In 2010 the number of files, images, records and other digital information containers will grow by a factor of 67, a study has said.

The latest EMC-sponsored Digital Universe study has said that the amount of digital information created last year grew 62% over 2008 to 800 billion gigabytes (0.8 Zettabytes).

A zettabyte is the equivalent of:

• A million petabytes — each of which equals a million gigabytes
• A billion terabytes
• A thousand exabytes
• The total storage capacity of 75 billion 16 GB iPads
• All the information in all the academic libraries in the US — times half a million
• The output of every inhabitant of the planet tweeting, non-stop, for a century.

The vast majority of that is unstructured data. Unstructured data (data that isn’t organized into some kind of structure, such as a database) was once like the tree falling in the forest with no one to hear – the information was there but nobody was getting it. But now people are developing apps that can pull information out of all that data.

So the next question is “What comes after a zettabyte?” Turns out it’s a yottabyte. Even though I’m pretty sure they thought they were done when they got to zettabytes, because they’re named for the last letter of the alphabet. Anyway, they back-tracked to “Y” and then skipped back to “B” for “brontobyte.” I’m guessing named for the brontosaurus, which was one of the bigger dinosaurs.

See our Kilo, mega, giga, tera, peta, and all that definition.

On Of Zen and Computing, Tom Harrison writes about the virtual floppy disk:

Floppy disks have been obsolete for a long time now, but I can see this utility coming in very handy for someone who wants to work with a set of antiquated device drivers, or perhaps relive the good ‘ol days of Commander Keen and The Oregon Trail.

I haven’t missed floppies too badly. Of the three computers in our house, only one has a floppy drive. Still we do have an antique with that capacity. Should we ever need a virtual floppy, I guess we can use it to create one.  And, what with so many manufacturers omitting the drives from computers and so many retailers no longer selling diskettes (did anyone ever call them that?), you’d have to agree that at least the physical floppy is heading for extinction.

Elsewhere on the blog, Harrison explains why the floppy deserves to be dead. Well, for starters:

Floppy Disk capacity is virtually useless

So why do away with floppies? Simply put, their capacity is a joke compared to the size of today’s files and storage mediums. A floppy disk can hold up to 1.44 megabytes of data. Just how small is that?

* The capacity of an 80 minute CD-R is 486 times larger than a floppy disk.
* The capacity of a DVD is over 5000 times larger than a floppy disk.
* The capacity of a 512mb USB drive is over 350 times larger than a floppy disk.
* The capacity of a computer with a 150 gig hard drive is over 100,000 times larger than a floppy disk.

As you can see, you’d need volumes upon volumes of floppy disks to get the same capacity as modern storage devices.

Come to think of it, I can’t remember the last time I used a floppy disk. Give me another decade and I’ll probably have gotten rid of the piles of them on my office shelves…
~ Ivy Wigmore

(Photo credit: steffenz, republished under a Creative Commons Attribution license.)

Is sending an attachment over email a bad option, for whatever reason?

You could try Amazon S3 or FileURLs, both of which offer the ability to transfer files around. You could use the tried and true method of posting to a server and FTP client. You could even set up a BitTorrent tranfer between machines.

Or you could check out Drop.io. Launched in November of 2007, this New York City-based storage-as-a-service provider makes storing and sharing files anonymously a breeze. Allen Stern covered the launch of the Drop.io alpha for Center Networks.

You don’t need to register or sign up for an account. Drop.io allows a user to create a “drop” — a dedicated storage space, with all of two clicks. Basic drops are free and include 100MB of storage space.

Here’s how it works:

You creates a drop URL with a unique name more than seven characters long.

You upload a file to it and sets an expiration time (1 day to 1 year) for when it will be deleted, along with passwords for access and administration.

You then can choose what level of access (read, read/write, read/write/delete) any non-admin users will have.

Once you’ve created a drop folder, you can continue to add files and notes to it over the Web, cellphone, email, SMS or even fax.

Each drop also has a dedicated phone extension that allow you to call in and record voice messages that are then added to the drop.

Drop.io isn’t indexed by Google or other search engines, so your data will remain as private as your friends and clients are with the access information.

Drop.io is, in fact, completely anonymous, other than the fact that it tracks your IP address to address legal requirements or tersm of service violations

The service doesn’t require you to give your email address or create a permanent account or profile. Once the drop expires, so does everything related to it.

Just any time you’re uploading large files, there can be freezes or time outs if your upstream connection isn’t all it could be, as David Weinberger noted when he tried it out. I didn’t have any issues when I dropped a screencast for a colleague onto the service.

Drop.io has another cool feature: an RSS feed created for the drop. As a fan of RSS, this is a snazzy feature that instantly opens up new means of collaboration and distribution.

