The Dependency Analyzer Tool
Parse a repository’s dependency manifests and internal import relationships to map what it relies on and how its modules connect — the dependency picture an agent needs before any change, on infrastructure you control.
You can’t change safely what you can’t map
Every repository depends on external packages and a web of internal imports. Without a map of both, changes ripple in surprising ways and upgrades become guesswork.
Hidden coupling
Internal imports tie modules together in ways no one tracks.
Opaque dependencies
What the project actually relies on is scattered across manifests.
Risky upgrades
Without an import map, the blast radius of a change is unknown.
Manual mapping rots
Hand-drawn dependency diagrams are stale immediately.
Manifests plus import relationships
Manifests
What the repo depends on
Parsed from the source of truth.
The tool parses dependency manifests to enumerate the external packages a repository declares, building the outward picture of what it relies on.
- Manifest parsing
- External package inventory
- Per-ref analysis
- Snapshot-based
From manifests
Imports
How the modules connect
The internal wiring.
It also extracts internal import relationships, revealing how modules depend on one another — the coupling that determines the blast radius of any change.
Internal coupling
Governance
On-premise analysis
Source stays internal.
Analysis runs against a snapshot inside your perimeter with audit logging, so dependency visibility never requires exposing code.
IP-safe, logged
Parameters
The analyze_dependencies tool accepts these inputs when an agent calls it. Required inputs are flagged.
Where dependency analysis pays back
Upgrade planning
See what depends on a package before bumping its version.
Refactor scoping
Map internal coupling to size a refactor.
Onboarding
Help a new engineer understand how modules connect.
Risk assessment
Identify heavily-depended-on modules that need care.
Architecture review
Feed the import map into higher-level architecture inference.
Agent grounding
Give an engineering agent the dependency context for changes.
Assigned to agents, orchestrated as networks
On VDF AI, an industry’s use cases map to agents, and you assign tools like this one to those agents. Compose multiple agents into a governed, on-premise network.
What changes after you assign it
Questions about the Dependency Analyzer tool
What does the dependency analyzer do?
It parses a repository’s dependency manifests and internal import relationships from a snapshot, producing both an inventory of external packages and a map of how modules depend on each other.
Why does the import map matter?
Internal coupling determines the blast radius of a change. Knowing what imports what lets an agent — and an engineer — change code without unexpected ripple effects.
Does it run on a live repo?
It analyzes a snapshot at a given ref (branch, tag, or commit), so results are stable and reproducible.
Is our code exposed?
No. Analysis runs on-premise with audit logging; source never leaves your perimeter.
How does it pair with other tools?
It feeds architecture inference and change-impact analysis, and is often assigned alongside the repository map for full structural context.
Tools that work well alongside this one
Where this tool delivers value
Map what your code depends on
See the dependency analyzer give an engineering agent a current dependency map — on-premise.