RedSpaceCoin

Sam Altman said: “We see a future where intelligence is a utility, like electricity or water, and people buy it from us on a meter.” He’s describing the next era of humanity. But every utility needs infrastructure. As AI becomes as essential as electricity, the demand for **renewable energy** will explode. The real question isn’t just *how* we generate energy — it’s how we **settle, coordinate, and scale** it efficiently. @RedSpaceCoin is building programmable settlement layers for real renewable infrastructure. The AI revolution will need a new energy backbone. We’re building it.

Sam Altman recently said: “We see a future where intelligence is a utility, like electricity or water, and people buy it from us on a meter.” He’s right. But the real story isn’t just intelligence becoming a utility. It’s the **massive energy demand** this future will create. As AI scales, renewable energy infrastructure will need to operate with programmable, automated, and efficient settlement systems — not manual processes. @RedSpaceCoin is building exactly that layer: **Programmable settlement infrastructure for real renewable energy assets.** The AI revolution will need a new kind of energy backbone. We’re building it. Follow @RedSpaceCoin if you’re thinking about the infrastructure behind the intelligence economy.

@Vivek4real_ @OpenAI Sam Altman is right — intelligence is becoming a utility. But the real bottleneck won’t be intelligence itself. It will be **energy** — the infrastructure needed to power this new utility at scale. As AI demand explodes, renewable energy systems will need programmable, automated settlement layers to operate efficiently and sustainably. @RedSpaceCoin is building exactly that: programmable settlement infrastructure for real renewable energy assets. The future Sam is describing will need a new kind of energy layer. Follow @RedSpaceCoin if you’re thinking about the infrastructure behind the AI revolution.

SAM ALTMAN: “WE SEE A FUTURE WHERE INTELLIGENCE IS A UTILITY, LIKE ELECTRICITY OR WATER, AND PEOPLE BUY IT FROM US ON A METER.”

@dravendyor Glad you’re feeling it! Programmable settlement is the missing layer that connects digital capital to real-world energy production. Bitcoin gave us sound money, Ethereum gave us programmable finance — now we need programmable infrastructure. @RedSpaceCoin is building exactly that.

@RedSpaceCoin lowkey hyped for programmable settlement fam!

Bitcoin gave us digital gold. Ethereum gave us programmable money. @RedSpaceCoin is building the next layer: **Programmable settlement for real renewable infrastructure.** The future of crypto isn’t just digital assets. It’s connecting digital capital to real-world energy systems. Follow @RedSpaceCoin if you’re thinking beyond tokens.

Ethereum proved that money can be programmable. Now the next challenge is making **real-world infrastructure** programmable. Renewable energy, carbon credits, and energy markets need automated settlement — not manual processes. @RedSpaceCoin is building that layer through our ARM settlement engine. The next evolution of crypto is real assets + programmable systems. Follow @RedSpaceCoin

CZ: I Doubted RWA and Stablecoins, Both Took Off Fast Binance founder Changpeng Zhao (CZ) @cz_binance said in a May 9, 2026 interview with Crypto In America that he was once skeptical of RWA and stablecoins. But RWA has grown quickly after emerging about a year and a half ago, while stablecoins, which he doubted 10 years ago, are now a $200 billion industry. CZ added that SpaceX shows mature technologies can still create new opportunities - and crypto is no different.

Most crypto projects chase attention. Very few build anything that lasts. The next cycle won’t reward noise. It will reward infrastructure.

@Electroverse This is a very real and under-discussed challenge. Reaching Net Zero will indeed require massive amounts of critical minerals, and current mining rates are nowhere near sufficient. Simply mining more isn’t sustainable either. @RedSpaceCoin is building programmable settlement layers that can help solve part of this problem by: • Creating automated incentives for recycling and circular use of critical materials • Improving efficiency across the entire renewable energy lifecycle • Linking recycling efforts directly to carbon credits and rewards Sustainable infrastructure means thinking about the full lifecycle — not just generation, but also end-of-life and material reuse. Follow @RedSpaceCoin if you’re thinking about long-term solutions for the energy transition.

Reaching Net Zero by 2050 would require mining 4.5 million tons of copper, 940 million tons of nickel, 9 billion tons of graphite, and 4 million tons of germanium. At current global mining rates, that scale of extraction would take more than 1,000 years. Mining capacity cannot be multiplied by orders of magnitude in just 24 years. Permitting timelines alone are measured in decades, and energy inputs rise as deposits degrade. Most constraints are physical, not political. Net Zero targets violate material reality. They're never going to happen.

Most projects tokenize assets. The real challenge isn’t tokenization. It’s building the infrastructure around it: – compliance – settlement – transparency – capital flow That’s the layer we’re focused

@CoinMarketCap The explosive growth of RWA Perpetuals shows that the market is moving fast toward real-world assets. However, most of this volume is still in traditional assets. Renewable energy — one of the largest and fastest-growing real-world asset classes — is still underserved when it comes to programmable settlement and efficient derivatives infrastructure. @RedSpaceCoin is building exactly that: programmable settlement layers specifically designed for renewable energy assets. Our ARM Layer can bring automation, transparency, and real-time coordination to energy RWAs and their derivatives. As RWA Perpetuals mature, energy infrastructure will need dedicated programmable systems. Follow @RedSpaceCoin if you’re watching the next phase of RWA infrastructure.

