Nokia’s Design for the Future: Focus on What Works

There’s been a crazy fog of speculation surrounding my previous employer for the past few years, and I’ll admit I’m guilty of contributing.  Many of Nokia’s moves during that time have been unusual, counterproductive and even downright bewildering… so it’s hard to blame anyone for wondering what the heck platform-torching CEO Stephen Elop has really got in mind.

Nokia has always been a leader in hardware.  That’s not even open to debate.  Their serious failures have been, increasingly of late, in softer areas.  Operating systems.   User experience.  Marketing.  In no time Nokia’s failure to execute on iPhone-driven paradigms caused it to fall from leader to follower to company-with-a-questionable-future.

No need to rehash any more history, though, right?  Let’s talk about the company’s future… and why my pessimism started to evaporate tonight. 

Self-Manufacturing: How Close Are We?

When I was a kid, the most exciting Christmas gift my parents got me was a green Honda QA50 mini-bike.  Until I was upgraded to a cooler Honda Z50 a few years later, I rode the hell out of that little thing.  Even stripped a great deal of skin off my 9-year-old body the first day riding– then got right back on, to my mother’s horror, and kept going.

source: http://farm4.static.flickr.com

But the most useful present was a Science Fair 100-in-1 electronics kit.

You can see it on the right side of this 1972 advertisement from Radio Shack.  It was a board loaded with electronics, including a meter and speaker, and used pre-cut wires and spring terminals to virtually assemble all sorts of cool projects.  I annoyed my family by creating a household radio station, harassed the pets with a sound synthesizer, and amused myself endlessly with a lot of trial-and-error spaghetti wirings before I really understood what was going on.  But in the process of doing so, and by scribbling notes all over the big manual’s pages, I developed the knowledge of electronics that eventually helped land my first professional job (with Texas Instruments) and cultivated a deep love for tinkering that has never died. 

The Cells of Smart Power

When I last wrote about “smart power”, I was taking US business and especially political leaders to task for failing to craft comprehensive, forward-looking energy policy.  They seem to be more concerned with drilling for today’s dwindling oil than planning for tomorrow’s growing needs.  Meanwhile, citizens feel powerless to do much about it.

Part of the problem is one of scale.  Our energy dilemma is big and not easily solved.  There’s a great deal of economic inertia keeping us stuck in hydrocarbons.  As I said before, I believe it’s largely the role of government to help “unstick” us– to provide incentives, tax or whatever, in facilitating a transition from a polluting power paradigm to one more responsible and sustainable.

But that doesn’t mean the citizenry should sit back and wait for their tax dollars to be put to proper use.  There are moves we can make at local levels to get change underway… and set the stage for more expansive solutions. 

Smart Grids and Stupid Policies

Rolling power blackouts, a common resort in northeastern US states when extreme weather takes hold, are now steamrolling into an overheated Texas (although not yet as widespread as initially feared).  Unfortunately, the outages are largely indiscriminate thanks to an outdated, dumb electrical grid.  This puts people and produce at risk.

Tonight we lost power for a few hours and felt the impact immediately.  Our 30-year-old air conditioner was already struggling to overcome 111 degree Fahrenheit heat– without it or fans going, our little house quickly turned into a big oven.  As I walked around in the dark lighting candles and contemplating my car’s lovely air cooling ability, my mind went back in time…