CARTESILINUX DECENTRALIZATION INFRASTRUCTURE TO DEVELOP THE SCALE FALL DECENTRALIZATION APPLICATION

We are happy to welcome   Danilo Tuler   to the Cartesi team. Danilo is the founder of CTO and previous technology companies with successful solutions. He has more than a decade of experience in the process of developing and preparing rigorous tools involving large teams. We are pleased to announce that he is now our Head of Engineering, who has brought many insights and experiences that will prove to be very valuable as we move towards further development.

Cartesi is a Blockchain based platform or more precisely a second layer platform that carries out its functions for the development and deployment of DAaps which can be scaled up according to developer requirements. where Cartesi will provide one of the Hybrid DAaps, so that it will be equipped with two components at once, namely the Blockchain and off-chain components. Later the Off-chain component will make it possible to process all data or DAaps sent by other parties to Cartes DAaps. Later a number of calculations that can be produced will be processed through the Cartesi node, because Cartesi will use the LINUX operating system which will operate on the determanistic RISC-V. So the Cartesian node will interact with a special machine from Cartesis to be able to define all calculations correctly through Blockchain technology. After successfully entering into the Blockchain technology, DAaps Cartesi will automatically carry out off-chain calculations that can be reproduced again to be operated on off-chain in a larger amount of data. Although all the development processes are rather difficult, but Cartesi has managed to prove that it can be a bridge for technology developers to give birth to their dream DAaps.

Although off-chain calculations are in no way supported by Blockchain technology, it cannot be denied that calculations carried out by relying on off-chain components can provide many benefits for scalability. This is because by relying on off-chain components, Cartesi can give all users the freedom to use the programming languages, tools, libraries, software, and services that they normally use freely. So the existence of off-chain components will make it easier for users to give birth to different DAaps and have decent drinking properties.

The services provided by Cartesi for development are certainly very different from the services provided by Blockchain technology. This can be proven by the restrictions regarding the use of programming languages, tools, tools, services and libraries for developers. So users cannot send DAaps to their liking, even if they do, users must follow the policies set. Therefore for those of you who want to develop reliably, you can count on Cartesi

How Cartesi is Involved

Through alliances like this and the release of our upcoming tower defense DApp, we want to show what can be done with Cartesi so that all members who develop new DApps can benefit .

Cartesi bridges the gap between blockchains (starting with Ethereum) and full operational systems, not only increasing computational scalability but also allowing veteran developers to start using their normal daily stack of software to create a much broader DApps array.
CARTESI – LINUX DECENTRALIZATION INFRASTRUCTURE TO DEVELOP THE SCALE FALL DECENTRALIZATION APPLICATION

Two infrastructures that are making waves in the blockchain community are Decentralized Applications (DApps) and scalable infrastructure. The latter (scalability) has not been achieved as much as expected because it has been found that specific problems have forced backward hands as far as the scale of the blockchain transactions are concerned. It must be noted that many industries that are looking to use blockchain technology have not been able to achieve the goals they need because the network itself (blockchain technology) has not been able to produce a viable scaling medium. Also note that the development of Decentralized Applications (DApps) is burdensome because there are no decent tools for scaling them.

REAL WORLD SCALABILITY MEETS BLOCKCHAIN

Real world relationships or offline have been sought since the launch of blockchain technology. From the much needed interoperability between digital assets and fiat currencies to the use of a blockchain network to facilitate the growth of real-world businesses, it is evident that using a blockchain is a must.

Now, scalability is a major challenge for adopting blockchain technology and using the same thing for real world transactions. Blockesi Cartesi understands that the Linux infrastructure is one of the structures needed to ensure the scalability needed. It is also important to point out that using Linux infrastructure can be one of many ways to bring the adoption and use of blockchain technology to real world use. That informs the reason why Cartesi has been able to establish several relationships with Linux, which will see the successful implementation of the Linux infrastructure to enable the scalability of many real-world companies.

HOW TO CARTESI-LINUX INFRASTRUCTURE SCALABILITY

How can using the Cartesi blockchain along with the Linux infrastructure increase scalability of Decentralized Applications (DApps)? Below are a few ways to do this: Blockchain Technology

Consensus is
well known for using democratic governance to ensure that everyone’s opinions are sought and implemented. The same thing is also possible on a blockchain platform supported by Linux where consensus must be obtained from all members before the program can be run and not connected too!

Building Games with Cartesi

The first demo of the DET application outside us will be released in Cartesi in the coming months.
DApp will be an adaptation of the tower defense game that was originally ported from Android. Everyone will be able to play the game and see what makes the platform. Cartesi is very valuable for DApp developers. We will also play a decentralized tower defense game, featuring Cartesi’s efficient game of complex and complex computer applications developing complex logic games using a complete Linux operating system. Watch this release!

Development: Open Source Announcement!

