#resillience — Public Fediverse posts on home.social

8petros @[email protected] · 2026-03-23 · 10:41 UTC

Nick Morse’s Post Facebook (https://www.facebook.com/nick.morse.716)

A Sovereign City Center (in the near distant future) The war in Iran is driving up energy prices. Energy was already getting harder to move, harder to afford, harder to ignore. Fossil fuel rationing is already happening in parts of the world. It may not stabilize in the short term. Lets talk solutions, ya dig? For a hundred years, the deal was simple. You buy, we build. You consume, we design. You break it, you buy another one. The machine was never yours. The schematic was never yours. The knowledge was never yours. That deal is ending because the economics broke. When energy gets expensive, complexity becomes a liability. Global supply chains that stretch across twelve countries to assemble a tractor become fragile. Proprietary firmware that bricks a $40,000 combine because a sensor failed becomes absurd. Planned obsolescence stops being a business model and starts being a threat to survival. So here is what we build instead: A local server. Consumer GPU. Runs offline. Trained on every engineering manual, material datasheet, metallurgical spec, and mechanical schematic we can liberate. You describe a broken gear, it gives you the geometry. You describe a soil condition, it gives you the implement. No subscription. No connectivity required. No terms of service. Start with plastic. A $200 FDM printer can produce brackets, housings, jigs, irrigation fittings, tool handles, and replacement components that would otherwise require a parts order and a two-week wait. How wildly practical! Then go further. Metal sintering printers paired with a feedstock supply chain built around regional scrap. Not perfect parts. Good enough parts. Repairable parts. Parts whose blueprint lives on a drive you own, in a language the machine can explain to you. A village with that stack can fabricate a replacement drive shaft. Can iterate on an irrigation valve. Can train the next person without sending them anywhere. This is not primitivism. This is not anti-technology. This is the most aggressive possible adoption of technology, aimed directly at the question of who controls it. The tractor is not complicated. We made it complicated on purpose. A four-stroke engine, a gearbox, a hydraulic lift. Every one of those mechanisms is fully describable, fully printable in functional form, fully within reach of a community that has the tools and the knowledge stack to support them. We have the tools. The knowledge stack is the project. Will rising energy prices automatically deliver this future? No. History suggests they deliver consolidation first, authoritarianism second, and decentralization only when communities have built the infrastructure to receive it. So build the infrastructure now, before the crisis makes it urgent. Archive the schematics. Train the models. Set up the local servers. Get the printers running. Build the mesh. Because the window between “this is theoretically possible” and “this is desperately necessary” is exactly the window we are in. Use it.

#Collapse #Postapo #Resillience #Tech

#postapo #resillience #tech #collapse

8petros @[email protected] · 2026-03-23 · 10:41 UTC

Nick Morse’s Post Facebook (https://www.facebook.com/nick.morse.716)

A Sovereign City Center (in the near distant future) The war in Iran is driving up energy prices. Energy was already getting harder to move, harder to afford, harder to ignore. Fossil fuel rationing is already happening in parts of the world. It may not stabilize in the short term. Lets talk solutions, ya dig? For a hundred years, the deal was simple. You buy, we build. You consume, we design. You break it, you buy another one. The machine was never yours. The schematic was never yours. The knowledge was never yours. That deal is ending because the economics broke. When energy gets expensive, complexity becomes a liability. Global supply chains that stretch across twelve countries to assemble a tractor become fragile. Proprietary firmware that bricks a $40,000 combine because a sensor failed becomes absurd. Planned obsolescence stops being a business model and starts being a threat to survival. So here is what we build instead: A local server. Consumer GPU. Runs offline. Trained on every engineering manual, material datasheet, metallurgical spec, and mechanical schematic we can liberate. You describe a broken gear, it gives you the geometry. You describe a soil condition, it gives you the implement. No subscription. No connectivity required. No terms of service. Start with plastic. A $200 FDM printer can produce brackets, housings, jigs, irrigation fittings, tool handles, and replacement components that would otherwise require a parts order and a two-week wait. How wildly practical! Then go further. Metal sintering printers paired with a feedstock supply chain built around regional scrap. Not perfect parts. Good enough parts. Repairable parts. Parts whose blueprint lives on a drive you own, in a language the machine can explain to you. A village with that stack can fabricate a replacement drive shaft. Can iterate on an irrigation valve. Can train the next person without sending them anywhere. This is not primitivism. This is not anti-technology. This is the most aggressive possible adoption of technology, aimed directly at the question of who controls it. The tractor is not complicated. We made it complicated on purpose. A four-stroke engine, a gearbox, a hydraulic lift. Every one of those mechanisms is fully describable, fully printable in functional form, fully within reach of a community that has the tools and the knowledge stack to support them. We have the tools. The knowledge stack is the project. Will rising energy prices automatically deliver this future? No. History suggests they deliver consolidation first, authoritarianism second, and decentralization only when communities have built the infrastructure to receive it. So build the infrastructure now, before the crisis makes it urgent. Archive the schematics. Train the models. Set up the local servers. Get the printers running. Build the mesh. Because the window between “this is theoretically possible” and “this is desperately necessary” is exactly the window we are in. Use it.

