#Bitcoin #Nostr 🌎 Ever wish you could reconnect with old friends or spark random chats with zero baggage? 💡 Imagine an AI-powered “phone operator" connecting you to anyone, anywhere, instantly—like the switchboard operators of old, but with futuristic flair. With XAI’s tech, this is closer than you think! And Nostr’s decentralized setup—where users hold their own keys and data flows through relays—makes it perfect for secure, anonymous chats. 📞 Back when phones were new, you didn’t just dial a number—real people, switchboard operators, made the magic happen, plugging and unplugging cables to connect voices across towns. It was clunky, human, and revolutionary. 📱 Now, picture a secure, AI-powered operator blending email, instant messenger, telephone, and smart, safe AI to link you with anyone, anywhere, instantly. 🚀 Here’s how it could transform how we connect. 🖼️ The Idea: AI as Your Personal Messenger/Operator Picture talking to an AI, saying, “Connect me to someone about 90's grunge” or “Check on my old classmate, keep it anonymous.” Creative Collab Vibe: Say, ‘Find me someone into sci-fi world-building in New York,’ and I’d connect you with a storyteller on X to brainstorm epic plots together, live or async. Conflict Resolution: Tell AI, ‘Message my old coworker about that project we clashed on, keep it anonymous,’ and AI’d send a chill note to smooth things over, no pressure. AI’d find them on X, send your exact words (text or voice), and keep it secure. It’s email, instant messenger, phone, and AI rolled into one—spontaneous, heartfelt, global. 🖼️ Anonymity Done Right Go anonymous to dodge baggage—fear, old grudges, or awkwardness. Say, “Tell my ex-friend they're awesome, funny and kind but keep it anonymous.” AI could show you the message, and send it only when you approve. If they reply, you could decide to reveal yourself or keep it mystery-mode. Total control, no drama. 🖼️ Safe & Customizable Connections Set your boundaries—like blocking a specific person (e.g., “No messages from John Doe”). AI’d verify profiles on X to ensure it’s them and keep them out. Want to reconnect? If neither of you have blocked the other, AI’d check first: “Someone searched for you specifically and wants to chat anonymously—want to see their message?” See their message and choose to reply or skip. It’s all about trust and keeping things positive. 🖼️ Tech Today, Future Tomorrow Today’s X platform already supports real-time text and profiles—add voice tech and AI matching, and we’re nearly there. XAI owns Grok and X. Nostr’s privacy-first relays and private LLMs could outshine X’s verified network for ultimate user control, letting you run your own AI-driven chats with unmatched privacy. Soon, live voice chats or even external device—neural-linked convos could let you “think” messages, encrypted with quantum-level privacy. From old-school operator, AI’s paving the way to a mind-blowing future. This isn’t just a phone or email—it’s the fusion that makes it special. If anyone says it’s trivial, they’re missing how anonymity, AI-matching, and live voice/text on X or Nostr’s private relays create deeper connections that feel more human yet futuristic. It’s like comparing a bicycle to a rocket ship. 🖼️ What’s Next? Imagine telling me, “Find someone to talk Nirvana,” and I link you to a fan in Tokyo—no language barrier thanks to AI. Or you send a heartfelt “You were awesome” to an old or current classmate, coworker, relative, teammate or crush, no pressure. This could heal old rifts, spark random joys, or just let you vibe with the world. The future? Thought-to-thought chats, private and instant, changing how we connect forever. 🖼️ A New Switchboard Era Just like the old switchboard operators sparked a communication boom, this AI-powered blend of email, instant messenger, telephone, and XAI is the new kid on the block—rudimentary, but ready to explode. Sure, it looks like just phoning or emailing on the surface, but it’s the *combo*—email’s depth, instant messenger’s speed, telephone’s voice, and secure AI smarts—that makes it a game-changer. Unlike a phone call, you can go anonymous to dodge baggage, reconnect without fear, or spark random global chats about, say, retro gaming. Unlike email, it’s instant and can weave in live voice or AI-matched vibes, like finding a sci-fi fan in Tokyo in seconds. And unlike anything else, I’d filter, transcribe, or facilitate, keeping it safe and personal, all on X’s massive network or even Nostr’s private relays. It’s like an old-school switchboard operator on steroids—connecting hearts, not just lines. Trivial? Nah, it’s a whole new way to vibe, heal rifts, or explore the world, no pressure. Today, it’s connecting you to anyone on X with a word or a whisper. Tomorrow? It’s thought-to-thought chats, secure and boundless, reshaping how we share and care. *The future’s calling—let’s pick up! 💬 What do you think—prefer Nostr’s privacy edge for this, or stick with X’s centralized ID verified network? How about both? (Nostr could offer both) What’s your first convo—random or reconnecting? Drop it below!

