Cartesi (CTSI) is an operating system token for the development and deployment of scalable decentralized applications using both blockchain components and external ones. Allows you to perform complex and intensive calculations in a Linux environment. Another feature of the project is that it has the ability to run your own code written in any programming languages, with any libraries and services.

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Cartesi

00:00 - 03:20 Intro
03:20 - 23:14 Unpermissioned VM
23:14 - 12:04 The EVM (execution security)
12:04 - 13:23 Adversarial metering
13:23 - 17:31 Metering
17:31 - 19:57 Fine-tuning
19:57 - 27:27 Cooperative metering
27:27 - 29:44 Implementing (phase 0)
29:44 - 34:57 Implementing (phase 1)
34:57 - 41:55 Fine-tuning

Keep to to date with Cartesi:
Website: https://cartesi.io
Explorer: https://explorer.cartesi.io
Discord (Development Community): https://discord.gg/K7KT2sduyB
Twitter: https://twitter.com/cartesiproject
Telegram: https://t.me/cartesiproject
Telegram Announcements: https://t.me/cartesiannouncements
GitHub: https://github.com/cartesi
Reddit: https://www.reddit.com/r/cartesi/
Instagram: https://www.instagram.com/cartesiproject
Facebook: https://www.facebook.com/cartesiproject/

About Cartesi 
Cartesi is an application-specific rollup with a Linux runtime. Cartesi’s RISC-V virtual machine allows developers to import decades of open-source wisdom to blockchain applications and build decentralized applications with their favorite libraries, compilers, and other time-tested open-source tooling.
- DApps are deployed on their own customizable application-specific rollup chains;
- DApps don’t compete with each other in Cartesi’s ecosystem for scarce blockspace;
- Cartesi provides Ethereum or L2’s with orders of magnitude more computational capacity;
- DApps preserve the strong security guarantees and censorship resistance of the underlying blockchain;
- Cartesi Rollups can be deployed as a layer 2 (on top of Ethereum), as a layer 3 (on top of Optimism, Arbitrum, zkEVM chains, etc.), or as sovereign rollups;
- Cartesi Rollups opens up the design space for more expressive and computationally intensive blockchain applications;

Cartesi Research & Design call - Metering

Telegram

A new R&D meeting replay just dropped! The focal point of this session: metering. 

We’ll be discussing running untrusted code, securing the execution, adversarial metering, and cooperative metering. Watch it here: https://youtu.be/wKGmVrde4Ns

A new R&D meeting replay just dropped. The focal point of this session: metering.