#Bitcoin #Nostr

🚀 Ready for a game-changing off-grid life by 2035? It’s closer than you think!

A note on new technologies, their potential and off-grid living based on Grok's projections for the near future.

According to Grok, the predictions here are 70-80% likely by 2035 and near-certain by 2050—built on tech scaling now.

Topics covered: Water, Energy Production and AI, Drone and Robot capabilities including general tasks, home building and income generation. At the end I focus on potential cost and income.

It's interesting to consider these advancements in cities or suburbs but this post is focused on independent, sustainable, off-grid living.

Core to this vision is any rugged EV as your hub or base—think Cybertruck, Rivian, Ford Lightning or even a rebuilt camper or RV—customized with solar, wind and campfire grates for self-sustainability. This outlook also touches on fusion power, a wild card among energy solutions we'll explore later.

These tough rides harness energy, batteries and modular tech—solar panels, wind and river turbines, campfire grates—powering fridges, water purifiers, or drones for days.

Your hub stores power, runs AI like Grok or custom built private AI to orchestrate camp life, coordinates with basic utilities directing energy to where it's needed: cooking, electronics, heating water etc.

A base for drones or robots. 3D-printing tools, shelters and expansion. A station for broad communication.

It’s real: Tesla’s Powershare already handles external energy, and X posts show EV makers racing to tap off-grid hype.

It’s your energy hub, utility base, and command center for total freedom and sustainability, anywhere you roam!

💧 Cutting-edge water tech for off-grid adventures! Recent breakthroughs in pulling water from air include:

*MIT just dropped news on a game-changing material that sucks water from dry desert air, even in scorching heat!

This window-sized hydrogel device (inspired by nature, like tree frogs) captures vapor without power, producing 160 milliliters of clean drinking water daily—about two-thirds of a cup—perfect for off-grid Cybertruck camps.

By 2035, it could scale up to supply small communities, costing just $100-$500.

*Sorption-based harvesters* using advanced MOFs (metal-organic frameworks), like those at ASU, grabbing liters daily even in arid climates with 10-30% humidity—powered by solar panels like Cybertruck’s setup, needing just 300 watts for 10 liters.

*Radiative cooling systems*, fresh from Purdue research, condense dew without electricity, producing up to 0.5 liters per square meter in dry heat.

These build on existing solar desalination, cutting costs to $0.01 per liter. By 2035, these could cost $100-$300, making your camp a hydration hub!

*SunSpring Hybrid is a portable, solar-powered water purification system that can produce up to 20,000 liters of clean drinking water daily.

It uses a five-stage filtration process, including UV light and membrane tech, to remove bacteria, viruses, and particles from almost any freshwater source like rivers or ponds.

Fully solar and wind-powered, it needs no external power and lasts over 10 years. It’s designed for off-grid use, perfect for communities or your camp, and comes with maintenance kits for easy setup.

With water sorted, let’s talk energy production for your camp.

⚡️Energy production, passive and or ambient energy collection.

Picture drones and robots building or working on a home, a garden and or a farm while you sip coffee by a fire, looking at river turbines your drones set up, near your EV or camper that is collecting energy from the sun and wind. Any appliance or electronic device is readily available. A shower, hot tub, sauna, lounge, kitchen, gym, etc nearby.

Your EV hub is powered by solar, wind, river turbines, and campfire grates, generating 5-15 kilowatts daily to run fridges, heaters, purifiers, drones, robots etc while cycling batteries to keep them in optimal condition.

Projected energy collection capabilities for 2035:

*Solar panels* on the bed cover (that retractable cargo shield, in Tesla’s plans), generating 10-15 kilowatts daily—running a campsite. Fridge, lights, water purifier with excess power for 15-30 miles worth of energy back to your batteries.

*Wind turbines*, (1.5-2 kilowatts average per unit per day with consistent mild winds) foldable units (like Silentwind’s gear), stowed in the cargo bed, raised by an app.

*River turbines*, 1-2 kilowatts per portable unit (like Idénergie’s today), anchored to riverbanks with stakes or buoys, with Grok AI monitoring water flow, weather, wildlife activity or other variables to provide system stability and integrity. Projected to weigh 20-35 lbs each, estimated carrying capacity per EV: 2-3 turbines.

*Campfire grates*, steel or graphene plates (like BioLite’s camping tech), turning small, 12 hour fires into .5-1 kilowatt

Estimated combined daily yield: 15-22 kilowatts

These energy production tools keep your hub fully operational and the truck’s 123-kilowatt-hour battery full, with Grok cycling energy through a Powerwall add-on (in the bed or a trailer) to swap old charge for new, preventing battery wear—like keeping your truck’s heart pumping strong. Plus an average abundance of energy for bitcoin mining.

Totally doable: Tesla’s Powershare already supports external inputs, and X posts are buzzing with off-grid Cybertruck hype.

Excess power (1-2 kilowatts daily) mines Bitcoin for passive income, all run by Grok or your private LLM. By 2050, nanotech paint adds 1-2 kilowatts daily (1-2 kw/day = 48 hours of cooking power or 2-4 driving miles per day). Fusion power could supercharge bitcoin mining, micro-reactors (in labs now) run your camp forever and substantially increase excess power to perpetual abundance.

