Embedded Application Logic

Definition ∞ Embedded Application Logic refers to the core functional programming instructions directly integrated within a system or component. In blockchain contexts, this logic is often contained within smart contracts, dictating how a decentralized application operates. It defines the rules, conditions, and actions that govern the system’s behavior. This logic executes automatically when specific conditions are met, without external human intervention.
Context ∞ The integrity and security of Embedded Application Logic are paramount in decentralized systems, as errors or vulnerabilities can have significant financial consequences. Formal verification methods and rigorous auditing are increasingly important to ensure the correctness of smart contract logic. The ongoing development of secure coding practices and standardized contract patterns aims to mitigate risks associated with complex application logic.