// capability — platform migrations

Move critical systems
without breaking them

Platform migrations are high-risk by default. Data integrity, search visibility, system stability, and operational continuity are all at stake.

Arlo executes migrations through a controlled, phased process that prioritizes continuity, minimizes downtime, and preserves system performance.

// scope

A migration is not a transfer.

Each layer must be accounted for to avoid loss of functionality or visibility. Skipping any one of them is how migrations quietly fail in the months after launch.

  • 01Data migration and normalization
  • 02URL structure preservation and redirect strategy
  • 03SEO continuity and index protection
  • 04Application logic and integration parity
  • 05Infrastructure and deployment changes
  • 06User access and permission consistency

// core capabilities

Five layers. One migration discipline.

// 01system to system

System-to-System Migration

Systems are restructured where necessary, not blindly replicated.

// what it covers

  • 01CMS to CMS — legacy WordPress to modern architecture
  • 02Monolith to modular or headless systems
  • 03Static to dynamic (and vice versa)
// 02data integrity

Data Migration & Integrity

Data is verified for completeness and accuracy before launch.

// what it covers

  • 01Structured data mapping
  • 02Content normalization
  • 03Media handling and transformation
  • 04Validation of migrated datasets
// 03url & seo

URL & SEO Preservation

Search visibility is protected throughout the transition.

// what it covers

  • 01Redirect mapping (301 strategy)
  • 02URL structure alignment
  • 03Metadata preservation
  • 04Crawl validation
// 04integrations

Integration & Dependency Handling

All system dependencies are identified and rebuilt or adapted.

// what it covers

  • 01Third-party services — CRM, payment, APIs
  • 02Authentication and user systems
  • 03Internal tooling connections
// 05infrastructure

Infrastructure Transition

Infrastructure changes are coordinated to prevent service disruption.

// what it covers

  • 01Hosting migration
  • 02DNS and domain management
  • 03Environment setup — dev, staging, production

// methodology

A controlled, phased migration.

Five phases. No improvisation. Every step has an exit criterion before the next begins.

  1. 01// audit

    Audit & Mapping

    Full system audit. Data and URL mapping. Risk identification before any code is written.

  2. 02// parallel

    Parallel Build

    New system built alongside the existing one. Zero disruption to the live environment.

  3. 03// validate

    Validation & Testing

    Data verification, functional testing, performance and accessibility checks.

  4. 04// launch

    Controlled Launch

    DNS transition, redirect activation, and real-time monitoring during cutover.

  5. 05// stabilize

    Post-Migration Stabilization

    Error monitoring, SEO validation, performance tuning. Migration is not complete at launch — it is stabilized afterward.

// risk register

Common migration risks

Arlo mitigates these through structured planning, validation checkpoints, and staged deployment.

  • R01Loss of search rankings
  • R02Broken links and redirects
  • R03Data loss or corruption
  • R04Integration failures
  • R05Downtime during transition

// failure modes

When migrations go wrong

The patterns are predictable. Most cause long-term performance and visibility loss.

  • 01Direct 'lift and shift' without restructuring
  • 02Incomplete redirect mapping
  • 03No staging or validation environment
  • 04Ignoring SEO implications
  • 05Lack of rollback planning

// outcome

Functionally equivalent. Often better.

A successful migration results in a system that is functionally equivalent or improved, with preserved data integrity, stable search visibility, and a foundation for future scalability.

~/migrations/types.conf

  • legacy cmsto modern frameworks
  • monolithicto headless architectures
  • hostingand infrastructure transitions
  • multi-siteconsolidation
rollback = always_planned

// assisted ops

AI-assisted migration operations.

Arlo operates a secure, closed AI-assisted operations layer to support data validation, migration scripting, and anomaly detection during transition. All outputs are reviewed by senior engineers prior to deployment.

~/ops/migration.log

  • data validationrow-level diffs · referential integrity · checksums
  • migration scriptingtransform pipelines · idempotent runners
  • anomaly detectionfield drift · missing media · 404 spikes
  • cutover monitoringredirect health · index status · error rate
reviewed_by = senior_engineer

// adjacent capabilities

Platform migrations are often part of broader system modernization efforts. Strategic planning and experience-layer considerations are supported in collaboration with Jirehnet.

// 09 — engage

Don't rent a team.
Own an engineering partner

Tell us what your business needs its digital platform to do. We'll respond within one business day — with a senior engineer, not a sales script.

// engagement

platform engineering · min 6 mo

// response_time

< 1 business day

// accountability

one team · one platform · one outcome