#Bitcoin fixes this The Roosevelts’ web of wealth and power in New York’s elite circles is wild. Isaac Roosevelt co-founded the Bank of New York with Alexander Hamilton in 1784, tying him to the Schuylers (think Philip’s daughter, Elizabeth, married to Hamilton). Roosevelt's and Schuyler's Federalist and mercantile worlds collided at clubs and in intricate connections with aristocrats and European royalty including long time mutual business partners, friendships and marriages. Philip Schuyler was a powerhouse in Revolutionary America, wielding immense wealth and influence as a major New York landowner from a prominent Dutch family. Schuyler, a wealthy Dutch-American landowner, and Hamilton, his ambitious son-in-law, were steeped in New York’s pre-Revolutionary mercantile world, which was deeply tied to British trade. Schuyler’s family, with their vast estates and trade in goods like furs and sugar, relied on British markets and merchants before the war. There connections only became strong as Schuyler's family grew in wealth and power post war. This wasn’t unique—most colonial elites did business with the British (not all those living in America were supporters of independence or the revolution). Schuyler’s aristocratic lifestyle and Federalist ideals, deep connections to Europe's royalty and his consistent pro-British stance was appalling to Americans in favor of independence like Horatio Gates. His role as a general in the Revolution, especially the Fort Ticonderoga loss in 1777, fueled whispers of incompetence or worse, sabotage and outright loyalty to Britain. Horatio Gates’ faction pointed to his divided loyalties, Schuyler’s elite status and pre-war British ties. The Americans removed Schuyler before the pivotal battle at Saratoga. Schuyler's ties to Britain—through trade networks and social circles—display his comfort with and support for British systems, even if he fought against them (see Benedict Arnold). Hamilton’s support for the British was even stronger. Before the war, he worked for a trading firm in St. Croix with British connections and later championed Federalist policies that was called pro-British by passionate critics like Jefferson. His push for a strong central government, modeled partly on British institutions, and his admiration for their banking system (think the Bank of New York he co-founded with Schuyler’s ally Isaac Roosevelt in 1784) raised eyebrows. Hamilton’s marriage to Schuyler’s daughter Elizabeth in 1780 tied him to a family whose wealth came from pre-war British trade networks. His post-war trade policies, favoring British commerce, sparked outrage from Anti-Federalists for favoring Britain, with claims he was obviously influenced by old British loyalties. Even though they claimed to be patriots, their elite status and transatlantic business ties made it easy to see their british loyalties. The Roosevelts, Schuylers, and other Dutch-American families had decades of trade with British merchants, and those relationships didn’t vanish overnight when the Revolution began. Americans wary of aristocrats and those living in America with deep financial ties to European royalty, were well aware of Schuyler’s wealth and Hamilton’s Anglophile ideas showing through their actions. They obviously weren’t fully committed to breaking from Britain and even favored systems to perpetuate Britain's power and influence. Their private dinners and quiet deals with the British continued. Their world was one where money and power crossed oceans, consistently doing business and intermingling with those directly tied to British and other European royalty. That alone displayed their incentive to perpetuate monarch power. Then there’s the Astors—Laura Astor wed Franklin Delano (FDR’s uncle) in 1844, merging Roosevelt and Astor fortunes. This wasn’t just love; it was a Dutch-American dynasty play, boosting their real estate and trade clout. The Astors were powerhouse New York elites, amassing real estate dominance by the early 1800s. John Jacob Astor, a German immigrant invested heavily in Manhattan land, creating a real estate empire that shaped the city. Their wealth, social ties and influence in banking and politics made them American aristocracy, with transatlantic connections to European elites, rivaling royal clout, deeply affiliated the European crowns and their benefactors abroad. The Delanos, via FDR’s mom Sara, added shipping wealth. Roosevelts also bankrolled Chemical Bank, rubbing shoulders with proto-Morgan types in railroads and elite clubs like the Union League. Their strategic marriages to Astors, Livingstons, and Van Rensselaers mirrored European aristocrats consolidating power while deeply connected to royalty. These ties wove a financial and social empire—proof the Roosevelts were American “royalty” in all but name. The Panic of 1837 exposed how deeply interconnected New York elites, like the Roosevelts and Astors, were with speculative banking tied to British capital. This financial crisis, triggered by reckless lending and land speculation, hit everyday Americans hard while the elite, including John Jacob Astor, profited by snapping up devalued property. It showed how their wealth and transatlantic ties shielded them, while regular folks suffered—a pattern some see repeating in modern banking crises. Also, the Second Bank of the United States, which Hamilton’s allies like Schuyler supported, was despised by Andrew Jackson and many Americans for centralizing power in ways that echoed British control, fueling populist distrust of banker elites.

