Cartesi

Cartesi is sharpening its mission to help build Ethereum’s future with a clear commitment to lasting infrastructure. This is subtraction in action, driving greater focus, deeper engineering, and long-term value for future-proof scalability and execution.↓ bit.ly/4kGx5NE

You've seen it here countless times. Appchains. App-specific rollups. But you still don't know what those are and by now it feels too late to ask? No judgment. Here's your catch-up. ↓

Test out the early rollups release with cli, ez steps: ▷ npm install -g @cartesi/cli@2.0.0-alpha.32 ▷ cartesi create ▷ cartesi build ▷ cartesi run

That's the kind of foundation you want before production readiness and mainnet. This is a notice for you dev frens, come check the latest Cartesi CLI pre-release, test the Rollups, and swing by Discord to drop feedback and mingle with our contributors. ↓ github.com/cartesi/cli/tr…

Multiple apps can now run on the same node without interfering with others, and the Machine Manager recovers from extended downtime without memory pressure. Your app is less likely to go down, and when something does go wrong, it recovers gracefully. ↓ github.com/cartesi/rollup…

Rollups Node v2.0.0-alpha.10 is out. One step closer to public release. This is all about making the node production-grade: tighter resource management, crash recovery, DB transaction safety, and proper handling for long-running and multi-app deployments. Here's what it means:

@Itsfoss Here's another penguin from us 🐧

Just Linus living his best life with the penguins. 🐧

The NFT craze proved it: DeFi apps aren’t slow because of bad code. They’re slow because they share a CPU with meme coins. App-specific execution layers give each app its own CPU. No competition for blockspace. That’s what good architecture unlocks. Study @cartesiproject 👇

@prostobtc @prostobtc feel free to explore here: rolluplab.cartesi.io

@cartesiproject What kind of applications? Which application has been created in 8 years and is in demand?

GM from Cartesi, the GOAT. Because Linux has powered the internet for decades and now it powers onchain apps thanks to Cartesi.

@gasparjayena @Macky_DeFi Exactly 🎯

@Macky_DeFi @cartesiproject Building bonding curves in Python on Cartesi is a game changer for devs. Much more scalable than traditional Solidity implementations

Bonding curves are one of the most underrated primitives in crypto. Pure math deciding price instead of order books. Cool to see @cartesiproject exploring this. Every buy pushes the curve up. Every sell moves it down. No human market makers. Just algorithmic pricing.

Friday again, and it's time for our Cartesi Weekly, with the latest from across the ecosystem this week 🐧 On the infrastructure front, Dave 2.1.1 is live on devnet and all supported testnets: Ethereum Sepolia, Arbitrum Sepolia, OP Sepolia, and Base Sepolia. It's also published to the Cannon registry, so you can pull it directly and start testing the fraud-proof system across any of these networks today. Come chat with contributor @guidanoli in the rollups channel on Discord for all the details: → discord.com/invite/cartesi Devs got fresh code snippets for Rust, Go, and C++ thanks to contributor @riseandshaheen, along with vibe coding resources. There are no excuses now to build DeFi your way with Cartesi using the language of your choice: → x.com/cartesiproject… A new demo dropped showing how to integrate bonding curves into your Cartesi apps for price discovery, where everything is dictated by buys, sells, and the algorithm: → x.com/cartesiproject… Why does it matter? Hear it again from @Macky_DeFi: → x.com/Macky_DeFi/sta… DevAd Lead @joaopdgarcia continues his DeFi series, unpacking the execution layer constraints that hold DeFi back and how Cartesi opens up a new design space with Python, NumPy, PyTorch and similar libraries. If it runs on Linux, it runs on Cartesi and onchain: → x.com/joaopdgarcia/s… We hopped on the emoji trend this week: → x.com/cartesiproject… And check this out: a modified WebCM (Web Cartesi Machine) vibe-coded to let multi-agents write code in the browser, serverless. Say what: → rkat.ai/demos/webcm/ That's a wrap for this week. Join us on Telegram to chat with other Cartesians and ask anything you have on your mind: → t.me/cartesiproject

@crlpto indeed 🫵

@cartesiproject Just math doing the market making 📈

Most devs overcomplicate token pricing. But how about bonding curves? Pump(dot)fun runs on this mechanism. Uniswap too. Bonding curves are just math and we built this in Python on Cartesi. Price moves in real time with every buy and sell. No order books. No middlemen. Just math.

Check the full repository here: github.com/Mugen-Builders… and join the conversation with the Cartesians devs on our Discord to explore further.

when you see a decentralised app running on linux runtime

Devs' favorite tools aren't on Ethereum. Python, NumPy, PyTorch, none of it runs onchain. Most DeFi is just a workaround for a limited execution layer. @cartesiproject rethinks this by running a full LinuxOS where complex programs execute deterministically and remain verifiable.

@CasperOnChain Back at ya!

@cartesiproject G to the M Cartesi 🌞

GM. International Napping Day for some. Shipping day for the rest of us. Builders are awake. Your language, your rules. Build DeFi your way. 🐧

@TD_bbboys258 real recognizes real 🤜🤛

@cartesiproject cartesi weekly hits diff every time def the most slept on infra in the space

Friday once again, which means it is time for your Cartesi Weekly, with a roundup of what happened across the ecosystem this week 🐧 The latest monthly recap from L2BEAT is out, highlighting key technical developments across the L2 landscape. Check out the Cartesi excerpt here: → x.com/l2beat/status/… How much more powerful could DeFi be if it could rely on traditional libraries? A new tutorial dropped showing how easy it is to integrate NumPy, enabling advanced numerical computing, matrix operations, and scientific calculations directly in your dApp. With the Cartesi VM, if it runs on Linux, it can run onchain: → x.com/cartesiproject… DevAd Lead João Garcia continues his series exploring why DeFi works the way it does today and how it can evolve. The latest episode dives into Cartesi’s ability to enable stateful application logic that can match TradFi-level performance while moving beyond typical L1 constraints. → x.com/joaopdgarcia/s… Head over to YouTube to catch the rest of the shorts if you missed them: → @Cartesiproject/shorts" target="_blank" rel="nofollow noopener">youtube.com/@Cartesiprojec… And speaking of L1 constraints, check out a thread we put out benchmarking the compute power of the Cartesi VM. Think more useful instructions per block, greater throughput, more compute cycles, and the versatility to run a full Linux OS. It is time to build by leveraging the progress already made in mainstream software, with all that compute dedicated to your own dApp thanks to the appchain framework, without competing for shared resources: → x.com/cartesiproject… That’s all for now. We. Keep. Building.