OnChess

OnChess is onchain chess, powered by @cartesiproject

[The Defiant @DefiantNews]

We sat down with Gabriel Coutinho (@GCdePaula_) of @cartesiproject and Luca Donno (@donnoh_eth) of @l2beat at Cartesi's Modular Security event in Brussels.

Hear about:
🔹 The future of blockchain security,
🔹 Fraud proofs,
🔹 Layer 2 bottlenecks,
🔹 Exciting behind-the-scenes work

[OnChess @OnChessProject]

Voted for some impressive projects and am excited to see them grow!

Shoutout to @Comet_ing

Here's my attestation; go check out the projects I voted for 👇🏼 🛠️

https://t.co/e6jS5lFtT5

@devfolio @eas_eth @base

[OnChess @OnChessProject]

OnChess is submitted to @base Buildathon! https://t.co/TyhRzIsIOF 🚀

[OnChess @OnChessProject]

Quick demo of OnChess gameplay!

[Cartesi @cartesiproject]

Cartesi Experiment Week #2, a week-long online hackathon for grantees and the broader community alike, has concluded.

Check out the recap and overview of all the projects submitted 👉 https://t.co/erY2sLJuXj

But of course, there can only be a few winners!
Let’s give a huge congratulations to:

1st Place | Machine Accelerated Kernels by @edubart

A solution to perform an inference of an LLM inside the machine emulator by offloading specialized computations to the host CPU.

GitHub: https://t.co/coe3Jped21
Presentation: https://t.co/DSga8okTpc

2nd Place | @Comet_ing by @riseandshaheen, @_karmentruong, @CryptoCyn, @claudioengdist & Bruno

Comet project enables a co-writing platform where anyone can start the co-creation of a shared rhyme, poem, song, or story that can be minted, with profits and/or donations distributed evenly among all contributors.

GitHub: https://t.co/6JYk4VwmFU
Presentation: https://t.co/UI9sdvKg21

3rd Place (draw) | Organic Yield Farming by @PedroArgento8

Build your own token where minting and burning are governed by a yield/inflation auction.

GitHub: https://t.co/p05aTRG2WN
Presentation: https://t.co/5tnXPVZAjo

3rd Place (draw) | OnChess by @dtuler

An onchain chess game that is played on the @Base chain. It is a decentralized application (dApp) built using the Cartesi technology.

GitHub: https://t.co/45DrEhljxa
Presentation: https://t.co/hzm60GXzo6

The jury also recognizes the effort put in by some projects sharing their building journey throughout the hackathon that they decided to hand out a prize to both the @comet_ing team and Noozzle team (@MetalJacketh, @MichaelAsiedu_, @helenimah, @ChinonsoIdogwu). Congrats!

[OnChess @OnChessProject]

We are full steam ahead to deliver a version to @base Onchain Summer Buildathon. Working now on leveraging Smart Wallets powered by @zerodev_app, enabling gas-less and popup-less experience.

[OnChess @OnChessProject]

@ZacPrater @claudioengdist @base @Bubblewars_io https://t.co/os1thmkeKT

Looks like someone is already testing. How it might be 😉

[OnChess @OnChessProject]

This is the presentation we did for the Cartesi Experiment Week #2 https://t.co/5lUq1I5Nbt
#BuidlWithCartesi

[OnChess @OnChessProject]

@carlofragni @gwapchain @ultrachessorg @rives_io That game was sick, super nice capture animations ⚔️🛡️

[OnChess @OnChessProject]

Game logic is pretty much done. More dev docs will come as time allows at https://t.co/1uWaL78SKi
Now to the most time consuming part, UI. Have some ideas to leverage @farcaster_xyz to play chess, comment if that interest you

[OnChess @OnChessProject]

We'll try to stay close to FIDE online chess rules, so we'll support some standard time controls, and the official ELO ranking math.

We may play a little in the future with NFTs as well, and possibly Farcaster integration. Stay tuned!

[OnChess @OnChessProject]

OnChess is a no-frills chess game built as an app-specific rollup application, kickstarted now during @cartesiproject experiment week #BuidlWithCartesi

When ready it will be deployed to @base, inheriting low latency (2s block time) and low fees

[OnChess @OnChessProject]

Choice of language is not the only upside of @cartesiproject , we also have literally millions of packages available at https://t.co/jjxyWS0moW at our disposal, so we'll use the chess.js library, so we don't need to reimplement chess in solidity