Tech Development: Difference between revisions
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The [[CNC Circuit Mill]] enables complex circuit production - the key to advanced electronics. | The [[CNC Circuit Mill]] enables complex circuit production - the key to advanced electronics. [[Inverter]], [[Welder]], [[Power Supply]] | ||
The [[CNC Torch Table]], [[CNC Mill]], and [[CNC Lathe]] enable advanced mechanical production. | The [[CNC Torch Table]], [[CNC Mill]], and [[CNC Lathe]] enable advanced mechanical production. | ||
Revision as of 21:12, 22 December 2012
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Technology. The substance of modern civilization. The foundation for future innovation.
See Development Guide for more information.
Scope
The time is 2013. The centre is Factor e Farm.
Our current technological capacity is basic software, basic biological, basic electronics, basic mechanical, and basic hydraulics.
Consider organization, maintenance, and sourcing. They are the general development accelerators that stand to significantly reduce development time and risk.
The CNC Circuit Mill enables complex circuit production - the key to advanced electronics. Inverter, Welder, Power Supply
The CNC Torch Table, CNC Mill, and CNC Lathe enable advanced mechanical production.
A solid software development platform enables advanced software.
Advanced electrical and mechanical capacities enable deeper technologies.
The Induction Furnace enables material heating for hardening, forming, rolling, and casting a wide variety of substances.
Advanced software and electromechanical instruments enable basic chemical, advanced biological and advanced hydraulic production, as well as advanced monitoring systems.
Greater collaboration and networking results in greater material sourcing options, paving the way for advanced chemistry and material compositing.
Advanced chemistry and material compositing enable basic optics.
The tech capacity at that time enables basic semiconductor electronics.
Scaling the tech capacity enables basic megamachines.
We are then on the frontier of society's technological state.
Cutting-edge innovation fields include:
- Artificial Intelligence
- Nanotechnology
- Bioengineering
- Space Systems
- Geoengineering