If you post an audio or video file into a drop, bingo: instant podcast, complete with a player. Remember: You can also leave voice messages on a given drop, so this is about as easy a podcasting method as you’ll find.

As Lifehacker pointed out, Drop.io features free, simple faxing. Other folks can send faxes to your dedicated number, where the document are converted into a PDF and syndicated to any portable device that can handle that format. You’ll need to send an automatically generated cover sheet to the sender to ensure proper conversion. Conversely, you can upload a document to Drop.io, enter a destination fax number and click “Fax” to send.

There’s even a way to embed the Drop.io widget in a Web page or wiki, which allows visitors to *send* you files. Password protection is included if you’re leery of malware (an excellent idea, in this writer’s opinion).

Your friends, colleagues and clients can also post to the drop simply by emailing a file to it, though given that the service specifically works *around* sending large files through email servers, this is probably best kept to smaller bits and bytes of content. Just address the message to yourdropname@drop.io.

Read the Drop.io FAQ for more information or check out the brief tutorial.

Watch a video interview with the founders of Drop.io, Sam Lessin and Darshan Somashekar, from CenterNetworks.
Leo Laporte and Amber MacArthur also had Sam and Darshan on the 46th episode of the Net@Night netcast.
[Listen to the MP3]

The service isn’t perfect: As Dave Winer and Michael Arrington both noted, files posted to Drop.io are not added as an enclosure to the RSS feed, which means you’ll have to go back to the service to retrieve the media.

That being said, I’m an instant fan — and I’m far from alone. The following is just a sample of the positive reviews for drop.io out there:

Download Squad: Share files with Drop.io

AppScout: Drop.io simplifies file sharing and uploading

HackZine: Drop.io is simple, anonymous file sharing

Drape Stakes: Drop.io’s file sharing with RSS = endless possibilities

Andy Piper: Sharing large files with Drop.io

One Minute Tips: Drop.io is the Swiss Army knife of transfer

[Image Credit: IEEE's Spectrum]

Ok, terrible electrical engineering joke. Leon Chua (the scientist who first hypothesized about the memristor back in the seventies), as quoted by Margaret Rouse in Overheard in the Blogosphere:

“Electronic theorists have been using the wrong pair of variables all these years–voltage and charge. The missing part of electronic theory was that the fundamental pair of variables is flux and charge. ”

Read HP’s Memristor FAQ for more information.

NPR’s Science Friday recorded a terrific show on May 9th on the discovery. From the shownotes:

Introductory classes in electronics are big on circuit diagrams involving different combinations of resistors, capacitors and inductors. Now, researchers say that they have discovered a fourth fundamental passive circuit element, one that complements those well-known three and fills in a gap in the basic equations that describe the relationships between voltage, current, and magnetic flux. The possibility of such a circuit element, known as the ‘memristor,’ was first described in 1971, but until now no one has found a device with the properties of that missing element. A group of scientists at HP Labs found that in nanoscale materials, however, the ‘memristance’ property becomes easier to see.

The find could lead to lower power, instant-on computers, as well as novel types of circuitry. We’ll talk with one of the discoverers of the modern memristor about the find and its potential applications.

Listen to the memristor show on at ScienceFriday. com or download the MP3 directly to your hard drive. You can subscribe to the Science Friday podcast there as well.

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InPhase is the company that has spent 8 years developing a practical holographic storage system.

We define a holographic disk drive, the practical implementation of the technology, as “a holographic storage device that uses a laser to store data to optical media in three dimensions, maximizing storage capacity by using the media’s depth. Most optical media, such as CD, DVD, HD-DVD and Blu-ray only offer bit-at-a-time surface or dual-layer writing capacity. A holographic versatile disk is just slightly larger than a DVD and can store 30 times as much data.”

If you want a blast from the past, watch the video below to see Liz Murphy in June of 2007 explaining how HD holographic storage (will) work. She’s interviewed by Scott Jacobs for Futurepeak. (Click ahead to :30 to avoid some shaky handheld camera work.)  There’s a good explanation for how the technology works and some historical perspective on its development later in the video.

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The video is the next in a series of dependably droll, frequently hilarious spots that follow Cleese’s work as “Dr. Harold Trainwreck” in  The Institute for Backup Trauma  and as the host at the Friendly Advice Machine.

Here’s Dr. Trainwreck on “Rule 26,” wherein he provides advice for corporate counsels and IT managers:

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And more of the good doctor, this time providing a (mock) tutorial on how to botch data management.

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Captains of Industry created the campaign for Iron Mountain.

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Who knew storage guys were so much fun?

In IT and the law, of course, the term “due diligence” has considerably more precise meanings. WhatIs.com’s definition for due diligence states it as:

…the process of systematically researching and verifying the accuracy of a statement. In everyday language, due diligence is synonymous with “the degree of effort required by law or industry standard.”

