Oracle Goes Deeper Into The Cloud

Right on the heels of a similar acquisition last week, Oracle has announced it will pay $532 million to buy Opower, a provider of cloud services to the utilities industry.

Did Researchers Create Lifetime Batteries?

Researchers at the University of California at Irvine (UCI) have accidentally – yes, accidentally – discovered a nanowire-based technology that could lead to batteries that can be charged hundreds of thousands of times.

Is Microsoft A Risk?

Hewlett Packard Enterprise (HPE) has cast a shade on what it believes to be the biggest risks facing enterprises, and included on that list is Microsoft.

Microsoft To Release Advanced Threat Analytics

Microsoft is very close to releasing Advanced Threat Analytics (ATA) the security sure-up that it first announced three months ago.

ATA, or MATA as we called it for our own small amusement, is the result of three months’ real world testing, and the culmination of enough user feedback to inform a final release.

That final release will happen in August, which should give you plenty of time to get your head around it.

Hmmm. Microsoft’s Advanced Threat Analytics seems like a very good idea focused on the enterprise.

— Kevin Jones (@vcsjones) May 4, 2015

Idan Plotnik, who leads the ATA team at Microsoft, explained in an Active Directory Team Blog post that the firm is working towards removing blind spots from security analytics, and that this release should provide a strong and hardy tool for the whacking away of hacking.

“Many security monitoring and management solutions fail to show you the real picture and provide false alarms. We’ve taken a different approach with Microsoft ATA,” he said.

“Our secret sauce is our combination of network Deep Packet Inspection, information about the entities from Active Directory, and analysis of specific events.

“With this unique approach, we give you the ability to detect advanced attacks and stolen credentials, and view all suspicious activities on an easy to consume, simple to explore, social media feed like attack timeline.”

The Microsoft approach is an on-premise device that detects and analyses threats as they happen and on a retrospective basis. Plotnik said that it combines machine learning and knowledge about existing techniques and tactics to proactively protect systems.

“ATA detects many kinds of abnormal user behaviour many of which are strong indicators of attacks. We do this by using behavioural analytics powered by advanced machine learning to uncover questionable activities and abnormal behaviour,” he added.

“This gives the ability for ATA to show you attack indicators like anomalous log-ins, abnormal working hours, password sharing, lateral movement and unknown threats.”

A number of features will be added to the preview release, including performance improvements and the ability to deal with more traffic, before general availability next month.

Source

Scientist Develop Anti-Faking PC

Scientists have developed a computer system with sophisticated pattern recognition abilities that performed more impressively than humans in differentiating between people experiencing genuine pain and people who were just pretending.

In a study published in the journal Current Biology, human subjects did no better than chance – about 50 percent – in correctly judging if a person was feigning pain after seeing videos in which some people were and some were not.

The computer was right 85 percent of the time. Why? The researchers say its pattern-recognition abilities successfully spotted distinctive aspects of facial expressions, particularly involving mouth movements, that people generally missed.

“We all know that computers are good at logic processes and they’ve long out-performed humans on things like playing chess,” said Marian Bartlett of the Institute for Neural Computation at the University of California-San Diego, one of the researchers.

“But in perceptual processes, computers lag far behind humans and have a lot of trouble with perceptual processes that humans tend to find easy, including speech recognition and visual recognition. Here’s an example of a perceptual process that the computer is able to do better than human observers,” Bartlett said in a telephone interview.

For the experiment, 25 volunteers each recorded two videos.

In the first, each of the volunteers immersed an arm in lukewarm water for a minute and were told to try to fool an expert into thinking they were in pain. In the second, the volunteers immersed an arm in a bucket of frigid ice water for a minute, a genuinely painful experience, and were given no instructions on what to do with their facial expressions.

The researchers asked 170 other volunteers to assess which people were in real discomfort and which were faking it.

After they registered a 50 percent accuracy rate, which is no better than a coin flip, the researchers gave the volunteers training in recognizing when someone was faking pain. Even after this, the volunteers managed an accuracy rate of only 55 percent.

The computer’s vision system included a video camera that took images of a person’s facial expressions and decoded them. The computer had been programmed to recognize that one kind of facial movement combinations suggested true pain and another kind suggested faked pain.

Source

Researchers Build Flying Robot

Researchers say they have assembled a flying robot. It’s not designed to fly like a bird or an insect, but was built to simulate the movements of a swimming jellyfish.

