Why Odoo Implementations Fail (And How the Stratum Framework Prevents It)
Most Odoo implementations fail not because of Odoo itself, but because of how they are built. The same three problems appear in almost every failed engagement.
The Monolithic Module Problem
Everything gets built in one module. Configuration, business logic, custom models, and Odoo core modifications are all mixed together. This works until the first major upgrade, when every customisation needs to be untangled from every other customisation.
The Stratum Framework prevents this by enforcing four separate layers from the first commit. Each layer has a defined scope. Nothing crosses layer boundaries.
No Version Control: The Single Point of Failure No One Talks About
In too many Odoo implementations, the developer's laptop is the only copy of the source code. There is no Git repository, no deployment pipeline, and no way to reproduce the environment. If the developer disappears, everything disappears with them.
Every Stratum engagement uses Git from day one. Development, staging, and production are deployed from the same version-controlled codebase.
Environment Drift: How Dev, Staging, and Production Stop Being the Same System
Without a reproducible deployment process, environments drift. A fix applied directly in production never makes it back to development. A new feature tested in staging breaks in production because the databases have diverged.
The Stratum Framework provisions every environment by deploying version-controlled modules. No database dumps. No manual configuration. No drift.
How the Stratum Framework Addresses Each Failure Mode
Each layer has a defined scope. L1 (Odoo Core) is never modified. L2 (Base Architecture) is version-controlled and reusable. L3 (Implementation) is isolated per engagement. L4 (Configuration) changes without code.