The term originated in the business world, where due diligence is required to validate financial statements. The goal of the process is to ensure that all stakeholders associated with a financial endeavor have the information they need to assess risk accurately.

When due diligence involves the offering of securities for purchase, as in an IPO (initial public offering), specific corporate officers are responsible for the proper completion of the process…

As is the case with so many other things in life, context matters. In general, due diligence includes the careful identification and evaluation of data sources, identification of potential risks and any other issues relevant to the statement or scenario in question.
Civil litigation and real estate law are even more specific, as you’ll read in our definition.

IT, as ever, is its own beast.

[Cartoon Credit: ScienceCartoonsPlus.com]

In the context of information technology, due diligence could mean determining whether a new operating system would be incompatible with important existing legacy applications, if a new developer understands the difference between Javascript and Java or whether new servers will fit on existing racks in a data center.

Due diligence can also be applied to careful testing of data or network security, disaster recovery preparedness, or any other critical infrastructure asset.

Failure to meet proper due diligence in these areas could leave the organization or client in question open to data breaches or malware infections.

In this sense, completing due diligence can be taken to be completing the steps that are “industry standard” in a particular area, like penetration testing or other code validation. Software companies that do not meet these goals may be liable for zero-day attacks, customer data breaches or other losses of mission-critical functions that could have been prevented with more stringent preparation.

It’s might be fair to say, for instance, that if TJX had had a better IT audit that mandated a switch to WAP instead of WEP security, one of the biggest data breaches in history might have prevented.

Or maybe not. Either way, the relevant IT guys probably should have done better due diligence before transmitting customer information over a wireless network protected only by weak encryption.

Any DB that doesn’t do due diligence testing to ensure that a database is recoverable from a major hardware of instance failure is similarly negligent.

There are plenty of examples out there. AstuteDiligence.com hosts a list of more general due diligence horror stories, with specific company and individual names redacted. There are some classic scenarios listed — the acquisition of a software company based upon a flashy demo, good PR and a well-designed website that turns out to be a maker of vaporware.

CFO Magazine ran a feature story back in ’04 about companies that installed safeguards against merger surprises after due diligence failures.

In many circumstances, of course, due diligence works quite well, as Jan Stafford reported in a story about how a bank’s senior systems architect, sought and found a virtualization technology to help facilitate hardware consolidation and operating expenses low during system upgrades.

As Joseph Bankoff, a partner in the intellectual property and technology practice at law firm King & Spalding in Atlanta put it in a 2006 Infoworld article on the topic, “Due diligence is going in and digging a hole in the ground and seeing if there’s oil, instead of taking someone’s word on it.”

After all, you wouldn’t like it if someone else drank your milkshake.

Around this time year, I laid out the top 20 IT buzzwords of 2006. To be fair, calling some of these technologies “buzzwords” now looks like a bit of a stretch, in terms of the strict definition for buzzword. Virtualization is everywhere now, in the network, server, desktop PC, storage hardware and data center. Web 2.0 may have been massively overhyped, but blogs, RSS, Ajax, wikis, podcasting and social bookmarking have all made an impact this year too, in a wave of adoption that many have now settled down to term “Enterprise 2.0.”

“2.0″ itself could be the word of the year, were it not for the discussions of Web 3.0 that led to some buzz fatigue and gentle reminders of the Semantic Web. (See this list of semantic apps for some insight into how this space is evolving).

SaaS applications from industry giants continue to be important for CRM. And at the end of every year, IT admins and CFOs alike can’t help but think of SOX compliance. Mash-ups, VoIP, BPM, 3G SOA, XML and data mining all continued to be relevant too, with nary a buzzword to be seen.

Anyone who creates, markets or sells content or services online know the value and importance of search engine optimization (SEO) by now as well.

While they didn’t make the number one spot (you’ll have to wait for that one) there’s no question that IT became greener, as tracked by the surge in spending, research — and hype. Green data centers , green computing, LEED certification, and, unfortunately, greenwashing all make the trend list.

Dealing with Vista is also right at the top of any trend list. Microsoft’s new OS has met with slow adoption and a slew of backwards compatibility headaches, and, as SearchWinIT’s Christina Torode reports, “Few Windows shops had plans for Windows Vista migrations in 2007, and it appears that there may also be little interest well into next year. Of more than 800 responses from IT managers to an online survey conducted by SearchWinIT.com, 37% said they had no plans whatsoever in place to install Vista, while 8% said they would begin adding the new desktop OS in the first quarter of 2008, and 9% expect to begin the upgrade in Q2 2008.”

So what else is new? What else mattered? If I just pulled from the words on WhatIs.com that received the most attention from you, our audience, you’d think it was dialectric materials, FUBAR , chaos theory, IEEE, heuristics, nanometers and compilers — but there’s more to the year that that!

