
Cartesi (CTSI)
Rank #571
Market snapshot
- Price
- $0.02523
- Market cap
- $23.6M
- 24h volume
- $3.0M
- Circulating supply
- 933,495,769.7112
- Total supply
- 1,000,000,000
- Max supply
- 1,000,000,000
What is Cartesi?
Cartesi is a platform that enables developers to build decentralized applications (dApps) by simplifying the complexities associated with blockchain technology. It allows for the optimization of specific dApp logic, enabling developers to bring their ideas to life without being constrained by the intricacies of the blockchain or the limitations of the Ethereum Virtual Machine (EVM).
How Cartesi works
Cartesi utilizes a unique architecture that allows developers to create dApps with rich code libraries and programming languages. By leveraging open-source tooling, developers can build applications that are not limited by traditional blockchain protocols. Cartesi operates on multiple networks, including Ethereum, BNB Smart Chain, and Polygon, ensuring a flexible environment for dApp development.
Key information
- Symbol
- CTSI
- CMC rank
- #571
- Network / platforms
Arbitrum, Avalanche C-Chain, Base, BNB Chain
- Categories
- Proof of stake
- Date added
- Apr 23, 2020
Contract address
Contract addresses are stored from CoinMarketCap metadata and are shown as recorded. CoinLoom does not independently certify them as official.
Arbitrum
0x319f865b287fCC10b30d8cE6144e8b6D1b476999Avalanche C-Chain
0x6b289cceaa8639e3831095d75a3e43520fabf552Base
0x259fac10c5cbfefe3e710e1d9467f70a76138d45
Key characteristics
Cartesi is an open-source project that supports a vibrant ecosystem of developers, companies, and individuals. It provides resources and building blocks for ambitious projects, enabling users to create applications with fewer restrictions compared to native blockchain protocols. Developers can utilize various programming languages and libraries to enhance their dApp development experience.
Documented uses
Cartesi supports various use cases, including artificial intelligence (AI), decentralized finance (DeFi), and gaming applications. It empowers developers to explore innovative solutions and build on the platform's capabilities.
Official resources
Risks
Digital asset prices can be volatile and can change materially. Users should verify the contract address and network before transferring assets. Self-custody requires secure private-key and recovery-phrase handling. Centralized platforms can involve operational, custody, and counterparty risk. Availability and regulatory treatment can vary by jurisdiction. Transaction finality and reversibility can differ by network.
Transfer and custody notes
Verify the asset name, network, and any supplied contract details before transferring. Verify destination address and network before sending assets. Review the custody method, including self-custody versus a third-party platform. Understand that transfers may be irreversible and that CoinLoom does not confirm exchange availability.
FAQ
- What is Cartesi?
- Cartesi is a platform designed to optimize decentralized applications (dApps) by allowing developers to create logic free from blockchain complexities.
- How does Cartesi work?
- Cartesi allows developers to build dApps with rich code libraries and programming languages, leveraging open-source tooling to create applications without the usual restrictions of native blockchain protocols.
- What are the technical characteristics of Cartesi?
- Cartesi is an open-source project that supports a vibrant ecosystem of developers and provides resources for ambitious projects.
- What are the risks associated with transferring Cartesi?
- Users should verify contract addresses and networks before transferring assets, as digital asset prices can be volatile.
- Where can I find official resources for Cartesi?
- Official resources for Cartesi can be found on their website at https://cartesi.io/.
- What are some use cases for Cartesi?
- Cartesi supports use cases in AI, DeFi, and gaming, allowing developers to explore innovative solutions.
Related cryptocurrencies
Listed from stored network and category relationships, not a similarity score.