LogicHive FAQs

Question 1

How does LogicHive prevent 'software rot' and ensure long-term code viability?

Accepted Answer

LogicHive implements Automated Software Preservation (Anti-Rot) through continuous background re-verification of stored assets. This ensures that previously verified code remains functional and reliable over time, combating the natural decay of software.

Question 2

What is 'Logic-RAG' and how does LogicHive facilitate it?

Accepted Answer

'Logic-RAG' is a transition from document-based RAG to retrieving and adapting structurally verified, reusable code logic. LogicHive facilitates this by providing a robust system for storing and injecting 'Atomic Logic' into AI agent contexts, promoting reuse and efficiency.

Question 3

How does LogicHive ensure the quality and reliability of code assets?

Accepted Answer

LogicHive employs a rigorous 3-tier hybrid validation pipeline. This includes Deterministic Logic Verification (AST analysis) with mandatory veto power, static code analysis (Ruff/Radon), AI forensic auditing, and isolated runtime execution to ensure high-quality and reliable code.

Question 4

Can LogicHive integrate with existing AI agent workflows?

Accepted Answer

Yes, LogicHive is designed to integrate seamlessly with AI agent ecosystems, particularly through the Model Context Protocol (MCP). It allows AI agents to discover, retrieve, adapt, and ultimately professionalize (save back) verified logic within their workflows.

Question 5

What is LogicHive and its primary purpose?

Accepted Answer

LogicHive is a professional Logic Orchestration Layer designed to accumulate, deterministically verify, and reuse high-quality code assets. Its primary purpose is to stop redundant code building and establish a long-term intelligence asset for developers and AI agents.

LogicHive

LogicHive

주요 기능

사용 사례

주요 기능

사용 사례