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CTSI to USDT Converter
1 CTSI = 0.0278494 USDT · updated 06:22 UTC
Volume Bubbles Chart (1h)
Each 1-hour candle's volume is signed by its direction (up candles count as net buying, down candles as net selling) and drawn as a bubble at the closing price, green for buying and red for selling. Bubble size and colour intensity show how strong that flow is compared with the last 300 candles: the strongest 30% get full bubbles with their USD value, the rest stay as small dots. Unusually large bubbles flag aggressive buying or selling worth a closer look, often near breakouts, reversals or key levels.Seasonal Chart
Plots one line per calendar year showing the % change since the start of that year, with the current year highlighted against up to four previous years. Lining the years up on the same calendar shows whether the price tends to rise or fall in the same months, helping you spot recurring seasonal patterns. Treat it as context rather than a forecast: past seasonality does not guarantee future moves.Cartesi Markets
Cartesi Historical Data
About Cartesi (CTSI)
Cartesi is a blockchain infrastructure project focused on making decentralized applications easier to build with familiar software tools. Its technical stack includes Cartesi Machine, a RISC-V execution environment, and Cartesi Rollups for application-specific execution. The project aims to give developers a Linux environment while preserving blockchain dispute and verification mechanisms for applications that need more computation than a simple smart contract. Cartesi Rollups are designed for application-specific chains or rollups, letting developers build app logic with a broader software environment. The documentation separates the rollup stack, machine, fraud-proof system and dispute-resolution process. This architecture is different from simply deploying a Solidity contract on a general-purpose EVM chain, and developers need to understand how application state is verified and how disputes are handled. CTSI is the project's token and is used in the network's staking ecosystem. Official staking guidance describes node operators and public pools, where users can delegate tokens and share in rewards associated with blocks produced by a pool. Pool commission and performance affect the amount received, so participation is not equivalent to a fixed-interest account.
Cartesi Machine and Linux execution
Cartesi Machine provides a RISC-V-based environment that can run software in a more conventional computational setting. This allows developers to use established languages and tools for application logic. The system still needs a way to connect computation to blockchain security, so the machine and dispute-proof components are part of the design rather than optional marketing details.
Rollups and dispute resolution
Cartesi Rollups provide infrastructure for building application-specific rollups, while the documentation describes a fraud-proof system and a dispute-resolution algorithm. These pieces matter because off-chain or rollup computation must be checked when participants disagree about a result. Developers should study the current architecture and implementation status before assuming every application inherits the same security properties.
CTSI staking and pools
Cartesi's staking guide instructs users to connect a compatible wallet, deposit tokens into a pool and then delegate stake. Rewards depend on pool block production and are shared after the pool's commission. The guide also explains that users can unstake and withdraw, but transaction fees and current interface conditions still apply.
Developer use cases
Cartesi is intended for applications whose logic benefits from a Linux environment or more flexible computation. Developers can use familiar software stacks while designing the app's blockchain interface and verification flow. That flexibility does not mean every existing program runs without adaptation: teams must account for data availability, state transitions, proofs and the specific rollup tooling they choose.
Risks and practical checks
CTSI holders should distinguish token staking from the technical security model of a Cartesi application. Pool rewards can change, and smart-contract, wallet and node risks remain. Builders should verify the current documentation for the Rollups stack, dispute system and deployment requirements. A more expressive execution environment can help developers, but it does not remove application bugs or economic risk.
Last reviewed: Oct 9, 2026
Cartesi (CTSI) FAQ
What is Cartesi (CTSI)?
Cartesi is blockchain infrastructure for decentralized applications, with a Linux-oriented execution environment and Cartesi Rollups. Its documentation includes Cartesi Machine, a RISC-V environment, plus fraud-proof and dispute-resolution components. CTSI is the associated token used in the project's staking ecosystem and should be distinguished from the software stack itself.
What is CTSI used for?
CTSI is associated with Cartesi's staking system, where holders can delegate tokens to pools that operate nodes and share block rewards. Cartesi's broader technical stack is used to build application-specific rollups and run more complex logic. Token staking and rollup execution are related to the ecosystem but serve different purposes.
What are Cartesi Rollups?
Cartesi Rollups are infrastructure for building application-specific rollups with a flexible execution environment. The docs describe them alongside Cartesi Machine and dispute-resolution tools. Developers still need to understand how state is produced, challenged and verified, because the exact security model depends on the current stack and application design.
What is Cartesi Machine?
Cartesi Machine is a RISC-V-based execution environment that can run Linux-based software for decentralized applications. It lets developers use familiar programming tools for more complex computation. The application still needs a blockchain verification and dispute flow, so running software in the machine does not by itself make every result trustworthy.
How does CTSI staking work?
Cartesi's staking guide describes depositing CTSI into a public pool and delegating stake. When the pool produces blocks, rewards are shared with participants after the pool's commission. Results depend on pool operation and network conditions, so users should review the current staking interface and commission before participating.
Can I withdraw CTSI from a staking pool?
The official guide includes an unstaking process that lets users remove delegated tokens and withdraw them to a wallet. The exact steps depend on the current interface and pool rules, and blockchain transactions may require native gas. Review the latest instructions before depositing, and do not assume unstaking is identical across every third-party service.
What kinds of apps can Cartesi support?
Cartesi is designed for applications that benefit from more flexible computation than a simple smart-contract environment, including software built with familiar Linux tools. Developers can create application-specific rollups, but they still need to design state transitions, verification and data handling. The stack expands development options rather than eliminating implementation work.
What is CTSI's all-time high?
CTSI's recorded market peak is $1.74 on May 8, 2021. That market-wide statistic can differ from the highest value inside a selected chart window. Check the Price Statistics panel when market data is available; a previous high is historical context, not evidence of a likely future price.
How has CTSI performed historically?
In FMchart's composite price history (since May 2021), CTSI's composite history records August 2021 (+78.1%) as its strongest month and April 2022 (-43.2%) as its weakest, with positive years listed as 1 of 4 full calendar years. Cartesi's rollup and execution design describes technology, not a causal explanation for price movements or a guarantee of future returns.
What risks should Cartesi users consider?
Risks include token-price volatility, staking-pool performance, wallet security, application bugs and changes to the rollup or dispute-resolution stack. A Linux-compatible execution environment can increase developer flexibility, but applications still need careful verification and security review. Check current technical docs before treating a deployment as production-ready.