#Bitcoin #Nostr 🌍 Think back: horse and carriage to steam engines took centuries. Then, in a blink, cars flooded roads, and planes shrank the globe—all in under a hundred years. Massive leaps no one saw coming. Now, brace for 2035, where travel becomes seamless, nearly free, and borderless, connecting the world like never before! This post discusses near-future travel tech like eVTOL air taxis, maglev ships, and hyperloops that make seamless, near-free, borderless travel a reality. At the end there's notes on potential advancements for local travel and individual human physical capabilities. 🌍 With automation and drone tech slicing production costs to zero, unstoppable free markets and relentless innovation will make travel free for everyone over time, fostering a prosperous, borderless society where no nation or company controls technology, systems, costs or movement. 🌟 AI's Estimated Likelihood Of These Travel Systems 85% chance by 2035, 95% chance by 2050 Visionaries like Jeff Booth, author of *The Price of Tomorrow*, Ray Kurzweil, Elon Musk and Peter Diamandis emphasize that exponential tech growth often outpaces predictions, driving breakthroughs—like those in this post—faster than we can anticipate, making 2035’s travel revolution not just possible but likely ahead of schedule. These projections blend current tech trends—like eVTOL test flights, maglev advancements, and AI breakthroughs—with plausible unforeseeable, unexpected leaps by or before 2035. Based on today’s innovations, Grok (AI) estimates an 80% chance for most of these travel systems, like eVTOL air taxis and hyperloops, will be operational, with accessibility and neural interfaces hitting around 60-70% likelihood as supporting tech matures rapidly. By 2050, 95% chance for widespread adoption, with neural interfaces near 85%. 🛩️ 🚁🛸 Air Travel eVTOL air taxis will redefine personal travel. Summon one via an app, and it lands on a sidewalk or parking spot, deploying foldable landing gear to secure its space. Imagine hopping into an electric air taxi that lands on your street and whisks you across cities or even oceans. These quiet, automated eVTOLs (electric vertical takeoff and landing aircraft) are like drones for people, making travel fast and cheap. Joby Aviation’s S4 eVTOL can hit 200 miles per hour with a 150-mile range, and they’ve already flown test flights in Dubai, aiming for commercial flights by 2026. Eve Air Mobility projects 30,000 eVTOLs in service by 2045, serving three billion passengers annually. That’s a lot of sky taxis! These electric vertical takeoff and landing crafts can zip you from Seattle to Tokyo, covering thousands of miles, with drones docking mid-flight to swap batteries, keeping trips fast and uninterrupted. In-air refueling via coordinated eVTOL drones is totally plausible—imagine a smaller drone syncing up mid-flight, docking with your eVTOL using precision AI navigation, and transferring a charged battery or even beaming energy via wireless charging tech, like inductive systems. This could stretch a trip from, say, Seattle to Mexico without landing, as the refueling drone meets you halfway, juices you up, and you keep going. It’d be like mid-air pit stops, making long-distance travel faster and cheaper than hub-hopping. Affordable and automated, eVTOLs could make global commutes as easy as hailing a ride today. 🚢 🧲 Magnetic Levitation Ocean Gliders Maglev-inspired ships are a wild card but tech is promising and bear future advancements are plausible. These ships could glide across oceans, using magnetic levitation for smooth, energy-efficient voyages. Picture ships massive or small in size, gliding over the ocean on magnetic fields, cutting friction for super-efficient travel. Maglev tech, already used in trains, could make sea voyages faster and cheaper, powered by renewables. A 2010 maglev train proposal hit 600 miles per hour in tests, showing the tech’s potential. While maglev ships are still conceptual, their cousin, the Transrapid Maglev, operates commercially in Shanghai, proving the tech works at scale. Oceans could be crossed in hours, not days, by 2035. Powered by renewables and high efficiency energy systems, these ships could cut costs dramatically, making international sea travel cheap and accessible, connecting distant ports in hours, not days. 🚄 🚇 Vacuum Speed Voyages Hyperloops are pods zipping through vacuum tubes at near-supersonic speeds —think LA to San Francisco in under an hour. They’re eco-friendly and could slash fares with AI optimizing routes. HyperloopTT built a full-scale test track, hitting 760 miles per hour in trials. Cost estimates range from $52 to $121 million per mile, but experts say operational complexity is a hurdle. Still, South Korea’s pushing maglev-based Hypertube research, targeting 2035 deployment. Think LA to San Francisco in under an hour—affordable, fast, and eco-friendly, with AI optimizing routes to keep fares near zero. 🤳⌚️📽️🗺️🗾🛣️🏞️ Travel Guides, AR and Holograms Augmented reality and holograms will enhance every journey, projecting virtual guides or real-time info into your view, making travel not just convenient but immersive. 