Wisdom for your

smart contracts

Wisdom for your smart contracts

KRNL’s modular execution protocol is the npm of decentralized computing.
Select any function, called a kernel, and integrate it seamlessly into your smart contracts.

Private Testnet

Introducing kernels

Access and contribute to the largest open software library in Web3. Transform any on-chain or off-chain function into a kernel. Kernels are stateless, lightweight, resilient, and independently deployable.

The Web3 ecosystem is fragmented, making scalable interoperable development challenging, especially for applications with heavy interdependencies

The KRNL Protocol allows kernels to move fluidly across networks without compatibility issues.

This enhances modularity, optimizes resources, ensures stability, and speeds up deployment, improving responsiveness and reducing time to market.

The KRNL Protocol allows kernels to move fluidly across networks without compatibility issues.

This enhances modularity, optimizes resources, ensures stability, and speeds up deployment, improving responsiveness and reducing time to market.

The KRNL Protocol

Before cloud computing, developers faced high costs, scalability limits, accessibility issues, and resource constraints in building, running, and maintaining services.

Cloud computing changed this by offering managed services with just a click.

Before cloud computing, developers faced high costs, scalability limits, accessibility issues, and resource constraints in building, running, and maintaining services.

Cloud computing changed this by offering managed services with just a click.

KRNL builds on this concept with an important twist: a library of community-built functions, or kernels, that enables builders to reach new users and monetize, while providing permissionless access for protocols to best-in-class kernels.

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Building with a modular stack

KRNL’s open framework architecture is decentralized and permissionless, serving as an execution abstracting, orchestration engine for kernels. A customizable adaptable interface allows kernels to be built on any network.

Kernel Economy

A two-sided marketplace for kernels, connecting builders who create and monetize permissionless, composable functions with dApp developers who demand scalable and interoperable smart contract solutions across Web3.

Enhanced Security

KRNL enhances Web3 security with its robust security kernels. This helps safeguard against vulnerabilities and attacks, by providing a fortified infrastructure, ensuring a safer and more trustworthy environment for Web3 activities.

Power of Kernels

Decentralized Identifier (DID)

The Web3 ecosystem already has several DID solutions, but many are chain-specific or rely on zk-proof technology, requiring development for each integrated chain. KRNL technology changes the game by enabling a DID built on a single, optimized network to serve as a universal solution across Web3. By creating the DID as a kernel on a chosen chain and mapping it to the KRNL protocol, it can seamlessly integrate into any network's transaction lifecycle.