Usual KursUSUAL

STON.fi goes beyond the usual role of a decentralized exchange. It has become a community gateway, bridging everyday users with the ever-evolving world of decentralized finance on TON. Its mission isn’t just liquidity — it’s accessibility. By making DeFi feel native to Telegram — the very space where most TON users live — STON.fi eliminates traditional friction points. You don’t need to download separate apps or understand complex interfaces. With just a few taps, you’re trading, providing liquidity, or checking real-time data — all on-chain, all within reach. This democratization of DeFi tools is especially important in a growing ecosystem like TON, which is seeing an influx of users from emerging markets and mobile-first regions. STON.fi recognizes this shift and responds with low-cost, mobile-friendly design powered by gasless interactions and fast settlement times. It’s not just about swapping tokens; it’s about onboarding new users into Web3 — easily, securely, and with confidence. STON.fi’s education-first approach, visual analytics, and active Telegram community contribute to its reputation as a trustworthy hub for on-chain activity. 👉 New to DeFi or just getting started on TON? STON.fi is your first step into a wider world. Give it a try and explore DeFi with clarity and ease.

How $ZKWASM Helps Developers Build Safer, Smarter Web3 Apps The Web3 world is growing fast, but one big challenge remains: how can we make decentralized apps more efficient, secure, and developer-friendly? That’s where $ZKWASM comes in. ZKWASM stands for Zero-Knowledge WebAssembly, and it’s designed to help Web2 developers step into Web3 without having to learn complex cryptography or rewrite their apps from scratch. Here’s how it works in simple terms: Most modern applications use WASM (WebAssembly), a powerful and portable format that works across browsers, cloud, and edge platforms. ZKWASM takes your existing WASM app and runs it in a ZK-compatible virtual machine meaning it can generate cryptographic proofs of what happened during execution. These proofs show that the app ran exactly as intended, without leaking any private data and without needing anyone’s trust. The cool part? You don’t need to change your code. You write your app as usual, and ZKWASM takes care of the rest behind the scenes. This unlocks powerful use cases: Rollup builders can create lighter, faster chains with built-in privacy. ZK engineers can use WASM as a “glue” to connect circuits for example, combining machine learning, oracles, and randomness functions. Custom ZKVM developers can take the minimal core of WASM bytecode and build their own trustless virtual machines. The team at DelphinusLab is also working on advanced features like proof batching, aggregation, and supporting WASI (WebAssembly System Interface), so developers can access even more tools and system calls from inside the ZKWASM environment. The ZKWASM Book is still a work in progress but it's already an exciting resource for anyone who wants to bridge the gap between traditional web development and the decentralized future.

RT @0xSweep: the usual 3 am problems

Marc thinks this is some kind of gotcha, but as usual only showing how ignorant he is about how Euler works. Here’s a screenshot of my list of priorities for Objective labs and their role within Euler. It’s true they are great at analysing incentives and how they are used on other protocols (including Aave) and suggesting how they might be used to drive growth on Euler, but the idea @totomanov gets paid 6 figures for doing that is ludicrous and completely untrue.

The #taco president at work again 😂 @howardlutnick well informed as usual 🤡