10 reasons DeFi needs Linux onchain. Let's go! 🐧 1. Linux has 30+ years of solved problems. DeFi keeps re-solving them. Every algorithm DeFi needs, someone has already written, audited, and optimized. Compression, encryption, data structures, all of it. Linux brings that library onchain. Time to stop reinventing the wheel. 2. The EVM was never designed to be a general-purpose computer. That made sense years ago, but it's now the ceiling that prevents DeFi, AI, and data-intensive apps from existing onchain in any meaningful way. Linux is what a general-purpose computer actually looks like. 3. Real math requires real arithmetic. Every financial model onchain is an approximation. Black-Scholes rounded. Risk models capped. Yield curves estimated. Linux, with deterministic floating-point arithmetic, means DeFi can finally run the same math TradFi has used for decades. 4. Complexity should not force you off-chain. Too complex for the EVM? It goes to a centralized server. Trust the result and move on. That's not decentralization. Linux onchain means complex computation stays inside the verifiable execution environment, not on an AWS instance. 5. The developer who builds the next great onchain app probably doesn't know Solidity. They know Python, Rust, C++, or Go. The barrier isn't the idea, it's the tooling. Linux removes it. Builders shouldn't have to learn a new programming language just to deploy verifiable logic. 6. Databases belong onchain too. Onchain state today is a key-value store. Any app needing relational data or complex queries has to work around it or move off-chain. Linux gives us SQLite, PostgreSQL, the full stack. Real applications need real databases. So should onchain. 7. Serious security isn’t obscurity. Custom Solidity crypto and data structures are where vulnerabilities live. Linux gives us OpenSSL, libsodium, decades of mature libraries stress-tested since before Ethereum existed. Battle-tested over hand-rolled, always. 8. AI cannot be trustless without verifiable execution. Most onchain AI puts outputs onchain and calls it verified. That's just a claim with a blockchain timestamp. Running inference inside the Cartesi Machine makes the execution itself fraud-proof. The output becomes provable. 9. AI codes best where software already exists. Modern AI is strongest in ecosystems with decades of code, documentation, and examples. Linux is that ecosystem and the largest codebase. Building onchain with Linux gives developers both the software and the AI trained on it. 10. Production software needs production-grade testing. Linux gives developers mature debuggers, profilers, CI pipelines, fuzzers, and testing frameworks that simply don't exist at the same level in smart contract environments. The infrastructure exists. Now it's onchain too. Repost: https://x.com/cartesiproject/status/2067246406763704757

📊 #BTC Inflow CDD crashes from 2.16M to 33K, signaling Bitcoin whale stop selling.

🇺🇸👀 Crypto #ETF Flows Today: Bitcoin ETFs: 1D NetFlow: -1,543 $BTC (-$100.59M) 7D NetFlow: -3,315 $BTC (-$216.1M) Ethereum ETFs: 1D NetFlow: +9,361 $ETH (+$16.44M) 7D NetFlow: -35,822 $ETH (-$62.9M)

🇨🇻 Um goleiro de 40 anos. 🧤 7 defesas. ⚽️ Espanha 0 x 0 Cabo Verde. Ontem, a maioria estava olhando para o Messi. Mas no Mercado de Previsões, são as histórias improváveis que fazem a diferença. 👀 Porque às vezes o melhor trade está justamente onde ninguém está olhando. 👉 Confira o Mercado de Previsões da BitMart #PredictionMarket #Crypto #Sports

Former President Trump says U.S.-Iran deal delay attributed to Israel, Axios reports.

European wine competition affected by climate change, with British sparkling wines gaining prominence over traditional French Champagne, according to Boris Titov. He cited shifting weather patterns as a key factor in altering the European wine rivalry dynamics. Details available in his disclosure [link].