# Native Functions

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### Cook-Book

Kitchen Layer's native functions are organized into distinct functional groups such as financial primitives, security, cross-apps interactions, and computational modules, these pre-audited functions provide builders with modular, secure, and efficient tools for constructing innovative blockchain protocols.

Each function category is designed to address specific architectural challenges, enabling creators to compose complex systems by strategically combining native functions that handle protocol operations like asset management, tokenomics, transaction routing, and security processes.

### Killer Features per category

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### Highlights

**Yield-bearing wallets**, earning a share of all fees generated by the network seuencer as well as native dApps including Launchpad and DEX.

**Principal token / Yield token** native separation, enabling rehypothecation (or **Restaking**) for every assets. This approach provides a hedge against APY volatility for highly dilutive farms launched on Kitchen, while enabling users to adjust their risk tranches and&#x20;

**Native liquidity AMO** based on native functions interoperability, bootstrapping and supporting every new Kitchen to attract TVL, fueling up and coming flywheels, and effectively providing every new project with the same network effect and chances to succeed&#x20;

**AI powered block explorer** represents Kitchen Layer's vision for next-generation blockchain data accessibility, an AI agent seamlessly integrated into the search bar, enabling natural language queries for blockchain analytics and research.
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### Basics&#x20;

The "Basics" category of Kitchen Layer's native functions encapsulates fundamental blockchain primitives that form the backbone of most crypto protocols. These pre-audited functions streamline complex financial mechanisms like staking, token locks, bonding, swapping, vesting schedules, fee management, user whitelisting/blacklisting, lending and borrowing protocols, escrow services, auto-compounding strategies, and buyback mechanisms.&#x20;

By providing these standardized, secure implementations, Kitchen Layer significantly reduces development overhead, allowing builders to focus on innovative protocol design while ensuring robust, audited core functionalities that meet industry best practices.
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### Advanced Builder

The "Advanced Builder" category represents Kitchen Layer's sophisticated native functions targeting complex economic models and advanced blockchain primitives. These pre-audited functions enable developers to implement intricate mechanisms such as:&#x20;

* Merkle tree constructions,&#x20;
* Black-Scholes options pricing models,&#x20;
* Omnipool dynamic rebalancing strategies,
* Secure randomness generators,&#x20;
* Rebasing token architectures,&#x20;
* Principal/Yield token separations,
* And more...

&#x20;By providing these high-complexity tools natively, Kitchen Layer empowers builders to construct next-generation financial protocols with unprecedented computational efficiency and reduced implementation overhead.
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### Security

The "Security" category embodies Kitchen Layer's commitment to creating a fortified blockchain environment. These native functions provide robust safeguards for builders and users, including audited contract implementations, liquidity timelock for pool creators, allocation caps for token launches, contract labeling, easy to read block explorer interfaces, chain-level permanent monitoring and critical protective mechanisms like freeze/pause functions and circuit breakers.&#x20;

By integrating these security measures directly into the chain's architecture, Kitchen Layer establishes a proactive defense framework that mitigates risks, enhances user trust, and provides creators with powerful tools to protect their protocols against potential vulnerabilities.
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