>>937349

>Mass manufacturing will always have limitations. Mass manufacturing, by it's very nature, will target high demand, high volume markets.

I believe the answer to a robust society is to enable tens of thousands of low-volume manufacturers. Distributed systems are much more robust. (This is why I said earlier that the way the existing state-of-the-art processes are designed needs to be changed.)

>Not scalable to the home.

How many homes? With distribution comes security. This has enormous value.

>No reason any young man shouldn't be able to get a tabletop 5axis with today's tech and open source ideas.

Now you're getting somewhere. Also, this teaches everyone to be an engineer - this WILL outperform centralization over time because the real value is in the brains.

>Self-made ICs.

I see I'm preaching to the choir. See laser ablation - you don't need large scale lithography. It may even be cheaper to have many slower machines rather than a few stupidly expensive machines.

>The blacksmith is not obsolete.

Key. Automate the blacksmith and you can have them all over the place.

Other anons need to go down this road and think through this. I've been on this track for years and the understanding of it is accelerating. There are millions of ideas waiting to be implemented by millions of inventors. Enable them and the people will rule in the future.

>>937649

>he's on fire

← vid related

>>937785

Kek

>>937797

I have no doubt I'm going to make lots of money - that's not my interest in this, though.

In order to understand what's coming, you have to also understand that everything one thinks they know about why existing systems are set up the way they are has been heavily influenced by cabal control. One must imagine what systems will be most efficient in a system that is NOT being corrupted by the cabal in order to fully understand how to make the most out of what is coming. This means most of the problems of Tesla, for example, are potentially just flawed reasoning because of the distortions caused by cabal control.

Start from the bottom up and imagine how all of the parts of a car could be built in a distributed way by thousands of people in small buildings. We have the automation to do ALL of this now, but it has never been done that way (because cabal faggotry.) Now design these complex devices (electromagnetic flying cars, for example) such that all of the components are buildable in a hierarchy of very small shops. When you do this, you employ everyone, quality goes through the roof and advancement rails to thee limit of what the society can agree on.

This whole revolution is unprecedented in history. You can't rethink part of it and have any chance of being close to correct. You have to reimagine every part of it and all of the behavior at every level to be able to start to get a good impression of what the future is going to look like.

Fuggin' Star Trek, man.

>>937878

Truth.

>>937964

>If the Communist Party of the USA monopolies were stopped from their ANTI-COMPETITIVE practices then there would be 10s of thousands of new manufacturing businesses in garages all over the country.

Correct. I've spent my whole life suppressed by this. I've got so many projects lined up including many most people on the street would think are magic. I have no worries once the handcuffs are removed. And [almost] all of them can be done in a small warehouse with money I already have. The trick is coming up with the know-how. To do that, skip school - they just teach you wrong things.

>>938066

hozer.

>>938075

good suggestions for beginners. if you're already very technically oriented and have an aptitude for complexity, just watch a few 10's of hours of MIT lectures and understand the physics. Then see how basic things work and apply logic. Suddenly you understand how electromagnetic thrusters work and why the existing EE curriculum teaches about electromagnetic waves and radio the way they do. (hint: cabal hocus pocus bullshit faggotry.)

I learned electronics in under a year this way after being a software guy for my entire career. electronics (analog and digital) is way easier to master, IMO because it has a more limited informational surface area.