Monolith Decomposition
Find the seams before you cut.
Every monolith has natural service boundaries. The problem is finding them without months of manual exploration and failed extraction attempts. Axiom Refract reveals them in a single analysis run.
The monolith challenge
You know the monolith needs to be decomposed. The question isn't whether — it's where to draw the lines without breaking everything.
Everything Is Connected to Everything
The monolith has grown organically for years. Modules that should be independent share database tables, utility functions, and implicit assumptions. Nobody knows where one service ends and another begins.
Failed Extraction Attempts
The team tried to extract a service last quarter. It took three months instead of three weeks because every boundary they drew had hidden dependencies running through it.
Invisible Coupling
The folder structure suggests clean separation. The dependency graph tells a different story. Shared models, utility files imported by everything, and circular dependencies make the real architecture invisible.
No Safe Starting Point
Leadership wants microservices. Engineering wants to know where to start. Without a structural map of the actual coupling, choosing the first extraction target is a coin flip.
How Axiom Refract maps the seams
One analysis run. Complete structural visibility. A decomposition plan based on what the code actually does, not what anyone assumes.
Zone Detection Reveals Natural Boundaries
Axiom Refract automatically clusters your codebase into zones based on actual dependency patterns — not folder names or naming conventions. These zones represent the natural service boundaries already hiding inside your monolith.
Dependency Graph Shows True Coupling
The interactive dependency graph reveals every connection between zones — hard imports, shared utilities, database dependencies, and transitive chains. You see exactly how tightly coupled each potential service is to the rest of the system.
Blast Radius for Safe Extraction
Before extracting a module, calculate its blast radius. Axiom shows every file that depends on it, every file it depends on, and the full transitive impact. You know what breaks if you cut here — before you cut.
SPOF Identification at Zone Boundaries
Single points of failure sitting at zone boundaries are the most dangerous files in a decomposition. Axiom flags them with centrality scores and dependent counts, so you know which files need careful handling during extraction.
Prioritized Extraction Order
The migration plan ranks zones by extraction difficulty — considering coupling, blast radius, and SPOF density. Start with the cleanest boundaries. Build confidence. Work inward toward the tightly coupled core.
See the natural boundaries hiding inside your monolith.
Stop guessing where to cut. Let the code's actual structure show you the seams. Axiom Refract turns monolith decomposition from a gamble into a plan.