Cartesi is built to solve the prevalent issues of scalability and high fees on blockchains to create an environment that is conducive to the smart contract space.
What is Cartesi?
- Cartesi allows developers to code with mainstream software stacks to revolutionize smart contract programming.
- CTSI functions as a utility token in an analogous manner to GAS for Ethereum network transactions.
- CTSI tokens are also used to incentivise the validation and security of the CTSI network because it uses a Proof-of-Stake (PoS) consensus mechanism. This means users who stake CTSI receive rewards by participating in the network.
- CTSI also uses Descartes Rollups, which are a variant of optimistic rollups that run on a Linux VM rather than Solidity. In effect, computationally heavy transactions are offloaded, reducing the congestion of the network. This allows for ‘million-fold’ computational gains as compared to Ethereum without any compromise on the security of the blockchain.
|Total Token Supply||1,000,000,000|
|Current Circulating Supply||See Coinmarketcap|
|Market Capitalisation||See Coinmarketcap|
|Token Creation Date||2018|
|Can it be mined?||No|
Who is behind Cartesi?
Cartesi was created in 2018 by Augusto Teixeira , Diego Nehab, and Colin Steil, highly experienced researchers and engineers from Microsoft Research team. Initially seeking to create a decentralized AI market for data science needs, they evolved the scope of their project to a full-fledged layer-2 in order to address the issues of scalability, speed, and infrastructure for the blockchain. Since then, they have expanded the team to over 30-men strong, each with varied experiences to flesh out their core competencies and bring Cartesi to the state that it is today.
What is the purpose of Cartesi?
Cartesi is a layer-2 structure designed to allow developers to program smart contracts with mainstream software. Moreover, Cartesi also seeks to achieve scalability, security, as well as privacy (of sensitive data, such as in enterprise use or dApp usage). One unique characteristic of Cartesi is that it is blockchain-agnostic, meaning that it supports various chains natively, including the ubiquitous Ethereum and Matic (Polygon).
- Descartes – Cartesi uses Descartes as a decentralized oracle for Ethereum-based smart contracts. In effect, Descartes allows computationally heavy tasks to be executed off-chain. This enables computations that are fully verifiable while increasing the throughput of the network. Descartes is currently already live, and implemented in various projects including:
- Creol Environments – a carbon-neutral building control system using CTSI to make their system more fraud and tamper resistant.
- Carti – an infrastructure endeavour that aims to allow developers increased access to the Cartesi Machines in order to provide them a better development experience.
- Descartes Rollups – an implementation of Cartesi rollups, which allow smart contracts to be built using traditional, or mainstream software stacks that allows increased accessibility for developers who no longer have to learn a new programming language to enter the CTSI ecosystem.
- Noether – a side-chain designed to increase temporary data availability, which is a major limitation of most traditional blockchains. This allows dApps to have high throughput and store large files with drastically reduced fees. This side-chain operates on Proof-of-Stake which means that CTSI users can stake their tokens and receive rewards as an incentive for ensuring the security, and participating in the network.
- Cartesi is highly contingent upon its adoption. Given the highly competitive landscape with a whole variety of projects focused upon side chains and Plasma solutions, this means it will be contingent upon Cartesi’s ability to take on reputable partnerships and attract users into its space. However, this is not limited to just Cartesi. There are currently ideal technical solutions brought to market.
- Cartesi currently has a staking participation rate of ~20%, representing the proportion of tokens in circulation that are validating the network. Higher participation rates are usually considered better.
News and Updates:
Cartesi recently announced that it joined the Blockchain Game Alliance, solidifying its position as a layer-2 for users to develop, publish, and play decentralized games.
Cartesi releases a research article for Texas Hodl’em – a version of Texas Hold’em Poker running on the Ethereum blockchain that is the first to run in a fully decentralized manner to demonstrate the utility of CTSI in the gaming industry.
Community & Whitepaper Links:
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