FLETA aims to become the Google Android and Apple iOS of the blockchain market. It will deal with the existing problems of blockchains such as scalability, speed or decentralization and give developers a platform to create scalable and high-performing DApps. Since the smart contract platform space is so overcrowded, FLETA realizes that to stand out in this space, they will need to offer an optimal platform for developers. To do so, they are focussing on the following categories:

Cost of development.

High-performance platform.

Low barrier to entry.

Cost of Development

It is expensive for developers to create and maintain their applications on the smart contract platforms we have today. It is unreasonable for developers to build on Ethereum since their gas prices can get out of hand. For staking platforms like EOS, developers need to pay a considerable staking fee up-front. So how does FLETA mitigate these development costs and create internal economic systems?

#1 DApps operate on their dedicated subchains

Each independent chain in FLETA’s multi-chain structure represents a DApp with its native token for smart contracts that can also be used to rewards miners according to the subchain’s governance rules selected by DApp developers. This means that each independent chain led by the DApp developers can create their token economy by choosing how the chain is governed in its mining algorithm, transaction fees, and block reward schedule.

#2 Additional Developer Services

If developers of DApps are required to be connected with other DApps on FLETA’s platform, an interchain connection service is provided for doing so.

High-Performance Platform

While Ethereum ushered the era of smart contracts, its design allows it to do only 15–20 transactions per second. These throughput and latency issues have, time and again, been an obstacle for Ethereum. EOS and Tron have recently become the development platforms of choice because of this simple reason. EOS can do a maximum of 3000–4000 transactions per second while Tron can do 2000 transactions per second.

Why choose FLETA over the others?

There are four specific areas where FLETA has already outperformed EOS and Tron:

FLETA utilizes the Proof-of-Formulator and sharding protocols to do 10,000 transactions per second (Based on Beta-testnet). FLETA is aiming to provide 20,000 transactions per second along with mainnet launch.

FLETA uses observer nodes to bring in added protection into the system. Not only does this prevent DDOS attacks, but it prevents forks in the system as well.

FLETA’s Gateway system will allow projects to use FLETA’s service chain which is both faster and cheaper. It will also help them to attain seamless interoperability with other platforms.

will allow projects to use FLETA’s service chain which is both faster and cheaper. It will also help them to attain seamless interoperability with other platforms. Projects have the freedom to set the transactions for free so that users can use the chain without any expenses.

Low Barrier to Entry

While reduced costs and high-performance are crucial factors in attracting more developers, there is one more exciting feature that FLETA has added to their platform. Many smart contract platforms tend to have a native language which the developers need to learn from scratch before they could start coding. The problems with this approach are undeniable:

It takes time to learn a new language properly.

It may intimidate some developers.

To ease the barrier to entry, FLETA has been designed in such a way that developers could use languages that they are already familiar with to start coding. The languages available are:

Solidity: Ethereum’s native smart contract language that the majority of the blockchain developers are already familiar with.

Golang: An open sourced programming language loosely based on the syntax of the C programming language which is easy to learn and current estimates place Golang developers at more than 800,000 worldwide.

Javascript: One of the most popular languages in the world that all developers are familiar with.

C++: One of the oldest languages in the programming world.

Java: Another hugely popular language among developers.

SQL: Developed by IBM as a programming language that has been used for communicating with databases by storing, querying, and interacting with data.

Conclusion

FLETA has been built by keeping the best interests of developers in mind. FLETA realizes that developers are the lifeblood of any decentralized ecosystems and they want to give them all the tools to help create high-quality DApps on their platform. Empowering developers will provide them with the incentive they need to enrich FLETA’s ecosystem.