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Blockchain -Sharding, formulated in the most concise way, is the division of network activity into smaller, more manageable parts, to improve performance and scalability. Sharding version, more specifically, means that you break the implementation of smart contracts into smaller, more efficient pieces. Tahir Mahmoodco-founder of KRNLand Kos, the company’s flagship product, disrupt the Sharding Landscape execution with a fresh, innovative and breakthrough approach
If KRNL’s approach really differs from traditional methods, such as data sharding, network scarding and other approaches for sharing of implementation, it would be crucial for the future of Dapps.
Sharding in Web3
Implementation scarding is usually done with the help of co-processors or individual environments, which can introduce inefficiencies and centralization problems. “Currently, the way people implement the equivalent of Execution -Sharding that they often do it from the wallet, or another layer and another network completely, as a way to manage the execution,” Tahir explains. “What we do within KRNL happens native at the junction, so in this way it is part of the standard transaction flow. It is not a separate network and it is not a separate environment.”
People currently consider Execution Sharding as bound to co-processors, who are dedicated environments. KRNL has an alternative approach, Tahir explains: “What we do is that we bring the concept that all these layers and layers can be exposed with all this functionality to them without making unique specific environments, which is actually what co-processors are,” Tahir adds.
KRNL’s breakthrough solution
KRNL’s approach to execution hardening is fundamentally different from others who want to solve the Sharding Dilemma.
“Some protocols and projects swear on the consensus layer of the blockchain. Others do it as a proxy layer at the front of the wallet, but this places it outside the indigenous Ethereum architecture. This leads to a solution that is missing critical security,” Tahir explains. “We follow a different approach by doing the native at the node. This is a best-of-both-worlds scenario, so that you are native part of the transaction flow, while you can perform the pre-transaction of calculations with the required security.”
With this approach, KRNL can create a more efficient and safe system with KOS. Tahir explains that
“We create something that is much more than co-processors, which are dedicated environments. What we do is to uncover functionality in different chains without creating unique specific environments.”
KOS is called the “super connector” and offers app -builders frictionless access to functions Native on the chain, making it inherent inherent than the existing series of implementing scard solutions on the market. In contrast to what Layerzero (LZ) does for assets, KRNL’s super connector makes boundless functionality available everywhere and by everyone, but with a more decentralized and safe approach. This ensures that application builders can access and use functions about different chains with minimal overhead, which improves both performance and security.
Execution Ading Sharding Omni-Chain
The long-term vision of KRNL, Tahir shares, is to create a holistic ecosystem that enables developers to build really decentralized applications without the inefficiencies and centralization problems associated with co-processors and other existing solutions. By enabling the implementation of functions over multiple chains, KRNL has therefore been cleared for a more efficient and safe DAPP development.
“We are able to use the entire abundance of all those environments native as they are, without having to do the heavy work to create something that is unique and specific as a co-processor,” Tahir notes.
The super connector of KRNL, KOS, is a new representation of how the implementation scarding should be implemented. By engaging frictionless access to functions, KRNL breaks all barriers for Omni-Chain Dapp building. Keep in mind, this is a game changer for global, democratized and streamlined DAPP developments. Even more important is for developers, they can register and earn money with the functions they make on the upcoming marketplace of KRNL.
Tahir & KRNL’s Future Vision
Tahir wants to expand KRNL technology from Ethereum to other EVM and non-EVM chains, creating a holistic ecosystem. “We see developers and builders being able to build rich Real-World applications with very little work, almost no code and solutions with low code,” Tahir explains.
With this approach, developers can build robust applications faster and more efficiently.
“You can now say,” I want to do XYZ in the chain and outdoor chain in the web2 world “, because that really brings real applications to life,” Tahir adds.
KRNL’s innovative approach to implementation described by the super connector will again define how we think about decentralized applications. The future of Sharding executions lies in KRNL’s Native On-Chain approach, which will bring about a revolution in the web3 landscape, making applications from practice more accessible and robust.