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$ETH Gas Fees vs Price 👇 As Ethereum gas fees have reduced, so has it's price... Lower gas fees could signal reduced network demand, impacting $ETH valuation. But long-term value lies in fundamentals. Is this a buying opportunity or a red flag? 🟢🔴

Pro Tips for Using Alpha: ⏱ Prices refresh every 15s ⚙️ Trades are on-chain (gas fees apply) ⚠️ Tokens ≠ listings 📈 Narratives like AI, RWA, Meme Coins show up EARLY

One of the most persistent myths about Bitcoin is that it “wastes energy”—that its mining operations consume more power than small countries and will somehow “boil the oceans.” But does Bitcoin actually waste energy? Or does it use energy in a way that brings immense value to society? Let’s take a look... 1. Energy Consumption Reflects Value People rarely complain about energy use when they perceive value in what’s being powered. 🔹 Christmas lights? Decorative, but energy-intensive. 🔹 Air conditioning & heating? Essential, but highly inefficient. 🔹 Clothes dryers? Convenient, but not strictly necessary. The reality is, everything consumes energy—but we don’t question it if we believe it serves a purpose. Bitcoin is no different. Millions of people worldwide choose to direct energy toward securing a decentralized, censorship-resistant financial system because they see immense value in it. And that’s the key point: Energy “waste” is in the eye of the beholder. Some people benefit from the current monetary system and see no need for Bitcoin—but that doesn’t mean it's wasting energy. Energy follows demand, and millions of people direct resources toward Bitcoin because they rely on it for security, financial freedom, and economic sovereignty. Whether one agrees or not, its energy use is a direct reflection of its real-world necessity. 2. Bitcoin Monetizes Wasted Energy A massive share of the world’s energy is wasted—generated but never used. Why? Energy grids must overproduce electricity to handle peak demand, like when ACs run full blast during a heatwave. But for most of the time, we only consume 40-60% of what’s produced, leaving the rest stranded and unused. ✅ Bitcoin mining is location agnostic—it can be deployed anywhere with cheap, excess energy, turning stranded power into a valuable asset (bitcoin). ✅ Energy producers can monetize waste by selling surplus electricity to miners, reducing inefficiencies and improving grid economics. ✅ Bitcoin mining can even reduce emissions—for example, flared gas mining captures methane that would otherwise be vented into the atmosphere. Bitcoin doesn’t just consume energy—it absorbs stranded power, reduces waste, and improves grid efficiency. 3. Fair Comparisons: How Does Bitcoin Stack Up? Critics love to compare Bitcoin’s energy use to small countries, but how does it compare to other industries? 🔹 Washing machines consume 18% more energy than Bitcoin. 🔹 Gold mining & jewelry production uses 10x more energy than Bitcoin. 🔹 Sea transportation uses 51x more energy than Bitcoin. 🔹 The financial & insurance sector? 62x more energy than Bitcoin. 🔹 The building sector? A staggering 457x more energy than Bitcoin. If Bitcoin’s energy use is wasteful, shouldn’t we be having the same discussion about these industries? The Bottom Line? Bitcoin is a monetary network powered by energy—just like the banking system, gold mining, and nearly every other industry. But unlike traditional finance, Bitcoin: ✅ Provides banking access to the unbanked ✅ Allows global, permissionless transactions ✅ Gives people under oppressive regimes a tool for financial freedom ✅ Turns stranded energy into something productive Is that a waste? Or is that one of the most valuable uses of energy in the world? Let’s move past the headlines and fear-mongering and start asking the right questions. 🚀

The core idea behind 'intent-based' workflows is to harness composability & unlocking hybrid on/off-chain dynamics for optimal decision making. @defidotapp puts this into action by abstracting user-side complexity. This is achieved via: 🔸Streamlining routing decision via auto-choosing most optimal route across all swap aggregators. 🔸Enabling gas efficiency like @1inch fusion (gas-free execution) This results in a seamless UX with improved efficiency, all under the hood.

Chain demand → Asset price. In the short term, you might argue that hype > fundamentals, and you'd be correct. However, in the long run, when zooming out, fundamentals always matter. Ethereum gas fees down → $ETH down.