Design Hardware/Software for Global Civil Society

-cman- writes "White box builders and Gnome hackers take note! With the announcement of various oxymoronic "trusted computing" initiatives in recent week, Bruce Sterling, self-appointed Pope-Emperor of the Viridian Design Movement has announced a new design contest to design a '...genuinely trustable, cheap, well-designed, rugged, sexy, accessible computer system that is owned, manufactured and operated for, well, Global Civil Society.'" I'll buy one.

Comments

Global Civil Society ?

[Chillblaine]

Damn the box let's just try get the "Global Civil Society" first.

Isn't this what standards bodies are for?

[gatekeep]

It seems to me that if these sorts of 'security systems' are meant to make the exchange of data between computers secure, there's already a lot of standards bodies which should be up to to the task of establishing an alternative to the MS-centric Palladium.

IEEE, IETF, even the Liberty Alliance could put together a competing system.

The key here is that any proposed security standard needs to be

• Vendor Neutral
  
• International
  
• Respected by the industry
  
• Respected by a majority of the world's nations.
  

Anything less than this *WILL* fail on a global market. MS probably has a shot at controlling the US PC market if the government and their anti-trust proceedings don't bitch slap them

Perhaps nobody will build them?

[capt.Hij]

When you open it up, it shouldn't display the creepy logo and suspicious agenda of "Microsoft, Compaq, HP, IBM, Intel" or any of those "trusted computing" jaspers.

So somebody is supposed to build computers for everybody on the whole planet, but that somebody shouldn't be big enough that they are capable of doing such a thing? Maybe we should put some plans on our desks and let the computer gnomes build them overnight?

Practice what you preach

[da007]

http://www.viridianrepository.com/ was made with microsoft frontpage. bastards.

Design Spec nightmare

[gclef]

Okay, so what exactly are the specs of this platform he's asking for?

1) "genuinely trustable, cheap, well-designed, rugged, sexy, accessible."

good, cheap, fast. Pick two. Seriously, rugged, cheap and accessible (presuming he means easy to use) are about the only things in this section that are actually design requirements. The "genuinely trustable" we'll look at below in the "open specifications" comment. "Well-designed" and "sexy" are not design specifications, as much as marketing pre-planning.

2) "a primarily political and social computer"

ummm....right. This isn't a design spec, it's...well....pointless, actually. We'll ignore it.

3) No corporate or national logos.

Okay. This is a valid design requirement, but probably an impossible one.

4) "The software and communications protocols in this device should be transparent. Honest. Aboveboard. Public. Public-spirited. Fair. Inclusive. Multi-culti. Legitimate. This Is What Democracy Looks Like. All that stuff that computer hardware and software never, ever is"

Right. The IEEE and the IETF are secretly planning to take over the world. Just you wait. and don't get me started on JEDEC. They never take input from the community. This is a design spec, but an insane one.

There's no way. You would, in effect, have to re-design every part of the computer to manage this. This includes a different card spec (PCI and AGP are apparently not multi-culti enough), a different CPU (they display corporate logos, after all), different BIOS (corporate logos again), etc. You would have re-design the entire computer, ignoring all existing specs. This is crazy.

SUBMISSION #42

[_ph1ux_]

Abacus

in- and ex-ternals of such a beast

[timothy]

(Going on the idea that this fantasy system will be a laptop, though that may be reading too much into it.)

1) the keyboard can't suck. The best keyboards on laptops (IMO) are the ones found on IBM ThinkPads, though there is some competion from Toshiba. Most laptop keyboards are are not only awful feeling to begin with, they rapidly get worse and stay worse. Unless your entry has to be ultra-ultra lightweight, please consider putting a few justified ounces into a keyboard. Make it something that will be worth typing on in 10 years, like my IBM model M keyboard is.

Also, the keys should be tilted to a sane angle for typing, not a big rectangle of keys. Only a few laptops have ever tried escaping the wrist-killer of normal laptop keyboard layouts. No matter what keyboard layout one ends up using (QUERTY, Dvorak or something else), your hands still need a break.

2) The pointer can't suck, and they all do :) (This is going with the idea that it *would* need one ... maybe not.)

IBM-style pointers are my favorite, but they are probably too troublesome and breakage prone: how about an optical trackpad with a replaceable window in the event that the original is scratched / scuffed beyond use? Or an embedded trackball like in the old Powerbooks, but with an optical ball as in current desktop trackballs?

3) Modularity, ports and jacks are all-important.

Realize (or at least grudgingly hypothesize) that some or all of the computer is going to break, and view it as an inherently leaky system. The screen will get pierced by an arrow while you're traipsing through the rain forest, or the hot foreign-aid worker you're respectfully dating will cause you to pour coffee on the keyboard, or the pointer will just decide to go on permanent vacation, or a purse-snatcher will leave you holding only the detachable screen. Gone.

There must be ways built in for the thing to go on functioning at least a little bit, and if at all possible to be field repaired.

Whatever the screen configuration ends up being (conventional clamshell? web-pad? little eye-piece?), it needs to be replaceable with no more than a (makeshift, flat-head) screwdriver and some human fingers.

Provision should be built-in to use number bad or other keyboard part as an alternate pointer controller if the main one busts.

Re ports: USB / USB2 seem like good choices these days for a low-cost machine. I think it would be smarter to provide a bunch of USB(2) ports than try to provide the whole range of ethernet, firewire, serial, parallel, etc etc. Let that be taken care of by emulation and adapters, and encourage everything in the world that could grow a USB port to do so. Has some downside, but simplicity and interchangeability is important. A low-cost computer could be a micro-ISP if it had 8 USB modems and an ethernet adapter hooked to it's 4 USB ports via a couple of powered USB hubs. Or a weather station. Or a Whoooznitz Whutzall Thingamajibber. Point is, modularity should trump built-in featuritus.

Now forget I just said that and let me hypnotize you with this idea: it should have a built-in camera. Randy Waterhouse had one in Cryptonomicon, but despite this obvious hint to the hardware industry, very few laptops really have a camera, and the one on the Sony Picturebooks isn't the dirt-cheap pinhole variety of Randy's.

4) Built in software, in two parts:

a) Really, any open-source operating system would work. Some variety of either BSD or Linux seems the obvious choice right now, either would work fine. Or some other variant, so long as the software's license is open enough to enocourage unhindered distribution, modification.

b) Lots of knowledge on the hard drive.

Why do hard drives come blank? Who knows, but should they? Remember, today's "tiny" hard drive holds more written knowledge than the world possessed in sum not long ago.

I'd like to see on this thing a copy of:

- a good serious world almanac
- a good non-serious or at least non-traditional world almanac like the HG2G or similar
- lots of maps
- a simple word-for-word translator with dictionaries for many languages, so documents could be at least looked at on a very coarse level even if you don't know the language.
- the U.S. Constitution (and heck, the communist manifesto, as a "see also" reference)
- diagrams for lots of things.
- classic literature of several languages

5) Other concerns

- must be workable on world current, at low power. Look at the capabilities of today's 800MHz transmeta chip, or 400MHz Xscale, and aim lower.

- should be built with solar in mind. Casing should have attachment points for a solar panel or two. Low-power LEDs to indicate charge level. Agressive power-throttling.

Phew.

timothy