Cartesi price

CTSI

#351

Cartesi allows developers to move beyond shared computation and EVM design limitations.

*A full CPU for each DApp

With Cartesi Rollups, DApps don't compete with each other for processing power like they do on Ethereum and existing L2 scaling solutions.

*A full suite of open-source libraries for your DApp

With the Cartesi Virtual Machine, DApp developers move beyond the EVM and gain access to the full suite of code libraries, programming languages, and open-source tooling they're accustomed to.

*Cartesi Rollups can be used as a layer two, a layer three, or as sovereign rollups.

Cartesi creates a boundless design space for cutting-edge developers.

*Space for exploration

Explore a rich new design space that supports decades of existing code libraries, programming languages, and open-source tooling.

*Supreme processing power

Build more intricate and computationally intensive DApps without having to reinvent new abstractions every time.

*Fully-fledged OS

Boot a mature operating system inside the Cartesi Virtual Machine.

*Focus

Optimize specific DApp logic to bring your ideas to life, free from the intricacies of the blockchain itself and the design tradeoffs of the EVM.

*Base layer guarantees

Inherit security and censorship resistance from Ethereum.

Cartesi is an open-source project built by a vibrant and growing ecosystem of independent teams, companies, and individuals – transparently and in public.

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Cartesi (CTSI) revolutionizes decentralized application development by offering a modular framework that integrates seamlessly with existing blockchain ecosystems. At its core, Cartesi utilizes the Cartesi Machine, a virtual machine that runs Linux distributions, enabling developers to leverage decades of existing code libraries and open-source tools.

The Cartesi Rollups provide a versatile scaling solution, deployable as Layer 2, Layer 3, or sovereign rollups, ensuring robust security from the base layer. Unlike traditional Ethereum-based DApps, Cartesi allows each application to operate with its own dedicated CPU, eliminating competition for processing power and enabling more complex computations.

CTSI, the utility token of the ecosystem, fuels the Noether Proof of Stake system, allowing token holders to stake and participate in governance mechanisms. This decentralized governance ensures that the community has a say in the protocol's evolution.

Developers benefit from the Cartesi Virtual Machine, which transcends the limitations of the Ethereum Virtual Machine (EVM). This environment supports a full suite of programming languages and libraries, making it easier to build sophisticated and computationally intensive DApps without reinventing the wheel.

Cartesi's open-source nature fosters a collaborative ecosystem, with contributions from independent teams, companies, and individuals. This transparency and community-driven approach drive continuous innovation and improvement within the Cartesi framework.

Cartesi (CTSI) stands out in the blockchain landscape by integrating the Linux operating system into its framework, allowing developers to create decentralized applications (DApps) with a broader range of tools and libraries. This unique approach addresses the limitations of the Ethereum Virtual Machine (EVM) by providing a more flexible and powerful environment for DApp development.

At the core of Cartesi's technology is the Cartesi Rollup framework, which utilizes the Cartesi Machine for transaction processing. This framework allows developers to tailor consensus, data availability, and settlement layers according to their project requirements. By leveraging the Cartesi Machine, developers can run complex computations off-chain while still benefiting from the security and decentralization of the blockchain.

Cartesi Rollups offer a modular scaling solution that can be deployed as Layer 2 (L2), Layer 3 (L3), or even as sovereign rollups. This flexibility ensures that DApps can scale efficiently without compromising on security. The rollups inherit the security and censorship resistance from Ethereum, providing a robust foundation for applications.

One of the standout features of Cartesi is its ability to run a full Linux operating system within the Cartesi Virtual Machine. This capability opens up a vast design space for developers, allowing them to use decades of existing code libraries, programming languages, and open-source tools. Unlike traditional blockchain environments where DApps compete for processing power, Cartesi provides a dedicated CPU for each DApp, ensuring optimal performance.

The utility token CTSI plays a crucial role in the Cartesi ecosystem. It acts as fuel for the Noether Proof of Stake system, which is used for data availability and ensures the integrity of off-chain data. CTSI holders can also stake their tokens to participate in the ecosystem’s community-driven governance mechanisms, influencing the future direction of the platform.

Cartesi's approach to blockchain technology also includes a focus on modularity and extensibility. Developers can optimize specific DApp logic without being constrained by the intricacies of the blockchain itself or the design tradeoffs of the EVM. This allows for the creation of more intricate and computationally intensive DApps, pushing the boundaries of what is possible in the decentralized world.

The Cartesi ecosystem is built by a vibrant and growing community of independent teams, companies, and individuals. This open-source project is developed transparently and in public, fostering collaboration and innovation. The community-driven nature of Cartesi ensures that it continues to evolve and adapt to the needs of developers and users alike.

