OfflineStabilization phase

Inherited platform stabilized first. Later superseded by a heavier rebuild when scope expanded.

Minetek

Snapshot

Operator: Global industrial ventilation, sound, water, and power supplier.
Inherited structure: Four parallel WordPress installs for one brand.
Risk class: Systemic (change-induced failure).
Observed failure mode: Cache and rewrites masking deeper corruption.
Trajectory: Compounding maintenance cost and SEO drift.

Verdict

The platform functioned day-to-day but had crossed a structural threshold. Stabilization was required before any further scale or feature work could be justified.

Most of the risk was invisible until change occurred. The work focused on restoring mechanical control, bounding blast radius, and re-establishing a single source of truth before expansion.

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Timeline: ~6 weeks Budget band: $15k–$25k Mandate: Restore control and remove hidden failure points

SectorIndustrial operations
StackWordPress, Elementor Pro, LiteSpeed Cache
LifecyclePhase complete

Stabilization
Consolidation
LSCache
Incident response
Information architecture

Structural constraints

Four independent WordPress installs with separate users, plugins, and databases.
Cache rewrite rules overriding runtime routing and destabilizing admin access.
Elementor used for page cloning instead of template-driven content.
Plugin-created content types with unmanaged update parity.
Forms and CRM logic duplicated across pages and installs.

Leverage moves

Removed fatal cache rewrite routing that produced 500s and false stability.
Restored admin access and isolated a corrupted install missing core WordPress tables.
Collapsed redirects, navigation, and caching into a single control surface.
Defined a template-driven refactor model (page types → components → data).

Evidence

500 errors traced to cache rewrite rules serving WP-Rocket HTML exclusively.
Payloads observed exceeding 30 MB per page load.
/water/ install missing core WordPress tables (users and taxonomy among others).

Ruled out

Server capacity as the limiting factor (CPU, RAM, IO remained low).
Theme rendering defects as the primary failure driver.
Hosting upgrades as a meaningful fix.

Before / After

Before: Multiple slow sites, conflicting redirects, admin coupled to cache state.
After: Change safety restored, blast radius bounded, refactor scope measurable.

Maintenance delta

Change scope became definable instead of reactive.
Forms and routing moved toward single-source management.
Publishing risk dropped once failures were no longer hidden by cache.

Decision log

LSCache preferred over WP-Rocket on LiteSpeed for deterministic behavior.
Non-deterministic DB reconstruction explicitly avoided.
Multisite deferred unless franchise-style publishing becomes a requirement.

Irreversible outcomes

Admin access decoupled from cache routing.
Reduced update surface and fewer failure points per deployment.
Single source of truth established for routing and content structure.

Intentionally boring

No new stack.
No experimental tooling.
No framework churn.
No redesign theatre.

Update discipline

Stage first, verify, then ship with cache-aware checks.
Backups taken before critical plugin and database changes.
Elementor assets regenerated when rendering drifted.

Status

Stabilization phase completed and later superseded by a heavier rebuild once risk was removed and scope expanded.

Role: External technical lead. Mandate: Restore control, reduce risk, define next phase.

Industrial & Operations