NanoAPI Cloud

Product Introduction

1. NanoAPI Cloud is a cloud-hosted platform designed to automatically generate and maintain real-time visual maps of software dependencies within complex codebases. It integrates directly with version control systems to provide dynamic, up-to-date architectural diagrams without manual configuration. The platform eliminates the need for static documentation by continuously analyzing code repositories to reflect changes in dependencies.
2. The core value of NanoAPI Cloud lies in its ability to simplify codebase management for technical teams by offering actionable insights into dependency structures. It accelerates onboarding, reduces technical debt, and enables proactive decision-making through automated visualization of live code relationships. The platform prioritizes developer experience with minimal setup requirements and seamless integration workflows.

Main Features

1. Automated Dependency Mapping: NanoAPI Cloud scans connected repositories to generate interactive, living diagrams of code dependencies across services, libraries, and APIs. The maps update in real time as code changes, ensuring accuracy for architectural reviews or audits. Users can filter views by component type, criticality, or team ownership.
2. Repository Integration: The platform supports one-click integration with GitHub, GitLab, Bitbucket, and other VCS providers, requiring only read access to analyze codebases. It automatically detects programming languages, frameworks, and microservice boundaries without manual tagging. Historical dependency trends are archived for retrospective analysis.
3. Collaboration Tools: Teams can annotate dependency maps, assign ownership of components, and flag high-risk connections for remediation. Role-based access controls allow architects, developers, and platform engineers to collaborate on architectural decisions. Audit logs track changes to dependency relationships over time.

Problems Solved

1. Manual Dependency Tracking: Traditional methods like static diagrams or spreadsheets become outdated rapidly, leading to misaligned teams and deployment risks. NanoAPI Cloud solves this by automating dependency discovery and visualization, reducing human error in architectural documentation.
2. Cross-Team Collaboration Challenges: Platform engineers, architects, and developers often lack a unified view of code interactions, causing delays in incident resolution. The platform provides a single source of truth for dependency data, enabling faster troubleshooting and alignment.
3. Onboarding Complexity: New team members spend weeks deciphering legacy codebases. NanoAPI Cloud accelerates this process with self-explanatory dependency maps, contextual code annotations, and historical change tracking.

Unique Advantages

1. Real-Time Accuracy: Unlike static analysis tools, NanoAPI Cloud updates dependency maps incrementally as code is committed, avoiding stale data. Competitors like Lattix or CodeScene require manual re-scans, delaying insights.
2. Security-Centric Design: The platform operates with read-only repository access and stores minimal metadata, avoiding exposure of sensitive code. Cookie management adheres to GDPR standards, with mandatory cookies limited to session functionality and no third-party tracking by default.
3. Developer-First Workflow: NanoAPI Cloud embeds directly into CI/CD pipelines via API, allowing teams to enforce dependency rules during deployments. Competitors lack native integration with modern DevOps toolchains, requiring custom scripting.

Frequently Asked Questions (FAQ)

1. How does NanoAPI Cloud ensure the security of my codebase? The platform uses read-only access to repositories and never stores raw code, analyzing only dependency metadata. All data transmissions are encrypted via TLS 1.3, and optional on-premise deployment is available for air-gapped environments.
2. Can NanoAPI Cloud handle monorepos or polyglot codebases? Yes, the platform automatically detects multiple languages and frameworks within a single repository, including Java, Python, Go, and Terraform. Dependency resolution accounts for inter-language references and build tool configurations.
3. What happens if third-party services like GitHub experience downtime? NanoAPI Cloud caches dependency metadata locally, ensuring map availability during outages. Synchronization resumes automatically once connectivity is restored, with no data loss.
4. Is there an API for integrating dependency data into internal tools? A RESTful API is provided to fetch dependency graphs, component metadata, and alert feeds. Webhooks can trigger notifications when high-risk dependencies are detected.
5. How does passwordless authentication work for user accounts? Users receive a time-bound verification code via email upon login, eliminating password management overhead. Multi-factor authentication (MFA) is enforced for accounts with administrative privileges.