Scientists at New York University say they built the small, flying vehicle to move like the boneless, pulsating, water-dwelling jellyfish.

Leif Ristroph, a post-doctoral student at NYU and a lead researcher on the project, explained that previous flying robots were based on the flight of birds or insects, such as flies.

Last spring, for example, Harvard University researchers announced that they had built an insect-like robot that flies by flapping its wings. The flying robot is so small it has about 1/30th the weight of a U.S. penny.

Before the Harvard work was announced, researchers at the University of Sheffield and the University of Sussex in England worked together to study thebrains of honey bees in an attempt to build an autonomous flying robot.

By creating models of the systems in a bee’s brain that control vision and sense of smell, scientists hope to build a robot that would be able to sense and act as autonomously as a bee.

The problem with those designs, though, is that the flapping wing of a fly is inherently unstable, Ristroph noted.

“To stay in flight and to maneuver, a fly must constantly monitor its environment to sense every gust of wind or approaching predator, adjusting its flying motion to respond within fractions of a second,” Ristroph said. “To recreate that sort of complex control in a mechanical device — and to squeeze it into a small robotic frame — is extremely difficult.”

To get beyond those challenges, Ristroph built a prototype robot that is 8 centimeters wide and weighs two grams. The robot flies by flapping four wings arranged like petals on a flower that pulsate up and down, resembling the flying motion of a moth.

The machine, according to NYU, can hover and fly in a particular direction.

There is more work still to be done. Ristroph reported that his prototype doesn’t have a battery but is attached to an external power source. It also can’t steer, either autonomously or via remote control.

Source

Particle Accelerator Put On A Chip

Researchers at the Stanford Linear Accelerator (SLAC) National Accelerator Laboratory have demonstrated a “particle accelerator on a chip”.

The Stanford University facility believes that the tiny particle accelerator has applications in science and medicine. A series of the miniature accelerators 100 feet long potentially could be more powerful than SLAC’s existing two mile long linear accelerator, despite each little segment being a glass chip smaller than a single grain of rice.

In a statement, experiment leader Joel England of SLAC said, “We still have a number of challenges before this technology becomes practical for real-world use, but eventually it would substantially reduce the size and cost of future high-energy particle colliders for exploring the world of fundamental particles and forces.”

At a practical level the accelerator could power tiny portable X-ray scanners used for treating military casualties in the field, as well as for use in security operations in airports and a wide range of scientific research.

Before we get too excited, it is worth pointing out that at the moment there is no compact way to get electrons up to the speed that the accelerator can work with, so at this stage, we have a two mile long machine with a tiny working part, but this is a major leap forward toward finding an alternative to microwaves in particle accelerators and making the process more portable.

Stanford University professor and principal investigator Robert Byer added, “Our ultimate goal for this structure is [one] billion electron volts per meter, and we’re already one-third of the way in our first experiment.”

We hope that this could also lead to the ability to create wormholes into other galaxies. But we doubt it.

Source

Artificial Photosynthesis Developed

Panasonic said on Monday it has created a new system for artificial photosynthesis that can remove carbon dioxide from the air almost as well as plants do, as part of the company’s entry into an industry-wide trend toward greener tech.

The company said its system uses nitride semiconductors, which are widely used in LEDs (light-emitting diodes) to convert light to energy, and a metal catalyst to convert carbon dioxide and water to formic acid, which is widely used in dyes, leather production and as a preservative.

Carbon dioxide is a major pollutant and considered to be a main cause of the “greenhouse effect,” which most climate scientists believe causes global warming.

Panasonic has struggled with its traditional electronics business and has made eco-friendly products and practices the key element in its turnaround plan. The company is hoping to leverage its large rechargeable battery and solar businesses, while joining the industry in embracing technologies that are friendlier to the environment. The issue is an important one with customers, as demonstrated by the the outcry earlier this month when Apple was forced to rejoin a green standards program when clients complained about its earlier withdrawal.

Panasonic said the system can convert carbon dioxide and water to formic acid with an efficiency of 0.2 percent in laboratory conditions, which is similar to the conversion rate for green plants. The efficiency refers to the portion of the incoming light energy stored in materials produced during the process.

Source…

‘Monster’ Solar Storm Erupts On the Sun (Video)

  Sun makes a major eruption and NASA captures it.