Everytime I read articles like that, I envy the engineers that worked in development of such tools. First microprocessors in jet fighters, electromechanical celestial navigation...
I think the opposite. Hardware is hard, as they say. Building such complex electromechanical designs to military specs without modern CAD tools must have been the equivalent of writing code in binary, without high level languages or even assembler.
I’m sorry. I’m in a bad mood and that was unecessary. That being said, given the current hyper militarized climate in Silicon Valley, I find this detachment of the science / engineering from its use cases to be more than a little distasteful.
You are to be commended for an apology, it shows class and decency.
As for the militarization of Silicon Valley, it's been said we have god-like tech, but not the emotional discipline for such responsibilities. Aside from the fact that we humans suck, we repeat our worst mistakes without, it seems, a second thought. Then, when we're called out, we let our ego warp to any excuse that will suffice. The Kissinger example mentioned above almost made me ill.
another real fact: "Between 1964 and 1973, the United States conducted a covert "Secret War" in Laos, dropping over two million tons of ordnance during 580,000+ bombing missions, "
The revelation of secret bombing campaigns was one of the main reveals of The Pentagon Papers by Daniel Ellsberg. This arguably turned American public opinion against the war decisively as it revealed the USA had no cohesive strategy for winning and was repeatedly lying to the American public about the multiple fronts of the war in Southeast Asia for more than twenty years.
Eh, it's easy to get caught by the romanticism of working on things like this, but I assure you besides like 4 people in charge of the big picture, everybody else is dealing with things which are exactly as mundane as things these days. Like putting it through 1000 heat cycles of -40 to 200 degrees and then vibrating it at 2gs for 200 hours and then measuring the tolerances of each part... or being in charge of three lines in a standards document for 2 years negotiating the details with the DoD.
I couldn't find the specification for the Angle Computer, but I've found specifications for other devices and you're exactly right: pages and pages of vibration requirements, fungus resistance, testing procedures, and then maybe if I'm lucky one page with useful information like the pinout. This is very annoying if I'm paying by the page. :-)
It's a shame the only way to work on problems like these (and make a decent living) is to make tools of war.
The end game of much of silicon valley seems to be government (read: military) contracts. Probably because its the main branch of government that's thoroughly funded
I'm shooting from the depths of my memory, but I recall reading that one of the earliest government needs for computers was for the decennial census. At some point, it was requiring more than the 10 years to process the previous censuses (sp?) results.
And here I am fighting gitlab pipelines.