What Is Cartesi? (CTSI)

Cartesi enables developers to build dApps using mainstream programming languages (Python, C++, SQL) and standard Linux tools instead of blockchain-specific languages like Solidity. The Cartesi Machine — a deterministic RISC-V Linux environment — runs off-chain computation and provides verifiable results on-chain through optimistic rollup technology. This means developers can use existing libraries, frameworks, and decades of Linux software for blockchain applications — a massive expansion of what's buildable on-chain.

Cartesi Key Facts

History of Cartesi

Erick de Moura founded Cartesi in 2018 to bring mainstream software development to blockchain. The Cartesi Machine and rollup infrastructure developed over several years. The project aims to make blockchain development as accessible as traditional web development.

How Cartesi Works

Cartesi Rollups process computation off-chain in a deterministic Linux-based virtual machine. Results are posted on-chain with optimistic dispute resolution. Developers write application logic in any Linux-compatible language. The Cartesi Machine provides a reproducible computation environment that anyone can verify.

CTSI Tokenomics

CTSI has a total supply of approximately 1 billion tokens. CTSI is used for staking, dispute resolution, and governance.

Use Cases

Advantages of Cartesi

Linux-based development

Use Python, C++, SQL — not limited to Solidity.

Existing tooling

Access decades of Linux libraries and frameworks.

Optimistic rollup security

Computation is verifiable through on-chain dispute resolution.

Developer accessibility

Any Linux developer can build blockchain applications.

Risks and Drawbacks

Adoption is early

Few production dApps built on Cartesi despite the technical vision.

Complex architecture

Off-chain Linux computation with on-chain verification adds layers.

Competition

Other rollups and chains compete for developer attention.

Limited ecosystem

Small developer and user community.

Frequently Asked Questions

Can I really use Python on blockchain?

Yes — Cartesi's Linux-based VM supports any language that runs on Linux. You write application logic in Python, C++, or any language, and the Cartesi Machine executes it deterministically off-chain with on-chain verification.

Why haven't more dApps been built on Cartesi?

Despite the technical innovation, building on a new framework requires developer education and ecosystem maturation. Solidity's network effects (tools, auditors, documentation) make it the default choice. Cartesi's vision is ahead of current adoption.

Is CTSI a good investment?

CTSI is a long-term bet on expanding blockchain development beyond Solidity. If mainstream developers adopt Cartesi for complex applications, the value proposition is enormous. The risk is that adoption takes longer than expected.

View live Cartesi price, charts, and market data on the Cartesi detail page.

Learn how to purchase: How to Buy Cartesi