#Colapse #Postapo #Resillience #Tech

#colapse #postapo #resillience #tech

8petros @[email protected] · 2026-03-23 · 10:41 UTC

Nick Morse’s Post Facebook (https://www.facebook.com/nick.morse.716)

A Sovereign City Center (in the near distant future) The war in Iran is driving up energy prices. Energy was already getting harder to move, harder to afford, harder to ignore. Fossil fuel rationing is already happening in parts of the world. It may not stabilize in the short term. Lets talk solutions, ya dig? For a hundred years, the deal was simple. You buy, we build. You consume, we design. You break it, you buy another one. The machine was never yours. The schematic was never yours. The knowledge was never yours. That deal is ending because the economics broke. When energy gets expensive, complexity becomes a liability. Global supply chains that stretch across twelve countries to assemble a tractor become fragile. Proprietary firmware that bricks a $40,000 combine because a sensor failed becomes absurd. Planned obsolescence stops being a business model and starts being a threat to survival. So here is what we build instead: A local server. Consumer GPU. Runs offline. Trained on every engineering manual, material datasheet, metallurgical spec, and mechanical schematic we can liberate. You describe a broken gear, it gives you the geometry. You describe a soil condition, it gives you the implement. No subscription. No connectivity required. No terms of service. Start with plastic. A $200 FDM printer can produce brackets, housings, jigs, irrigation fittings, tool handles, and replacement components that would otherwise require a parts order and a two-week wait. How wildly practical! Then go further. Metal sintering printers paired with a feedstock supply chain built around regional scrap. Not perfect parts. Good enough parts. Repairable parts. Parts whose blueprint lives on a drive you own, in a language the machine can explain to you. A village with that stack can fabricate a replacement drive shaft. Can iterate on an irrigation valve. Can train the next person without sending them anywhere. This is not primitivism. This is not anti-technology. This is the most aggressive possible adoption of technology, aimed directly at the question of who controls it. The tractor is not complicated. We made it complicated on purpose. A four-stroke engine, a gearbox, a hydraulic lift. Every one of those mechanisms is fully describable, fully printable in functional form, fully within reach of a community that has the tools and the knowledge stack to support them. We have the tools. The knowledge stack is the project. Will rising energy prices automatically deliver this future? No. History suggests they deliver consolidation first, authoritarianism second, and decentralization only when communities have built the infrastructure to receive it. So build the infrastructure now, before the crisis makes it urgent. Archive the schematics. Train the models. Set up the local servers. Get the printers running. Build the mesh. Because the window between “this is theoretically possible” and “this is desperately necessary” is exactly the window we are in. Use it.

#Colapse #Postapo #Resillience #Tech

#tech #resillience #postapo #colapse

8petros @[email protected] · 2026-03-23 · 10:41 UTC

Nick Morse’s Post Facebook (https://www.facebook.com/nick.morse.716)

A Sovereign City Center (in the near distant future) The war in Iran is driving up energy prices. Energy was already getting harder to move, harder to afford, harder to ignore. Fossil fuel rationing is already happening in parts of the world. It may not stabilize in the short term. Lets talk solutions, ya dig? For a hundred years, the deal was simple. You buy, we build. You consume, we design. You break it, you buy another one. The machine was never yours. The schematic was never yours. The knowledge was never yours. That deal is ending because the economics broke. When energy gets expensive, complexity becomes a liability. Global supply chains that stretch across twelve countries to assemble a tractor become fragile. Proprietary firmware that bricks a $40,000 combine because a sensor failed becomes absurd. Planned obsolescence stops being a business model and starts being a threat to survival. So here is what we build instead: A local server. Consumer GPU. Runs offline. Trained on every engineering manual, material datasheet, metallurgical spec, and mechanical schematic we can liberate. You describe a broken gear, it gives you the geometry. You describe a soil condition, it gives you the implement. No subscription. No connectivity required. No terms of service. Start with plastic. A $200 FDM printer can produce brackets, housings, jigs, irrigation fittings, tool handles, and replacement components that would otherwise require a parts order and a two-week wait. How wildly practical! Then go further. Metal sintering printers paired with a feedstock supply chain built around regional scrap. Not perfect parts. Good enough parts. Repairable parts. Parts whose blueprint lives on a drive you own, in a language the machine can explain to you. A village with that stack can fabricate a replacement drive shaft. Can iterate on an irrigation valve. Can train the next person without sending them anywhere. This is not primitivism. This is not anti-technology. This is the most aggressive possible adoption of technology, aimed directly at the question of who controls it. The tractor is not complicated. We made it complicated on purpose. A four-stroke engine, a gearbox, a hydraulic lift. Every one of those mechanisms is fully describable, fully printable in functional form, fully within reach of a community that has the tools and the knowledge stack to support them. We have the tools. The knowledge stack is the project. Will rising energy prices automatically deliver this future? No. History suggests they deliver consolidation first, authoritarianism second, and decentralization only when communities have built the infrastructure to receive it. So build the infrastructure now, before the crisis makes it urgent. Archive the schematics. Train the models. Set up the local servers. Get the printers running. Build the mesh. Because the window between “this is theoretically possible” and “this is desperately necessary” is exactly the window we are in. Use it.

#Collapse #Postapo #Resillience #Tech

#postapo #resillience #tech #collapse

𝐋🅦🆄𝐢𝖇-ᖆ_🐧 @[email protected] · 2026-02-07 · 08:13 UTC

#ConseilDeRegardure

La voisine danoise #Série sur #ArteTv

Retraitée des services secrets danois, Ditte Jensen s’est installée dans un petit immeuble de Reykjavik, en #Islande. Elle ne tarde pas à se mêler des problèmes de ses #Voisins avec un sens de la #Justice bien à elle...

#TV #HumourNoir #Société #Résillience

https://www.arte.tv/fr/videos/117672-001-A/la-voisine-danoise-1-6/

#conseilderegardure #serie #artetv #islande #voisins #justice