Tag Archive for IBM

Tech Disrupters

Tech DisruptersThe BusinesInsider notes that analysts at investment bank Citi (C) have issued a new research report, that takes a look at 10 disrupting technologies, According to the BusinessInsider these technologies will change the way we do business. The  firm which took $300 billion dollar taxpayer-funded bail-out looked into practically every sector you can think of: energy, entertainment, IT, manufacturing, and transportation among them.

SDN is too cheap to resist.One of the information technologies that Citi called a disrupter is Software Defined Networks (SDN). SDN’s simplify IT networks by separating the Control Plane (the intelligence) from the Data Plane (the packet forwarding engine). “Instead of having intelligence distributed across the network in separate boxes, SDN centralizes the Control plane in an overriding software layer which disseminates instructions to each router or switch.”

Citi claims that SDN is too cheap to resist. They cite data from IDC that says Software Defined Networking is expected to grow from just under $360 million in 2013 to $3.7 billion in 2016. Revenues are likely to be split between startups, traditional network vendors like Cisco (CSCO), and big IT vendors like IBM (IBM), HP (HPQ), and Dell.

SaaSThe progonistators at Citi also identified SaaS another disruptive opportunity. The article explains that Software-as-a-Service (SaaS) is Internet-based software delivery. Basically customers can use software that they’d otherwise have to buy via downloads or at a store. Examples include Google (GOOGAppsMicrosoft (MSFT) 365 and Amazon (AMZN) web services.

In 2012, the SaaS market grew 26% to become an $18 billion market according to market research firm IDC.  According to Citi’s survey, SaaS has already captured 8% of their software wallets so far and firms expect to increase spending to 70% of their budget over time — a 9-fold increase.

rb-

The Citi progonistators are so smart, they are at least a year behind the Bach Seat. I have covered cloud since 2011. I think we all know that cloud computing and software defined networking are information technology disrupters. Thanks guys.

 

5 Odd Tech Predictions

5 Odd Tech Predictions 2013  Julie Bort at the BusinessInsider found some really interesting ideas buried within this avalanche of humdrum thoughts. She shared them in the hope they will become self-fulfilling prophecies.

Hacking as a service1. Bad guys start offering “hacking as a service” – Security company McAfee says that criminal hackers have begun to create invitation-only forums requiring registration fees. The author speculates that these forums could become some sort of black-market software-as-a-service. Pay a monthly fee and your malware is automatically updated to the latest attack. Don’t pay, and it would be a shame if something happened to your beautiful website …

Smartphone ransomware2. Bad guys try to kidnap your smartphoneHackers have become fond of a form of malware called “ransomware.” It’s a popular way to harass people who view Internet porn. While visiting a porn site, bad guys plant malware on a computer that threatens to report the computer user to the police unless they pay up.

In 2013, the article says the trend will be to hold your smartphone hostage. Hackers will sneak malware onto smartphones and then make you pay if you don’t want all the data on your phone destroyed or leaked. So thinks Chiranjeev Bordoloi, the CEO of security vendor Top Patch.

Fake meat3. Fake meat becomes a real thing – Vegetarians have been manipulating vegetable protein to make it look a little like meat and taste nothing like it. But now BusinessInsider says the race is on to produce fake meat like bacon in much more technically advanced ways.

Dutch researchers have found a way to “grow hamburger” in the laboratory from just a few bovine stem cells. Tech investors have funded companies that will create food from plants. Stealthy startup Sand Hill Foods is one such company on investors’ watch list. Beyond Meat, a startup funded by Twitter cofounders Ev Williams and Biz Stone, makes realistic fake chicken and will ramp up availability in 2013.

smartphone healtcare4. Your smartphone will be like a personal nurse - Ms. Bort reports there is a healthcare revolution headed to your smartphone. IBM (IBM) has promised that one day soon doctors will use tech that will scan your body. They will send that data to the cloud for a diagnosis. Companies are developing smartphones with biosensors that do everything from check your blood sugar to detect the flu. Apple (AAPL) has promoted the iPhone as a platform for health technology since 2009, but some new devices are just coming to fruition.

