Cloud Analytics Growth Rate Will Continue

It’s no secret that cloud computing and data analytics are both rapidly expanding areas within information technology. Put them together, and you get a winning combination that’s expected to grow by more than 26 percent annually over the next five years.

That’s according to market-tracking firm Research and Markets, which recently released a new report on the global cloud analytics market.

Increased adoption of data analytics is one of the major drivers in this market, Research and Markets found. More specifically, many organizations are adopting data analytics in order to better understand consumption patterns, customer acquisition and various other factors believed to increase revenue, cut costs and boost customer loyalty.

HP, IBM, Microsoft, Oracle and SAP are among the dominant vendors in this arena, the company said in a press release.

Big Data is one of the particularly significant trends in the market, Research and Markets said.

“Cloud analytics deals with the management of unorganized data, which helps organizations access important data and make timely decisions regarding their business,” the company said.

The rates of growth in this arena might actually be much higher than those suggested by the report, said analyst Ray Wang, founder of Constellation Research.

In fact, Constellation Research predicts an annual growth rate of closer to 46 percent until 2020, he said.

Early-arriving cloud companies like Salesforce “had great reporting, but they didn’t necessarily have great analytics,” Wang said.

It’s for that reason that challengers such as Actuate have popped up, he noted.

“More and more, because of the size and complication, we’re seeing analytics move to the cloud,” Wang said.

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Sharp Shows MEMs

Sharp on Monday unveiled its latest prototypes of a new kind of display screen that it says brings several advantages over today’s liquid crystal display (LCD) screens.

The screens, called microelectromechanical systems (MEMS) displays for the tiny moving parts they contain, are being developed by the Japanese company in partnership with Qualcomm and were on show at the Ceatec electronics show just outside of Tokyo.

Behind each pixel in a MEMS display is a backlight that flashes red, green and blue in fast succession, and in front of it is a tiny shutter can be opened to let light through.

Synchronized to the backlight, the shutter can control the amount of each color of light allowed through. The eye perceives these flashes as the desired hue.

In contrast, today’s LCD screens create colored pixels using three filters. The filters swallow about two thirds of the brightness of the backlight before it leaves the display, said Akira Imai, deputy general manager of Sharp’s new business development center.

The MEMS display can allow all the light through, so the intensity of the backlight can be reduced using less power for the display, said Imai.

In a portable gadget, the screen often consumes more power than any other component, so reducing its demands can have a big impact on battery life.

The screens on show at Ceatec were 7-inch models with 800 pixel by 1,280 pixel resolution. The colors were bright and the screen image was sharp, although people viewing the screens did tend to see a brief flash of red, green and blue pixel each time they turned their eyes away from the display. That’s something Sharp is working on, said Imai.

Sharp also showed a version of the screen working in several low power modes.

The development work with Qualcomm began earlier this year when the U.S. company said it would invest $120 million into Sharp. The money, which was invested in two parts, was accompanied by Qualcomm’s MEMS expertise. Sharp has a long history in flat-panel display technology, especially LCD, and has recently been working on a new type of display called IGZO, on which the MEMS display is partly based.

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Inventor Predicts Future Of 3D

Pablos Holman predicts that in the not too distant future our diets will be tailored to our metabolisms, adding a few bits of broccoli, a smattering of beets and some meat — all extruded from a 3D printer in an appetizing form to please our palates.

Holman is a futurist and inventor at the Intellectual Ventures Laboratory in Bellevue, Wash., where he and others work on futuristic projects like printable food. He was not alone in speaking on the topic at the Inside 3D Printing Conference last week.

Avi Reichentall, CEO of 3D Systems, one of the largest consumer printer companies, has already been able to configure his machines to create a variety of sugary goods, including cakes and candy. The sweets were on display with ornate designs.

Reichentall said consumers can expect his company to build a machine that will take a place next to the coffee maker on a kitchen counter, but instead of a caffeine shot, it will offer a sugar rush.

“We are working on a chocolate printer. I want a chocolate printer in my kitchen. I want it to be as cool as a Keurig coffee maker,” Reichentall said. “We now have 3D printed sugar. We’re going to bring to pastry chefs and confectionaries and bakers a whole range of new sugar printing capabilities.

“This is coming to a marketplace near you very soon,” he said.

While Reichentall focuses on desserts, Holman is busy with main courses, creating machines that can take freeze-dried food and hydrate it as it is being extruded through nozzles to create an eye-pleasing meal.

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