New gig at Netezza, an IBM company

Go figure.

After I left Nokia, I thought I was done with Mega-Corporations. But an opportunity came by that seemed to have most of the things I need right now that I had to take it.

As of 01 June, I’ll be joining Netezza, an IBM company, where I will be Director of Marketing, Public Sector (that covers Health Care, Life Sciences, Government, and Education). This new role will allow me to mix my product, biz, and marketing skills together and still talk science.

About Netezza
Netezza got bought by IBM for big bucks (Article: “IBM’s Most Disruptive Acquisition Of 2010 Is Netezza”). I only found out about it after I started talking to Netezza. I did pause a bit to consider if I wanted to dive back into a mega-corp, but I see my experience with Borg mentality and Jello could come in handy as Netezza integrates into IBM. [That’s not fair to IBM. I’ve been given some corporate reading to do prior to joining and see lots of very good elements that are anti-Borg and anti-Jello; though, of course, mega-corp Jello made me wait 6 months to be hired. We’ll just have to see how things transpire.]

Netezza is the leader in data warehousing appliances. It is all about Big Data, something I’ve been fiddling with in my mind for a long time, a direct descendant of a progression ideas stretching back to my Lifeblog days. IBM has bet big on Big Data, and I have been seeing a ton of signals that Big Data is, well, big, and growing fast. Netezza CEO, Jim Baum, says it best:

“And while [reporting and dashboarding] are very important, they’ve also become sort of foundational because most companies are already doing it. And that means most BI value today is historical in nature and is all about looking in the rearview mirror. But, the way business analytics and optimization are heading, it’s much more toward the forward-looking and actionable information—the advanced analytics and more predictive solutions and the business impact they can have.” 

Better fit
I learned a lot about organizations while at Children’s, and I learned about what environments I thrive in. While IBM is a swing back to my Nokia days (and in some way reminds me of when I first joined Nokia), it’s a better place for me than any “adjacent possible” work I could do at Children’s. [Though, I would like to find some middle ground between the hyper-organized mega-corp and the set-o-pants management style of the org I worked with at Children’s.] Also, any of the other potential things I could do were through some big obstables of time and chance [For example, there were other things I really wanted to do at Children’s, except that they were not “adjacent possibles”. And, natch, the job market and financing and what I have in hand played a lot in this, too].

Furthermore, the offer from Netezza had so many things I had been looking for, that it was hard to turn down. One unexpected benefit of Netezza: the office is a 20 min walk from home. Right now I ride the (woefully incompetent) commuter rail, about 1h45m-2hrs door-to-door each way. I hope I use my new-found time wisely.

What about them bugs?
At my core, I am still a scientist and a determined practical microbiologist with a wide range of interests (listed in part on my About page). In the 20 months I have been in the Boston area, I have not really been able to properly meet the goals I had set with respect to biology and science. I hope that with the benefits Netezza will afford me (in many special ways, thank you), I’ll be able to finally reach those goals.

For example, the past 6 months that I was waiting to close the deal with Netezza were well spent doing some due diligence around some of the top ideas I have for a biotech biz. Also, I hope to interact more with the MIT Media Lab (I’ve known the incoming director for many years) and the DIYbio community.

Yes, I am committed to Netezza for a long while. This move provides a good mix of energy, learning, ideas, and opportunities at work and at home.

Watch this space to see how it goes!

Here’s a darn cool video about IBM, which is turning 100 this year.

IBM Centennial Film: 100 X 100 – A century of achievements that have changed the world

Scattering Microscope Peers Into the Nanoscale – ScienceNOW

From the article: Researchers have come up with a new idea for a light microscope. They placed between the light source and the object a lens made from a slab of a crystalline substance called gallium phosphide. This design drastically reduces the theoretical minimum size of a visible object. However, for complex technical reasons, no one has ever managed to get close to this theoretical minimum with a standard lens made of gallium phosphide. So the researchers took a different tack. They started by etching the lens with sulphuric acid, producing a frosted surface that, far from focusing the light, scattered it randomly in all directions. They then used a computer to design an incoming light wave that, when scattered by the lens, would focus to a point. This process of randomize and reconstruct produces a tighter focus than simply focusing the light with a traditional lens.