Happy tablet5. The technology you use for work will be as much fun as the stuff you use at home – Most of us are so used to tech at work being a source of frustration that we can’t imagine a different world. But the author predicts that’s changing. In 2013, tablets will lead software to be redesigned for touch interfaces—which will make it fun and easy to use, more like a game than a spreadsheet. Best of all, more companies are adopting tech that lets you download a “virtual work desktop” on any device, simply by logging in on a Web browser or launching a mobile app.

Cassette Tapes are the Future of Big Data Storage

Cassette Tapes are the Future of Big Data StorageThe cassette tape is about to make a comeback, in a big way according to New Scientist. From the updates posted by Facebook’s (FB) 1 billion users to the medical images shared by healthcare organization worldwide and the rise of high-definition video streaming, the need for something to store huge tranches of data is greater than ever. And while hard drives have traditionally been the workhorse of large storage operations, a new wave of ultra-dense tape drives that pack in information at much higher densities, while using less energy, is set to replace them according to the article.

The blog reports that researchers at Fuji FilmCassette tape (4901) in Japan and IBM (IBM) in Zurich, Switzerland, have already built prototypes that can store 35 terabytes of data – or about 35 million books’ worth of information – on a cartridge that measures just 10 centimeters by 10 cm by 2 cm. This is achieved using magnetic tape coated with nanoparticles of barium ferrite, which stabilizes magnetic storage media by keeping moisture and oxidation (rust) from damaging the surface of storage tape.

But the real début for this technology, the author speculates, is likely to be the Square Kilometre Array (SKA), the world’s largest radio telescope, whose thousands of antennas will be strewn across the southern hemisphere. Once it’s up and running in 2024, the SKA is expected to pump out 1 petabyte (1 million gigabytes) of compressed data per day. To get an idea of just how much data that is, if the SKA data archive was built using today’s high-capacity 3-terabyte hard disc drives, the telescope would fill 330 drives a day, or an unmanageable 120,000 drives a year.

 Big Data StorageThat annual archive growth would swamp an experiment that is expected to last decades, says IBM Fellow Evangelos Eleftheriou, who is part of a team working to build tapes for the SKA. The IBMer says that by the time the telescope comes online, he and colleagues expect to be able to store 100 terabytes on a cartridge of a similar size to their prototype, by shrinking the width of the recording tracks and using more accurate systems for positioning the read-write heads used to access them.

Using tapes should cut down drastically on energy use, too. Data centers based on disc drive arrays use over 200 times more power than would a tape library of similar size, according to a 2010 study by the Clipper Group, a technology consultancy based in Rye, NH. That’s because disc drives in large arrays tend to stay powered-up, so their platters spin continuously, in case data is required, says Jon Hiles of Spectra Logic, a digital archiving firm in Boulder, CO. But tape drives only use power when they are being read or recorded on, he says.

Tape libraryThe downside of tapes is that they are slower to access than hard discs because they have to be fetched by a robotic mechanism, inserted in a reader and spooled to the right point. But the Linear Tape File System, which is being developed, expedites this process to make it comparable to disc drives, Eleftheriou told the blog. As storage needs skyrocket, hard drives won’t be able to keep up and keep power down, Eleftheriou says. Density improvements in hard drives are facing physical limits that mean they can only add more power-munching platters. “It’s time to take advantage of the low power and low-cost of tape,” he says.

rb-

It is unlikely even the largest firm will need the kind of capacity SKA’s IT staff will have to deal with every day. But it is likely that every organization that stores big data on-site will be looking for low-cost, high-capacity alternatives to disk. However I would not want to trust 35 TB (or more) of data to a cassette which can be easily destroyed. Do you think cassette tapes are the future of big data storage?

Do you think cassette tapes are the future of big data storage?

View Results

Loading ... Loading ...

A History of Mac Malware: Part 1

Apple computer malwareGraham Cluley at Sophos recently wrote an excellent history of Apple Macintosh malware. He points out that malware on the Mac is a subject which raises strong emotions. There are some who believe that the problem is overhyped and others who believe that the malware problem on Macs is underestimated by the Apple-loving community. The author writes that hopefully this short history will go some way to present the facts, and encourage sensible debate. (rb- We have just taken on a new customer which is 85% Mac and 15% PC. I have had this very conversation with my Apple certified tech who does the field support.)

