Binance has announced support for its second project of 2020, Cartesi––A Layer 2 Linux infrastructure for the development and deployment of decentralized applications (DApps).
The Cartesi (CTSI) token sale on Binance Launchpad will begin on April 21, 2020, at 04:00 UTC, with a lottery-format ticket claim. The event will be on "Binance Launchpad", the Binance’s token launch platform for transformative blockchain projects.
Here you can find all the informations and the rules to partecipate:
Cartesi is building an operating system for dApps. It is a scalable and decentralized in a Linux environment that solves the problems of computational scalability and development infrastructure for the decentralized web.
With Cartesi, Blockchain applications can be coded with the vast domain of mainstream software stacks available today.
Cartesi's Roadmap
These are the guiding principles that we are using to design and build the Cartesi Side Chain. Its Proof of Stake algorithm will run on Cartesi Tokens (CTSI), giving the system the required security and decentralization guarantees:
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Powerful — Just as everyone expects their internet to have a good bandwidth, we need to have a good volume of transactions per second if we expect to see a viable alternative to centralized services;
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Data Only — Since the Cartsi Core solves the problem of computational scalability on blockchains, we can focus on the problem of Data Availability now. As soon as transactions are available to all interested parties, processing them can be done essentially for free;
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Local — Just like Etherem’s Sharding proposition, we also believe that not everyone needs to store and transmit all transactions on the network. However, our Locality solution is flexible and decided by the users instead of fixed in the protocol;
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Cost-effective — Transaction cost cannot hamper the use of decentralized applications. By combining several technologies together, we expect to bring the price down to the point that it no longer impedes adoption;
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Proof of Stake — We cannot rely on Proof of Work for the security of our transaction solution as this brings major questions about its sustainability and security. Instead, we will implement a Proof of Stake consensus algorithm;
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Garbage Collection — We don’t need to keep all processed transactions available forever. This would greatly limit the system, without bringing any real benefits. Note however that there is a big problem when we clean-up old data and make it unavailable: it becomes much harder for new users to join the network, since they cannot reconstruct the history from genesis. This problem is mitigated by our Data Availability Protocol solution that we will describe in a later article;
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Embedding — There is no need for the Cartesi Chain to be a blockchain of its own, with all the complexity that this brings to its design. Cartesi is inherently a second layer solution and, as such, it can use the underlying blockchain for the heavy lifting of its protocol. This makes it very easy to solve complicated problems, such as the ordering of packages, timing attacks, randomization, elections, and so on.
Here you can read more useful information about Cartesi by Binance Research:
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