Most blockchains today are optimized for one thing: transactions. Faster blocks, lower fees, higher throughput. But Ritual is exploring a different question: what if blockchains were designed for computation, not just transactions? That’s where their architecture starts to get

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We keep calling them “dApps”. But most of them don’t behave like real applications. No background processes. No async logic. No interaction with real world systems. Just isolated transactions that must complete instantly, Modern software doesn’t work like that. Apps today

Most people see AI as a tool Ritual is exploring something else: AI as an asset. Here’s what that means. Right now, AI models are mostly controlled by centralized companies. You use them, but you don’t own them. You can’t verify them, You can’t monetize them directly on

Modern software runs on async Apps don’t block and wait They: • fetch data in the background • wait for external responses • resume when ready That’s why everything feels smooth and responsive Now look at most blockchains Everything must happen: in one execution in one

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The problem isn’t oracles It’s synchronization, The recent incident on Aave highlights something deeper in DeFi design, This wasn’t about bad intent It wasn’t just a simple bug, It was a synchronization failure. At a high level: • timestamp updated • price ratio got capped •

Grialo everyone Really enjoyed today’s Shark Tank session in the Rialo ecosystem, A lot of solid ideas, different perspectives, and genuine effort from everyone involved. Grateful to be part of a space where people aren’t just talking but actually trying to build something, We

Eid Mubarak to everyone celebrating 🌙✨ May this special day bring peace happiness, and new beginnings for all of us, No matter where you are or what you’re going through, this is a moment to pause, reflect, and reconnect with others and with yourself. Wishing you a day full

How do we bring private credit onchain? It sounds simple: use smart contracts, automate everything, remove intermediaries. But in reality, it’s not that straightforward. Private credit today is under pressure, with rising defaults, redemption limits, and funds trading below

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We assume data is correct, systems stay in sync, and external inputs can be trusted, They don’t. Oracles lag, state desyncs, liquidations break. And suddenly, “trustless” systems depend on trust. This isn’t a bug, it’s a design limitation Smart contracts are deterministic, but

MPC, FHE, TEEs are powerful But they don’t solve coordination. Encrypting computation is easy Orchestrating it securely is the hard part. That’s what Rialo Extended Execution (REX) does, a protocol level orchestration system that manages the full lifecycle of confidential

Blockchains are great at execution, but they don’t create truth, they just process inputs. If the data is wrong, delayed, or manipulated, the outcome will still be wrong, just executed perfectly. That’s the illusion most people miss. “Onchain” gives you transparency, but not

Most yields in DeFi don’t come from real economic activity, they come from other participants borrowing to speculate, When demand drops, yields drop.m, Simple as that. That’s why 90%+ of stablecoins are earning under 5%, The system isn’t scaling, it’s just recycling the same

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just had a meetup with the Rialo members, Bekbek. Vika Joestar MIRH24 It’s really fun talking about Web3 experiences and discussing the projects we’re working on together.

Upgrading a blockchain shouldn’t feel like a system wide risk Most people don’t realize this, but upgrading a distributed system is one of the hardest problems in infrastructure. You’re not just changing code, you’re changing validators, rules, and sometimes even the consensus

Software used to require constant interaction, every action needed a click, a command, a decision from the user. But AI is shifting that model completely. Now systems can understand context, process information, and take action without waiting for step by step instructions.