Click here for part two of this series. Click here to read my recent series commemorating the 25th anniversary of the computer virus.

1982 – Apple II – The first virus to affect Apple computers wasn’t written for the Macintosh (the original Mac did appear until 1984). 15-year-old student Rich Skrenta wrote the Elk Cloner virus, capable of infecting the boot sector of Apple II computers. On every 50th boot the Elk Cloner virus would display a short poem:

 

It will get on all your disks
It will infiltrate your chips
Yes, it’s Cloner!

It will stick to you like glue
It will modify RAM too
Send in the Cloner!

The blog says many Apple fans are surprised that the Elk Cloner boot sector virus predates IBM (IBM) PC viruses by some years. (I got my first paying tech job using an Apple II and PFS:File to build a database).

1987 – Macintosh – The nVIR virus began to infect Apple Macintosh computers, spreading its malware mainly by floppy disk. It was a similar story to what was happening in the world of MS-DOS malware, where viruses would typically travel from computer to computer by users sharing floppy disks.

Source code for nVIR was later made available, causing a rash of variants for the Mac platform. The author writes that the first anti-virus products for Mac, some free, some commercial, began to emerge in response th this malware. (In my first tech support Job, I got very familiar with the Mac 30/SE, since there was a computer lab full of them with a SCSI chain from the Mac to an external hard drive to a scanner. They also printed to a LaserWrite 2 with AppleTalk and Phonenet. I still have a bag of terminators.)

Apple Mac SE/301988 – HyperCard – Running on early versions of Apple’s Mac OS, one HyperCard virus displayed a message about Michael Dukakis’s US presidential bid before self-destructing:

Greetings from the HyperAvenger! I am the first HyperCard virus ever. I was created by a mischievous 14-year-old, and am completely harmless. Dukakis for preseident (sic) in ’88. Peace on earth and have a nice day

1990 – The MDEF virus (aka Garfield) emerged, spreading malware on application and system files on the Mac.

1991 – HC (also known as Two Tunes or Three Tunes) was a HyperCard virus discovered in Holland and Belgium in March 1991. The writes that on German language versions of the operating system it would play German folk tunes and display messages such as “Hey, what are you doing?” and “Don’t panic”.

Microsoft Office 951995 – Concept Macro VirusMicrosoft (MSFT) accidentally shipped the first ever Word macro virus, Concept, on CD-ROM. It infected both Macs and PCs running Microsoft Word. Concept was not written with malicious intent but thousands of macro viruses were to follow, many also affecting Microsoft Office for Mac. Word macro viruses turned the world of Mac *and* Windows malware on its head overnight according to Sophos.

Macro viruses are written in an easy-to-understand macro language that Microsoft included in its Office programs making it. The blog says the macro language made it child’s play to create new malware variants. Most people at the time considered documents to be non-dangerous, and were happy to receive them without thinking about the security risks. Just opening a Word .DOC file could infect your computer, because the macro virus’s code was embedded within.

1996 – Laroux  Excel macro virus – The Laroux virus did not affect Mac users until Microsoft released Excel 98 for Mac and then Apple users could also become victims.

Quicktime1998 – Hong Kong introduced the the next significant Mac malware outbreak the blog says.  It was first spotted in the wild in Hong Kong. The worm – dubbed AutoStart 9805 – spread rapidly in the desktop publishing community via removable media, using the CD-ROM AutoPlay feature of QuickTime 2.5+. (rb- An AutoPlay issue – whoda thunkit?). In the same year, Sevendust, also known as 666, infected applications on Apple Mac computers.

After 1988 Mr. Cluely writes that big changes to the Mac malware scene were just around the corner. The release of Mac OS X, a whole new operating system which would mean that much of the old malware would no longer be capable of running. Mac-specific malware would have to be written with a new OS in mind.