In terms of security, Cartesi employs various mechanisms to prevent attacks from bad actors. By inheriting the security guarantees of Ethereum, it ensures that transactions and data are protected from tampering and censorship. Additionally, the use of the Noether Proof of Stake system adds an extra layer of security for off-chain data, making it resilient against malicious activities.

Cartesi's ability to bridge the gap between traditional software development and blockchain technology makes it a powerful tool for developers. By providing a familiar and flexible environment, it enables the creation of sophisticated DApps that can leverage the full potential of both worlds.

Cartesi (CTSI) stands out as a versatile blockchain platform that leverages a full Linux environment to enable the development of decentralized applications (dApps) across various industries. One of its primary real-world applications is in decentralized application development. By providing a comprehensive suite of tools and resources, Cartesi allows developers to create sophisticated and scalable dApps in sectors such as finance, gaming, and social networks. This is facilitated by the Cartesi Machine, which offers a virtual machine capable of running complete Linux distributions, thereby expanding the design space for developers.

Another significant application of Cartesi is in fraud-proof systems. The platform's robust architecture ensures that transactions and computations are secure and verifiable, reducing the risk of fraudulent activities. This is particularly beneficial in industries where trust and transparency are paramount, such as finance and supply chain management.

Cartesi also excels in transaction processing. The Cartesi Machine can handle complex computations off-chain, which are then verified on-chain, ensuring efficiency and scalability. This capability allows for more intricate and computationally intensive dApps without the limitations imposed by traditional blockchain environments.

Developers benefit from the flexibility to use their preferred programming languages and tools, thanks to Cartesi's support for a full suite of open-source libraries. This makes it easier for developers to transition from traditional software development to blockchain development, thereby broadening the pool of potential dApp creators.

Additionally, Cartesi Rollups offer a modular scaling solution that can be deployed as Layer 2, Layer 3, or sovereign rollups. This modularity ensures that dApps can scale effectively while maintaining strong security guarantees from the base layer, such as Ethereum.

The integration of the Cartesi Machine with the base layer for data availability, consensus, and settlement further enhances the platform's utility. This integration ensures that dApps built on Cartesi are not only scalable and efficient but also secure and reliable.

Cartesi's ecosystem is supported by a vibrant community of developers and contributors, fostering continuous innovation and development. This collaborative environment ensures that the platform remains at the forefront of blockchain technology, offering cutting-edge solutions for real-world applications.

Cartesi (CTSI) has carved a niche in the blockchain space with its innovative approach to decentralized application (DApp) development. The journey of Cartesi is marked by several pivotal events that have significantly shaped its trajectory.

In April 2021, Cartesi made headlines with the Token Unlock event on April 23rd, a crucial milestone that allowed early investors and team members to access their tokens, enhancing liquidity and engagement within the ecosystem. This event was a precursor to the launch of Noether's Proof of Stake (PoS) staking delegation on the Testnet, which provided a mechanism for CTSI holders to stake their tokens and earn rewards, thereby fostering a more robust and participatory community.

The momentum continued with a notable meetup in Istanbul on March 16th, 2021, where the team engaged with the local blockchain community, sharing insights and updates about Cartesi's development. This was followed by a live stream on YouTube on September 25th, 2021, which served as a platform for the team to connect with a global audience, discussing the project's progress and future plans.

October 2021 marked a significant leap forward with the Mainnet launch, a critical step that transitioned Cartesi from a theoretical framework to a functional and operational network. This launch enabled developers to deploy and run their DApps on the Cartesi platform, leveraging its unique capabilities to overcome the limitations of traditional blockchain environments.

In the realm of technological advancements, Cartesi has been proactive in releasing key components that underpin its ecosystem. The release of their machine emulator, rollups node, rollups contracts, and machine emulator tools on GitHub has been instrumental in providing developers with the necessary tools to build and optimize their DApps. These releases are complemented by comprehensive documentation on their rollup framework, available on the Cartesi website, which guides developers through the intricacies of utilizing Cartesi's technology.

Cartesi's commitment to innovation is further exemplified by their active promotion of rollups technology and the showcasing of community-built cartridges on their RIVES app. This not only highlights the versatility and potential of Cartesi's platform but also encourages community participation and collaboration.

The implementation of the Cartesi Machine for transaction processing represents another significant milestone. This virtual machine, capable of running Linux distributions, offers a richer and broader design space for DApp developers, enabling them to create more complex and computationally intensive applications without being constrained by the limitations of existing blockchain solutions.

Throughout its journey, Cartesi has maintained a focus on creating a boundless design space for developers, supported by a full suite of open-source libraries and tools. This approach has allowed developers to move beyond the shared computation and EVM design limitations, optimizing specific DApp logic and bringing innovative ideas to life.

The vibrant and growing ecosystem of Cartesi, built by independent teams, companies, and individuals, continues to evolve, driven by a shared vision of advancing blockchain technology and expanding the possibilities for decentralized applications.