I won’t aggregate every 2007 list here (after all, Fimoculous.com has, yet again, done a great job of pulling together 2007 lists) but following are some of the best that cover IT. You’ll find great new Websites, tools and services — exactly what we promise to provide you in this space from week to week.

Enjoy the lists — and, of course, don’t forget to subscribe to to our newsfeed for the best enterprise IT news or subscribe to our tipsfeed for the best enterprise IT tools and expert advice to help you work better and faster.

Jason Hiner takes aim at hardware and software in The 10 most important business technology products of 2007, noting the i-Mate, Sprint Xohm, Salesforce.com, Vista/Leopard, LinkedIn, Zoho Office, Cisco Telepresence, Microsoft Office 2007, OQO and the Apple iPhone.Personally, I agree with the commenters that the XO of the OLPC project should be in the conversation, though perhaps not on this list, as Jason says. I’d add OpenOffice, personally.

PCWorld misses that one too — though not many others — in this immense roundup of the Top 100 Products of 2007.

This list is a grab bag of hardware, software, Web sites and services. Techies will find plenty to quibble with — can you really compare the Intel Core 2 Duo with Pandora.com, Guitar Hero 2 and Netflix without segmenting them out — but if you’re looking for a good list of what mattered to techies and netizens alike to discover the best of the best, you could do much worse.

PCWorld also featured a terrific list of the top 100 undiscovered Web sites in August, if you missed it, along with their top 100 classic Web sites.

Some of my favorites (and now bookmarks) include Wink, Footnote, Wikisky, DZone, Programmable Web, VideoJug and Zoho and Meebo. Happy surfing!Time Magazine, in much the same vein, offers up their 50 Best Websites of 2007.

My favorites here have to be CellSwapper.com, Last.fm, Newsvine.com, Tumblr, Twitter, GrandCentral and, for some of the best laughs of the year, the outrageous FunnyOrDie.com.

If you didn’t see Will Ferrell’s “The Landlord,” you missed out. StumbleUpon is, for my money, the breakout Web site of the year, though YouTube and Facebook fans may disagree.

(Stumble this blog and find out what I mean).

I liked Mozy.com for online backup, too.

It isn’t quite a 2007 roundup but Esquire’s six ideas that will change the world offered such intriguing suggestions that I couldn’t help but mention them:

• a low energy method for getting rust nanoparticles to bind to arsenic for water purification in the developing world
• Internet “hacktivists” who use Psiphon to provide uncensored Net access to netizens stranded in regimes hostile to the free flow of information and ideas
• flexible circuits embedded in silicone skin that can be used for prostheses and wearable computers
• self-modeling robots who use the principles of natural selection found in evolutionary theory to arrive at the optimal model for a structure or mechanism
• CO2 sequestering in the deepest water of the oceans to force it to become a liquid heavier than water
• biodegradable plastic produced in an environmentally friendly way

For more in that vein, make sure to consult the pages of MIT’s Technology Review, where they list the following exciting emerging technologies:

• optical antennas and meta­materials
• peer-to-peer video,
• personalized medical monitors
• compressive sensing
• nanohealing and quantum-dot solar power
• single-cell analysis
• mobile augmented reality

On the other side of the coin, eWeek’s Brian Moore illustrated a list of technologies and services that flopped, floundered or aren’t quite ready for prime time in 2007′s Biggest Emerging Technology Disappointments. You’ll find virtual worlds, in the form of Second Life, ultramobile micro-PCs, home-based VoIP, mobile security for smartphones, IPv6, ebook reader (Hello, Kindle!), WiMax, BlueRay/HD DVD and MuniWiFi.

It’s hard to argue with the selections, though I do think that Kindle’s eInk technology offers the closest thing to a pleasant electronic reading experience yet.

Wired is calling for nominees for its 10th anniversary vaporware awards, too, if you want to get in on voting for what didn’t materialize this year.

Personally, and I know I’m burying the lede here, 2007 was the year that the network took a huge step towards being the computer, a trend acknowledged by Amazon, IBM and Microsoft in one form or another. (And yes, I’m talking about our word of the year again here.) Sun talked about that phenomenon ten years ago, though it missed an opportunity by not open sourcing Java. This model of Internet-based supercomputing, where vast stores of information and processing resources can be tapped into remotely by a laptop, PC, smartphone or other connected device is still building momentum..

2007 saw the introduction of more devices than ever before, including the gPC, iPhone and XO, that all move the user into this browser-based, Web application world, enabled and enobled by Ajax. Between open source operating systems, browsers, office productivity applications and inexpensive hardware, users and organizations can do more and create more than ever before, albeit in increasingly insecure environments.

We may take a stab at some predictions for the year ahead some time soon, once we finish digesting the year that was. Feel free to let me know what YOU think the most important trends and technologies for 2008 will be through email or in the comments.