k15 event to speak about MAME, the current direction of the project, and software preservation.

DeviceGuru writes: The immensely popular Raspberry Pi will soon be offered in customized versions, through an exclusive arrangement between Raspberry Pi Trading and Element14. According to the companies' announcement, Element14 will provide design and manufacturing services to OEM customers to create 'bespoke designs' based upon the Raspberry Pi technology platform. That's weird U.K. English for saying that contracts for creating customized Raspberry Pi SBCs will entail substantial NRE fees and 3,000 to 5,000 unit orders, depending on the nature of the customization. The tweaked Pi's are likely to have revised board layouts, additional or alternative functions, interfaces, connectors, and memory configurations, and more. A handful of unsanctioned Raspberry Pi knock-offs have already appeared over the past couple of years, including various Orange Pi and Banana Pi flavors, which certainly didn't involve any 'bespeaking.' More info is at Element14's CustomPi page.

An anonymous reader writes: Morocco, located along the northwestern African coast, is in prime position to take advantage of solar technology, and they've committed to one of the biggest such projects in the world. The city of Ouarzazate will host "a complex of four linked solar mega-plants that, alongside hydro and wind, will help provide nearly half of Morocco's electricity from renewables by 2020." It will be the largest concentrated solar power plant in the world. "The mirror technology it uses is less widespread and more expensive than the photovoltaic panels that are now familiar on roofs the world over, but it will have the advantage of being able to continue producing power even after the sun goes down." The first phase of the project, called Noor 1, comprises 500,000 solar mirrors that track the sun throughout the day, with a maximum capacity of 160MW. When the full project finishes, it will be able to generate up to 580MW. "Each parabolic mirror is 12 meters high and focused on a steel pipeline carrying a 'heat transfer solution' (HTF) that is warmed to 393C as it snakes along the trough before coiling into a heat engine. There, it is mixed with water to create steam that turns energy-generating turbines."

New submitter DebugN writes: When ARM introduced 64-bit support to its architecture, it aimed for Linux application compatibility with prior 32-bit software on its architecture. But for Linux programmers, there remain some significant differences that can affect code behavior. If you are a Linux programmer working with — or will soon be working with — 64-bit, you might want to know what those differences are, and this useful EDN article says it all.

An anonymous reader writes: The Tennessee Valley Authority's Watts Bar nuclear power plant began construction in 1973. The plant's first reactor was completed in 1996, and it began operation. Work on the second reactor paused in 1988, and only resumed in 2007. That reactor is now complete — the first newly-operational Generation II reactor since the 1990s. The new reactor has been granted an operational license, and it will soon begin fueling. While the Gen II reactors aren't unsafe, they're much less safe than the Gen III AP1000s. "Compared to a Westinghouse Gen II PWR, the AP1000 contains 50 percent fewer safety-related valves, 35 percent fewer pumps, 80 percent less safety-related piping, 85 percent less control cabling, and 45 percent less seismic building volume. ... If an accident happens, the AP1000 will shut itself down without needing any human intervention (or even electrical power) within the first 72 hours."

schwit1 sends this report from IEEE Spectrum: Solar power projects intended to turn solar heat into steam to generate electricity have struggled to compete amid tumbling prices for solar energy from solid-state photovoltaic (PV) panels. But the first commercial-scale implementation of an innovative solar thermal design could turn the tide. Engineered from the ground up to store some of its solar energy, the 110-megawatt plant is nearing completion in the Crescent Dunes near Tonopah, Nev. It aims to simultaneously produce the cheapest solar thermal power and to dispatch that power for up to 10 hours after the setting sun has idled photovoltaics. ... [The system] heats a molten mixture of nitrate salts that can be stored in insulated tanks and withdrawn on demand to run the plant’s steam generators and turbine when electricity is most valuable. ... Eliminating the heat exchange between oil and salts trims energy storage losses from about 7 percent to just 2 percent. The tower also heats its molten salt to 566 degrees C, whereas oil-based plants top out at 400 degrees C.

chicksdaddy writes: The parade of horribles continues on the Internet of Things, with a report from the security firm Incapsula that its researchers discovered compromised closed circuit cameras as well as home network attached storage (NAS) devices participating in denial of service attacks. The compromised machines included a CCTV at a local mall, just a couple minutes from the Incapsula headquarters.

According to the report, Incapsula discovered the infections as part of an investigation into a distributed denial of service attack on what it described as a "rarely-used asset" at a "large cloud service." The attack used a network of 900 compromised cameras to create a flood of HTTP GET requests, at a rate of around 20,000 requests per second, to try to disable the cloud-based server. The cameras were running the same operating system: embedded Linux with BusyBox, which is a collection of Unix utilities designed for resource-constrained endpoints.

The malware in question was a variant of a self-replicating program known as Lightaidra, which targets systems running BusyBox and exploits vulnerable Telnet/SSH services using so-called "brute force dictionary attacks" (aka "password guessing"). Given that many Internet connected devices simply use the default administrator credentials when deployed, calling it a "brute force" attack is probably a stretch.

An anonymous reader writes: In just a couple of months, the world's first consumer-ready modular smartphone will start shipping. It's called the Fairphone 2, and it will run Android 5.1. Ars Technica got hands-on time with the device, and they say it works surprisingly well. It's a bit thicker than most modern phones, but that's the trade-off for being able to swap out components. "The smartphone consists of seven major building blocks: the back cover, removable battery, display assembly, main chassis, receiver module, rear camera module, and speaker module. Positioned this way, the components that break most often, like the screen, are isolated for better repairability. In addition to swappable blocks, you can even change things inside the modules: for example, a mic or a speaker. They are press-fit, not glued, and can be extracted with simple tools."

Assembly and disassembly is pretty straightforward, as well: "The modules are held together by Phillips screws marked with blue circles. All screws are the same, so you won't have to remember which one goes where. It's quite hard to make a mistake in the assembling process, however Fairphone promises to release additional manuals and video instructions in collaboration with iFixit." The company also thinks it's important to get the phone's materials and components from ethical sources.