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Automated, Non-AI Refactoring

Deterministic, language-agnostic algorithms automate code changes with precision, eliminating unpredictability often associated with AI-driven refactoring.

Deterministic Algorithms

NanoAPI's refactoring is powered by deterministic algorithms that produce consistent, predictable results every time. Unlike AI-based solutions, our approach ensures that the same input always produces the same output.

Language Agnostic

Our refactoring tools work across multiple programming languages, allowing you to modernize heterogeneous codebases with a single unified approach. Currently supporting JavaScript, TypeScript, Python, Java, and more.

Guaranteed Accuracy

NanoAPI's proven methodology ensures a 100% success rate in code refactoring projects. This is critical for safety-critical systems where accuracy is non-negotiable.

Why Non-AI Refactoring Matters

While AI has made impressive strides in code generation and analysis, refactoring requires absolute precision. NanoAPI's deterministic approach offers several critical advantages:

  • •Predictability: The same refactoring operation will always produce the same result, allowing for reliable planning and testing.
  • •Auditability: Every change can be traced back to specific rules and transformations, making the process fully transparent.
  • •Safety: Critical for systems where errors could have serious consequences, such as financial, healthcare, or safety-critical applications.
  • •Developer Trust: Engineers can verify and understand the changes being made, building confidence in the refactoring process.

AI Integration

While our core refactoring is deterministic, we do leverage AI in complementary ways:

AI-Assisted Decision Making

AI can suggest where refactoring might be beneficial, but the actual transformations are performed by our deterministic algorithms.

Pluggable Architecture

Our tooling can be plugged into AI agents to allow them to make decisions on where to adjust code, without giving them full control of the process. This combines the best of both worlds.