Cartesi - Real world computations meet the blockchain.


Hi all, welcome back to; Another day, another project we will review today is a bit different from another day because we will talk about Cartesi, a Linux infrastructure for scalable decentralized applications. So without further ado, lets straight to the point now.


The blockchain revolution has promised to replace centralized systems and return control to the people. However, blockchains reach decentralized consensus through redundancy by replicating storage and repeating computations across all nodes, resulting in a restrictive and unscalable environment. This makes real-world computations impractical; with Cartesi these computations run outside the blockchain. Unrealistic architecture and a proper Linux operating system. Any disputes arising over such computations can be settled inside the blockchain and negligible cost, this gives limitless power to decentralized applications. DApps using Cartesi are more powerful, easier to build, safer, and portable to different blockchains. Cartesi brings real-world computations to the blockchain. Unlike some other platforms that rely on a single infrastructure, the Cartesi blockchain makes use of two networks that qualify it to be regarded as a hybrid DApps development blockchain network. 

How it works

The slow processing speed of existing blockchain platforms is mainly due to algorithms and data processing protocols. Most blockchain systems have a mechanism to create and record blocks of data at intervals, and the blocks containing the transactions within it are usually set to fix maximum capacity. Therefore, each block usually holds a fixed maximum number of transactions. Cartesi, hence, is built with the intention of resolve that issue by creating a decentralized and scalable Linux-based infrastructure that works as a Layer-2 on the blockchain. In other words, this layer-2 is in charge of process-intensive computation tasks that current blockchain cannot handle. More interestingly, this solution will also help to reduce the cost and break limitations of current blockchain to take dApp creation to the next level with scalability, security, and decentralization. There will be 3 phrases in how Cartesi works. The first phase, called “Reproducibility.” In this phase, with the help of cutting-edge Cartesi’s virtual machine, smart-contracts can reproduce intensive computations that run off-chain on a Linux operating system. Next, these computations will be corrected to fit on the blockchain in the most decentralized way and at the minor cost. This phase will be called “Verifiability.” The last phase called “Infrastructure,” developers no matter specialized in blockchain or not, can be able to develop their own decentralized app and make it a part of Cartesi’s whole ecosystem thanks to an SDK provided by Cartesi team.

How Cartesi Can Help Change the World

Truly Own Your Game.
Cartesi will unleash significant new opportunities for blockchain games. Developers can be capable of using the tools, libraries, and engines that can be compiled for Linux. Additionally, recreation processing can be unfastened from the limits of blockchains without the need to sacrifice decentralization. Envision trustless international participation across more than one game.

Discovering the Unknown.
Outsourced computation will allow thousands and thousands of users to lend their idle computing energy. This will advantage medical research, 3d rendering, video transcoding, and lots of different computationally in-depth obligations in a completely trustless manner without recognition systems.

Decentralized Data Science
Cartesi's verifiable computation paves the way for decentralized statistics scientist marketplaces. Businesses can outsource optimization obligations to experts whose jobs will be compensated if and simplest if they are computationally confirmed to be correct. Imagine optimizing using transport based on packages to deliver, their sizes, and wherein they must go.

Finance. The Next Level.
Cartesi applications might be capable of study and do complicated calculus involving statistics from a couple of blockchains. This will allow interoperability among blockchains and services along with futures and insurance markets.

Efficient AI, through AI.
A trustless marketplace for AI and computational obligations. With the energy of Cartesi’s decentralized automatic verification, developers will be able to create offerings that allow new DApps to outsource and distribute work. These include device learning, facts analysis, or computationally in-depth duties that require professionals in the field. This opens new opportunities for lower-cost AI, developed via outsourced professionals and bots.

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