We are very focused on falling open-source Cartesi and releasing our terrorist repository break.
Before starting with Cartesi, we started reading the items ”   On Linux and Blockchains   .” To look deeper,  please  south gauge   Tech Cartesi Core   .
If you have other questions related to developing or using Cartesi, please join     our Dispute channel . For other questions, see     our Telegram Community !
The following briefly explains each of our indexes:
DLbit Arbitration
DLbit Arbitration is a combination of on-chain day-chain protocols that are provided together to resolve any disputes that may occur during the implementation of Cartesi DApp. Today’s off-chain code is very similar. The on-chain code is written on Solidity day off-chain on Rust.
The Cartesi
Blockchain symbol Blockchain Node is an easy development / example of testing the Ganache Ethereum that runs inside the docker container and has all the Cartesi blockchain controls used.
Demo
Cartesi Demo displays a simple DApp that uses all Cartesi modules. It consists of a very simple application that is issued Game Verification (VG) between two parties (Alice and Bob).
Alice has denied Bob’s day to correct DApp. Bob, on the other hand, simulates a party that does not behave properly the day of executing DApp in a corrupted environment where the Cartesi Engine clock is saturated at the specified cycle.
This repository contains everything needed to produce docker drawings for all Cartesi Modules and two high-level scripts to build everything from scratch and run demos.
Dispatcher
This component contains the main loop appas, set the blockchain and fix on behalf of DApp. This component is important in the sense that it communicates with various other people in the system.
GRPC Interface
The Cartesi GRPC Interface repository contains all of the GRPC defines today Protobuf used in the GRPC Cartesi Project drop module interface.
Figure Kernel
Kernel Image Cartesi is a repository that provides a configuration file to build kernel.bin Docker who build Linux kernel. This is used to change the Linux Environment crash reference to the application of the Cartesi Emulator Machine.
RootFS Image
Rootes Image Cartesi is a repository that provides a Docker configuration file for building the test file system rootfs.ext2. This is used to change the Linux Environment crash reference to the application of the Cartesi Emulator Machine.
Image of the Toolchain
Cartesi Image Toolchain is a repository that provides Docker configuration files for creating images using RISC-V cross-compiling toolchain. This image is used to compile software for implementing the Cartesi Emulator Machine reference.
Emulator messin
machine emulator Cartesi is a reference implementation of off-chain gift Cartesi Machine Specification. This is written in C / C ++ with POSIX dependencies, terminal crashes, processes, and limited memory facilities. This is published as a library and can be published in the Lua language or through GRPC.
SDK Emulator Engine SDK
Repository SDK Engine Emulator SDK provides a structured way to build binary emulators that are not connected, including the kernel, rom, rootfs, tests, emulator day itself.
Machine Test
Cartesi Machine Tests is a repository that contains the RISC-V testing code.
ROM Emulator Machine
Cartesi Machine Emulator ROM is a reference software that exchanges the guest operating system to crash the emulator.
Cartesi Machine Manager
Makers a server repository that contains the server responsible for managing various cartesi machine sessions. It has a submodule requirement, the emulator engine repository, which contains the GRPC emulator server.
Cartis Solidity RISC-V Cartesi Emulator
RISC-V Solidity Emulator is a host implementation of on-chain gift Cartesi Machine Specifications. Leaked day counters are written in Solidity, published scripts are written in Javascript (with the help of Truffle), day tested scripts are written in Python.

Denial!
Because we are still in the early stages of developing Cartesi, there is a long way to go, but we are very happy with this milestone! As a disclaimer, this release candidate is not a doula SDK. Development with Cartesi at this point is only for the brave, but it will be easy and easy with the release and use of our next user.

Tim

Cartesi is led by a serial day entrepreneur team Ph.D. researchers in computer science, probability, and distributed computing.
Erick de Moura (CEO)
Technical leader and serial entrepreneur with experience in building systems that people actually use.
Augusto Teixeira, PhD (Chief of Scientific Staff)
Mathematician with a Ph.D. from ETH-Zurich day post-doc from Ecole Normale Supérieure from Paris specializing in probability and graph theory.
Diego Nehab, PhD (CTO)
Computer scientist with a Ph.D. Princeton University From the post-doc day of Microsoft Research, specializing in GPGPU.
Colin Steil (COO)
Venture capitalist and prior execution master with years of successful experience in business operations throughout the world. He fished whales.
Danilo Tuler (Head of Engineering) Danilo is the founder of CTO and previous technology companies with successful solutions
. We went to Danilo with a problem that no one else could solve.

Team run 

more information contact the
Website: https://cartesi.io
Telegram Community: https://t.me/cartesiproject
Telegram Announcement: https://t.me/cartesiannouncements
Dev Discord Community: https://discordapp.com/invite / Pt2NrnS
GitHub: https://github.com/cartesi

Social Media:

Twitter: https://twitter.com/cartesiproject
Reddit: https://www.reddit.com/r/cartesi
FaceBook: https: // www. facebook.com/cartesiproject
LinkedIn: https://www.linkedin.com/company/cartesiproject/
YouTube: https://www.youtube.com/channel/UCJ2As__5GSeP6yPBGPbzSOw
Username: jtosh
Link:https://bitcointalk.org/index.php?action=profile;u=2652067
Gmail: jtosh527@gmail.com
Telegram:  @jtosh5271

Ethereum address:0x5221BBB20AF9fB150724351e4b8f698a91337Df3