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How to create and deploy smart contract on Polkadot?

Innovation in the field of blockchain is vital for providing users with better use-case-specific blockchain networks. Although most second-generation blockchains such as Ethereum are able to address the issues of first-generation blockchains remain a major obstacle.


Polkadot is a solution for the issue of interoperability with the ability to connect different diverse blockchains that were created as Parachains. Polkadot also enables interoperability between Parachains as well as external chains such as Ethereum by using bridges.


In addition to facilitating interoperability between Parachains and other blockchains, Polkadot bridges act as a connection layer that allows businesses to communicate with and access real-world databases, or those that are not blockchain-based.


Polkadot allows for diverse dApp development as well as blockchain ecosystem development, with these advantages. Smart contracts are essential to the regulation of a blockchain or app.


Why should you pick Polkadot to develop smart contracts?


Polkadot is a new-generation blockchain protocol that allows for interoperability among different blockchains. A dApp that is built using the Polkadot ecosystem is referred to as a Parachain. It is innately compatible with the other Parachains on the network. They are advanced layers-1 of blockchains that make an array of independent blockchains and enable communications, enhancing the traditional strategy of siloed Blockchains.


Polkadot allows smart contract creators to take advantage of the advantages that come with the Polkadot relay chain, including its shared security governance, consensus, and scaling.


With its high flexibility and the capability to design an actual Parachain in itself, Polkadot reduces any hassle in optimizing the use cases that ensure optimized and secure services that are not interrupted.


Like other components and usage cases, developers using Polkadot can carry out periodic upgrades on smart contracts to ensure they are in good working order and updated to the latest technology.


Smart contracts designed to work with Parachains have strong security thanks to the blockchain's underlying technology. There's it is not necessary to establish an entire network of miners by hand or to gather validation agents.


What necessary tools and technologies are for a smart contract using Polkadot?


Polkadot provides a range of tools such as SDKs (software development kits) and the PDKs (Parachain Development Kits) testingnet, as well as blockchain frameworks that support the development of next-generation internet 3 solutions and apps. The network regularly updates its instruments and tools to improve it easier to make the Polkadot ecosystem more useful and efficient. We've put together the most important tools and resources commonly used for development.


Tools


* Substrate


* Substate developers' docs


* Substrate VSCode plugin


* Substrate debug kit


* Diener


* Polkadot Launch


* Halva


* Substrate Fork-off


* SRtool


* sub-bench


* substrate-devhub-utils


* sub-flood


Programming languages


* Rust


* Ruby


* Go


* C++


* Typescript


* AssemblyScript


* Haskell


* Java


* Python


Testnet and SDKs


Kusama - testnet to verify the smart contract prior to the mainnet's deployment.


Rococo - Polkadot's testnet to the Parachian.

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