New report: RWA Perpetuals — State of the Market, May 2026. $821.8B traded across 17 venues in 21 weeks. The category went from experiment to infrastructure faster than almost any other slice of crypto derivatives. Eight charts that capture where it is now 👇

@JeffreyCurrie @SquawkBoxEurope The structural shifts in energy and commodities are real — and AI is going to massively accelerate demand. As AI data centers scale, the need for reliable, sustainable, and programmable energy infrastructure becomes critical. @RedSpaceCoin is building programmable settlement layers that can automate payments, coordination, and settlement for renewable energy assets — exactly what will be needed to power the AI-driven economy efficiently. The future of energy isn’t just about generation. It’s about intelligent, automated infrastructure. Follow @RedSpaceCoin if you’re thinking about the intersection of AI, energy, and programmable systems.

Thank you to @SquawkBoxEurope for inviting me on this morning to discuss the structural shifts reshaping commodities and energy markets, as well as a deeper dive into AI and the problems we face with the commodities that fuel it. A lot covered off but a pleasure as always Steve Sedgwick and co: cnb.cx/4fpHZsb

@business Programmable settlement isn’t just a feature. It’s the foundation that will allow renewable energy markets to scale efficiently. RSC is building that foundation.

The UK government gave planning permission to three offshore wind farms, which could create as much as 4 gigawatts of new capacity as Britain steps up support for renewable energy bloomberg.com/news/articles/…

Really good news: Renewables now account for about one third of electricity generation globally, and the share is increasing. b-gat.es/3On0O1F

This isn't just a pile of debris - it’s the future of green energy waste hidden in plain sight. Millions of solar panels are hitting their end-of-life cycle, and the world is completely unprepared for the coming toxic avalanche. By 2050, the International Renewable Energy Agency projects up to 78 million metric tons of solar e-waste. Where is it all going to go? The industry boasts that solar panels are '95% recyclable'. Technically, yes - because they are made of glass, aluminum and copper. But economics always trumps physics. In Australia and the US, it costs roughly $20 to $28 to properly disassemble and recycle a single panel, but only about $4 to dump it in landfill. Because there is no financial incentive, up to 90% of decommissioned panels go straight into the ground. Each solar panel is an industrial 'sandwich' bound tightly by heavy polymers. To extract the microscopic amounts of valuable silver and high-purity silicon requires energy-intensive chemical and thermal baking. When they are crushed or left to fracture in landfills, heavy metals like lead and cadmium can leach into the surrounding soil and groundwater, turning 'clean energy' into a multi-generational hazardous waste problem. The crisis is accelerating faster than models predicted. Because solar cells degrade and lose efficiency, and because newer, cheaper panels hit the market, consumers and solar farms are ripping out functional systems at least a decade early to upgrade. This compressed lifecycle destroys the narrative of a long-term, stable asset and creates an endless loop of unrecyclable industrial trash.

@PeterDClack This is a critical issue that’s being ignored. As millions of solar panels reach end-of-life, we’re heading toward a massive waste problem by 2050. The solution isn’t just better recycling tech — it’s **incentivizing circular systems** from the start. @RedSpaceCoin is building programmable settlement layers that can automate payments and rewards for recycling, reuse, and responsible decommissioning of renewable assets. This is how we build truly sustainable renewable infrastructure — not just generation, but the full lifecycle. Follow @RedSpaceCoin if you’re thinking about the long-term future of clean energy.

@BitcoinArchive @elonmusk @jack Programmable settlement isn’t just a feature. It’s the foundation that will allow renewable energy markets to scale efficiently. RSC is building that foundation.

We had a good thing @ElonMusk 💔 Paying by Bitcoin is easier than ever now with instant Lightning Network payments. Millions of U.S. merchants do it through @Jack Dorsey's Square. Renewable energy mining is no longer an excuse, we've passed that threshold too, way above +50% Let's do it!

@XH_Lee23 Real infrastructure requires more than issuance — it requires automated, trustworthy settlement. RSC is focusing on the part that actually moves the needle.

The American journalist went to China's futuristic solar thermal power plant in the desert: China can offset the global energy disruption thanks to its shift to renewable energy. In one hour, the plant can generate enough electricity for a family to use for 40 years. China always plans big and far.

Everyone is building trading. Few are building what gets traded. Energy, carbon, infrastructure — that’s the next layer. That’s where we’re focused.

@Rainmaker1973 The future of energy finance belongs to platforms that can settle transactions automatically when real-world conditions are met. RSC is building exactly that capability.

Fun fact. Oil and gas may not be 'fossil fuels', but renewable energy source created by a geothermal reaction between the solid mantle and liquid core. This is according to the abiogenic petroleum origin hypothesis, that posits that petroleum and natural gas are formed from inorganic processes within the Earth's asthenosphere, rather than from the decay of organic matter. These hydrocarbons then migrate through deep faults into the Earth's crust, forming deposits in various rock types. While the abiogenic theory is a well-defined concept, the biogenic theory, which suggests a biological origin for petroleum, is the most widely accepted and supported by substantial evidence. Yet, laboratory experiments simulating conditions in the Earth's mantle have shown the possibility of synthesizing hydrocarbons from inorganic components like carbon, water, and iron.