Very clever.

Read this article…

Satellite tracking will reveal turtle wanderings : Nature News

“By borrowing the tools of the manicurist’s trade, marine biologists have found a way of attaching satellite-tracking tags to turtle hatchlings. The tags will help uncover what turtles get up to in the critical few months after they leave the beach of their birth.”

This is a really cool story about simple solutions arising out of the most unsuspected places. Also, this is a great use of tracking tech.

Read this article…

A united front – contamination in biotech drugs : Nature

“At least 17 incidences of viral contamination in biologics have been reported, but industry insiders say that many more go unreported. Rather than risk negative publicity and lawsuits, companies have largely chosen to keep the details of contamination, and even their occurrence, secret — even, at times, from government regulators. Genzyme’s experience, which legally had to be made public because it caused a significant drug shortage, may have only deepened industry’s fears of going public.”

This has triggered a few thoughts about the future of biotech. I guess I’m primed by the “Windup Girl” book I read recently. Yet, if this were as prevalent and dark as the article suggests, we would have heard more on this. I can’t think that Genzyme is the only one who had to fess up about contamination of an existing product (though there might be contaminated products in biotech pipelines).

Read this article…

‘Disease-Proof Mosquito’ Could Spread Like Wildfire – ScienceNOW

“The scientists used a so-called homing-endonuclease gene (HEG), a selfish gene found in fungi, plants, and bacteria that has the ability to create a second copy of itself in individuals that have only one. This ensures that all offspring have the gene as well, and it’s one of the fastest ways genes can spread in nature, says insect geneticist Jason Rasgon of the Johns Hopkins Bloomberg School of Public Health in Baltimore, Maryland, who was not involved in the new study.”

Why does the idea of releasing a genetically modified animal into the wild as a way to control a wild-type population make me uneasy. Uh, GM release? Uh, controlling organism by introducing one that isn’t native?

Shiver. How many generations will it take before we are comfortable with that?

Read this article…

Education: The PhD factory : Nature News

“Scientists who attain a PhD are rightly proud — they have gained entry to an academic elite. But it is not as elite as it once was. The number of science doctorates earned each year grew by nearly 40% between 1998 and 2008, to some 34,000, in countries that are members of the Organisation for Economic Co-operation and Development (OECD). The growth shows no sign of slowing: most countries are building up their higher-education systems because they see educated workers as a key to economic growth (see ‘The rise of doctorates’). But in much of the world, science PhD graduates may never get a chance to take full advantage of their qualifications.”

Great article.

Read this article…

Needham losing photo icon – Boston.com

“When’s the last time you brought a roll of film to the store for processing? If you can’t remember, you’ll begin to understand why Scorby’s Camera will soon close its doors after more than a half-century in Needham Center. “

A photo-story about a camera shop that is closing down due to pressures of digital photography and big box stores that process digital images. Part of me thinks this is like the newspapers folding. Yes, it’s a sign of the change to a digital world, but also, I hope, the industry settling to a new level – new biz models need to be figured out and the craft will remain in the background, much like farriers, horse tack shops, lino-typists, and other craftsfolk of bygone ages. I believe that new tech does not kill old tech, just forces them into new niches.

Read this article…

Gut bacteria in Japanese people borrowed sushi-digesting genes from ocean bacteria | Discover Magazine

“Nori is, by far, the most likely source of bacteria with porphyran-digesting genes. It’s the only food that humans eat that contains any porphyrans and until recently, Japanese chefs didn’t cook nori before eating it. Any bacteria that lingered on the green fronds weren’t killed before they could mingle with gut bacteria like B.plebius. Ruth Ley, who works on microbiomes, says, “People have been saying that gut microbes can pick up genes from environmental microbes but it’s never been demonstrated as beautifully as in this paper.””

Japanese gut bacteria picking up genes from marine bacteria that live on seaweed. This blew my mind, but I am not surprised. We do know that there can be rapid gene changes in humans (ADH, lactase), why shouldn’t there be rapid changes in our fellow microbiomes? Very interesting implications with respect to therapy and diets.

Read this article…