🌟 Fusion power for your 2035 Cybertruck camp?

Compact reactors in labs now could produce 100 kW daily (2.4M watt-hours), powering 5,300 miles or endless camp gear, costing $50k-$200k. By 2050, smaller units drop to $5k-$20k with Musk’s automation—20% likely by 2035, 80% by 2050!

By 2050, it’s near-certain (70-90%) as tech matures. Fusion’s a long shot for 2035, solar, wind, and TEG are already usable for supplementing power, viable for sustainable energy indeendence and scaling fast, but fusion’s a wildcard worth watching.

🤖AI, Drones and Robots

Drones scout water springs, forage/fetch food or supplies and build or maintain your infrastructure in coordination with robots.

They operate farms and energy systems. They monitor and provide security, perform daily chores and tasks — automated or on command. 3D-print infrastructure from local dirt or scraps (tech like Apis Cor’s).

Drones and robots can do construction, assemble boats and furniture or build homes, perform maintenance/handy work. They can earn money daily by producing goods or providing services through peer to peer contracts, joining delivery fleets or community trade networks.

With AI they can assess/survey land for home placement and design homes. Homes are modular, robot assembled and or drone transportable like Boxable for $10k-$20k by 2035 as AI and drones cut costs 50-70%, per Musk’s vision.

Private AI models could personalize your setup while learning your needs to optimize energy, manage drones, or generally improve systems. Design 3D-printed tools or shelters—keeping your data secure on private servers.

Nostr’s decentralized network, runnable on low-power devices or Starlink, connects your camp to peer-to-peer markets securely. Swap tips, collaborate,coordinate, buy, sell or trade drone and robot services or goods.

Share power, offer your drones for specific jobs or services, join roving fleets to collaborate on projects for income all via peer-to-peer markets, all secured by cryptographic “keys” and webs of trust for trust and safety—no big tech snooping!

🌟 Turn your off-grid EV hub into a passive income machine by 2035!

Drones ($100-$500 each) and robots like Optimus ($1,000-$2,000) join Nostr’s decentralized peer-to-peer networks for gigs like delivery, crop mapping, manual labor, or trading goods, earning $40-$100/day per drone and $10-$50/day per robot (in today’s value).

Today’s drone pilots earn $20-$50/hour for tasks like aerial photography or delivery, and by 2035, Nostr could streamline these to boost earnings.

Automation trends suggest robots will pull $10-$50 daily for camp maintenance or farming. They operate independently or in fleets for complex tasks, even maintaining each other.

Home energy—solar, wind, river turbines, and campfire grates ($1,900 estimated total in 2035)—generates 1-2 kilowatts extra, powering Bitcoin mining for $5-$15/day with potential for much more via block rewards.

Bitcoin mining is location agnostic. Being close to other cheap or wasted energy adds to this potential income source. Excess energy makes it a low-risk side hustle. Fusion power could supercharge bitcoin mining by 2050, as discussed earlier.

Bitcoin mining is controversial because it disrupts any groups ability to capture/control energy production.

Bitcoin mining incentivizes energy advancement and efficiency while making small scale energy infrastructure and production economically feasible. Bitcoin benefits energy grids through stabilization.

It also takes pressure off grids and high demand energy sources by incentivizing small scale, renewable and sustainable energy production and advancement. Check out the company Gridless and their work in Africa.

Drones and robots enhance small-scale farming, herding animals, foraging, butchering, or cooking, saving on food costs and adding $50-$200/day in value (today’s value: $100-$400/day). They also scout water, monitor farms, provide security, and use AI-driven drone surveys to position your base near water or energy-rich spots.

Robots with modular nanotech provide real-time medical services—therapies, monitoring, or 3D-printed therapeutics.

💸 Total income: $130-$400/day ($47k-$146k/year in today’s value, adjusting to $23k-$73k/year in 2035) with living costs dropping to $10-$20/day due to 50-70% cost cuts from Musk’s automation vision. Tesla’s Powershare and off-grid hype on X make this 70-80% likely by 2035. You’ll bank $30-$130/day for savings or extras, thriving dirt-cheap!

Living off-grid with an EV hub by 2035 could cost just $10-$20/day—food, water, and shelter.

🚀 Tech’s about to make off-grid life dirt cheap by 2035! With advancements like automated manufacturing and AI, costs drop so low there’s no way to capture markets and keep prices high. Your EV hub, drones, and robots could cost under $10k, with food and water near free.

🌟 Worth noting: Elon Musk predicts robotic manufacturing and AI will slash costs 50-70% by 2035, or even more with Moore’s law and exponential tech growth! Your off-grid Cybertruck hub—drones, solar, robots—gets dirt-cheap, fueling a surplus lifestyle!

Also worth noting: Technology is always advancing. Most of the advancements noted above were not available just a few years ago. Other breakthroughs are likely and there will be unforeseeable advancements.

These breakthroughs mean your off-grid dream could be even wilder than we imagine. Start small today: go camping, grab a solar panel or an energy grate for the fire. Get Starlink and or explore Nostr to join the off-grid revolution!