 

Holey Optochip Transfers Trillion Bits of Info per Second Using Light

IBM scientists will report on a prototype optical chipset, dubbed “Holey Optochip”, that is the first parallel optical transceiver to transfer one trillion bits – one terabit – of information per second. IBM will present the new chip at the 2012 Optical Fiber Communication Conference.

Orginal IBM logoThe Holey Optochip is a standard silicon CMOS chip with holes punched in it. According to ITnewsLink, until now, it was not possible to transport terabits of data for existing parallel optical communications technology. Reportedly the new IBM (IBM) chip prototype compactly and efficiently delivers ultra-high interconnect bandwidth to facilitate the growth of big data and cloud computing and the drive for next-generation data center applications.

Big Blue speculates that the ability to move information eight times faster than today’s systems, could transform how data is accessed, shared and used for a new era of communications, computing and entertainment. “Reaching the one trillion bit per second mark with the Holey Optochip marks IBM’s latest milestone to develop chip-scale transceivers that can handle the volume of traffic in the era of big data,” said IBM Researcher Clint Schow, part of the team that built the prototype.

The holes in Holey Optochip allow light through the chip to produce anIBM Holey Optochipultracompact, high-performing and power-efficient optical module capable of record-setting data transfer rates. ITnewsLink says optical networking can significantly improve data transfer rates by speeding the flow of data using light pulses, instead of sending electrons over wires. Researchers have looked for ways to make use of optical signals within standard low-cost, high-volume chip manufacturing techniques for widespread use. The Holey Optochip module is constructed with commercially available components, providing the possibility to manufacture at economies of scale.

“We have been actively pursuing higher levels of integration, power efficiency and performance for all the optical components through packaging and circuit innovations. We aim to improve on the technology for commercialization in the next decade with the collaboration of manufacturing partners,” Mr. Schow said in a press release.

Green light bulbThe Holey Optochip is green. It achieves its speed while consuming less than five watts; the power consumed by a 100W light bulb could power 20 transceivers. This progress in power efficient interconnects is necessary to allow companies who adopt high-performance computing to manage their energy load while performing powerful applications such as analytics, data modeling and forecasting.

Technical Aspects of the Holey Optochip

The article explains that parallel optics is a fiber optic technology primarily targeted for high-data, short-reach multimode fiber systems that are typically less than 150 meters. Parallel optics differ from traditional duplex fiber optic serial communication in that data is simultaneously transmitted and received over multiple optical fibers.

 Holey Optochip

Photomicrograph of the Holey Optochip with lasers and photodetectors visible

A single 90-nanometer IBM CMOS transceiver IC becomes a Holey Optochip with the fabrication of forty-eight through-silicon holes, or “optical vias” – one for each transmitter and receiver channel. Simple post-processing on completed CMOS wafers with all devices and standard wiring levels results in an entire wafer populated with Holey Optochips. The transceiver chip measures only 5.2 mm x 5.8 mm. Twenty-four channel, industry-standard 850-nm VCSEL (vertical cavity surface emitting laser) and photodiode arrays are directly flip-chip soldered to the Optochip. This direct packaging produces high-performance, chip-scale optical engines. The Holey Optochips are designed for direct coupling to a standard 48-channel multimode fiber array through an efficient microlens optical system that can be assembled with conventional high-volume packaging tools.

rb-

This one does not count as a new speed record – yet. It’s not real. Once Big Blue demonstrates Holey Optochip in the real word like this and this then it probably will be fastest toy in town. The raw speed of one transceiver is equal to the bandwidth consumed by 100,000 users at today’s typical 10 Mb/s high-speed internet access.

At one terabit per second, IBM’s Holey Optochip will offer unprecedented amounts of bandwidth to move data like machine-to-machine communications (M2M) and other Internet of Things (IoT) components as well as posts to social media sites like Facebook (FB) and Twitter, videos to YouTube and digital pictures to Pinterest.

Mad scientistBut wait what if we use WDM within the light going thru Optochip.

Or better yet QAM 16 or even QAM 64

Or even more betterer QAM 256 running inside each wavelenght of WDM.

 

 

 

 

Switch to our mobile site