NanoAPI provides an open-source platform that enables teams to refactor monolithic APIs into microservices using a low-code interface, allowing for real-time restructuring without disrupting ongoing development. This technology enhances code visibility, simplifies deployment, and reduces technical debt, facilitating the modernization of legacy systems while maintaining data control.
Funding
Funding not disclosed
Founders
Product
Problem
Refactoring monolithic APIs into microservices is a complex and risky undertaking, often requiring significant manual effort and deep understanding of the existing codebase. Traditional methods can disrupt ongoing development, leading to delays and increased technical debt. Maintaining architectural governance and ensuring compliance across distributed systems further compounds these challenges.
Solution
NanoAPI provides a visual tooling platform that simplifies the refactoring of monolithic APIs into microservices. The platform allows teams to visualize, understand, and restructure their API codebases using a low-code interface, enabling real-time restructuring without disrupting development workflows. By automatically converting monoliths into microservices based on endpoint groupings, NanoAPI enhances code visibility, simplifies deployment, and reduces technical debt. The platform's AI-powered assistance offers recommendations to improve code quality and ensure compliance, while its deterministic, language-agnostic algorithms ensure predictable and auditable code changes.
Target Audience
NanoAPI is designed for developers, architects, and technology leaders in enterprises seeking to modernize legacy systems, enforce architectural governance, and accelerate digital transformation initiatives.
Features
- Visual system maps that provide detailed insights into API structure and dependencies
- Low-code UI for grouping endpoints and defining microservices
- Automated refactoring capabilities that convert monoliths into microservices at deploy time
- AI-powered assistance for code quality improvement and technical debt reduction
- Deterministic, language-agnostic algorithms for predictable and auditable code changes
- Enterprise-grade version control for tracking architectural evolution and ensuring compliance
- Open-source ecosystem for transparency, auditability, and vendor lock-in prevention
- Command-line interface (CLI) tool for splitting code on deploy to hosting environments