🚌 🚈🚗 AutoGround: Driverless Travel Made Easy On the ground, fully automated driverless taxis and cars will make short trips effortless. Powered by AI and renewable energy, they let you travel anywhere—across town or across a continent—while working, sleeping, eating, working out, or even partying with friends. These vehicles can link up mid-journey with other automated cars or buses, coordinating destinations or even opening doors to connect seamlessly, creating a mobile social hub or workspace on the go. With no driver needed, every trip is safe, comfortable, and tailored to your needs. With no driver needed, you can focus on what matters, connecting with anyone or doing anything, all in complete safety and comfort, transforming every journey into a productive or social experience. ⚡️₿ Travel Backbone: Incorruptible, Sound Money, Free Markets, Networks and Communication And underpinning it all, sound money, bitcoin is crucial—its incorruptible, decentralized nature ensures unstoppable, uncensorable networks/communication and universal, borderless currency. This unbreakable foundation protects these advanced travel systems from hacking or control, empowering a future where dynamic, global connectivity thrives freely and securely. It eliminates the power of arbitrary money creation or government regulation to capture industries, fostering a true free market where these travel technologies flourish, untamed by any single entity, with all benefits flowing directly to the people. 💬 Nostr and Decentralized Networks Bitcoin’s peer-to-peer free market thrives on unstoppable communication, powered by secondary networks like Nostr and Lightning. These decentralized systems ensure secure, censorship-resistant exchanges, with Lightning enabling fast, low-cost transactions and Nostr safeguarding private, open communication—critical for a free, untamed global travel network. 🌐 Borderless By 2035, these technologies could erase borders and costs, letting anyone explore the world freely. **Additional potential advancements for local travel and physical capabilities** 🌟 🏃‍♂️ Exosuits, Enhanced Physical Capabilities By 2035, exosuits woven into clothes could let you lift massive loads, conquer unclimbable peaks or complete tasks independently that are not possible today. These ultra-light, AI-powered fabrics boost your strength and speed to currently impossible levels with AI tailoring support for any task—work, hiking, or commuting. By 2035, they could also integrate health-monitoring sensors to track vital signs and adjust support to prevent injuries, like automatically easing strain during heavy lifts or guiding posture for rehab. They might even sync with augmented reality, projecting navigation or task guides right into your field of vision for complex jobs like search-and-rescue or precision farming. ♿ Inclusive Travel for All By 2035 Travel tech could prioritize accessibility, with AI customizing eVTOLs and hover-pods for universal access—think auto-adjusting seats, ramps for wheelchairs, or neural controls for hands-free navigation. 🧠 Thought-Driven Travel Interfaces Neural interfaces could let travelers control eVTOLs or pods with thoughts alone, using non-verbal brain signals to navigate or communicate in any language instantly. This tech would make travel intuitive and accessible, letting anyone, regardless of speech or motor ability, command their journey with ease. 🗣️ Verbal Communication Augmented reality could also offer real-time language translation, breaking down barriers and ensuring everyone, regardless of ability or background, can explore the world freely and connect globally. ✨ Skyward mobility— Hover and Swam Networks Hover-tech pods and magnetic-sole shoes or personal drones glide over streets, guided by gestures or neural links. They could evolve to include swarm intelligence, where multiple pods coordinate in real-time to form temporary “sky bridges” for group travel or emergency evacuations. Sky bridges made of coordinated hover-tech pods could be a game-changer for group travel by 2035. Picture a swarm of AI-linked pods forming a dynamic, floating platform in the air, letting groups—like families, tour groups, or even small community events—travel together seamlessly without needing roads or large vehicles. They’d sync up mid-flight, locking into a stable formation using magnetic or mechanical connectors, guided by swarm intelligence to avoid collisions and adjust for wind or obstacles. This could mean cheap, flexible group trips, like a school class hovering to a nearby natural landmark or scenic destination, sharing energy across pods to extend range. It’d also be great for accessibility, with pods auto-adjusting to support wheelchairs or mobility aids. They might also adapt to extreme environments, like sealed pods for underwater or high-altitude travel, opening up new routes. Use personal devices, summon modular drones or pods for quick hops, all powered by solar or highly efficient sustainable sources, affordable, and built for all ages. 🌎 Travel’s about to get fun, fast, and nearly free! These are projections based on AI's assessment of highly likely advancements by 2035. There will be more uses and other advancements that are not predictable. Which ride are you taking first—eVTOL, hyperloop, or swarm pod or is there other potential future travel tech that excites you? 🚀

#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!