Cloud migration
Tenant-to-tenant Azure migration
Planned the infrastructure side of a large Azure migration across application services, databases, secrets, storage, networking, and DevOps workflows.
Proof block
What this proves
A compact hiring view of the work before the deeper project narrative.
A cloud platform needed to move across tenant boundaries without turning every dependency into one fragile cutover.
Owned the infrastructure planning model, resource classification, migration sequencing, and unblock work for dependent teams.
Created a reusable tenant migration playbook that reduced cutover risk and kept development work moving.
Can turn a large ambiguous cloud move into an owned resource matrix, dependency plan, and validation story.
Situation
The platform needed to move from one Azure tenant boundary to another without turning the cutover into a single high-risk event.
Role
Owned the infrastructure planning model, resource classification, migration sequencing, and unblock work for dependent development teams.
Actions
- Built a resource matrix that classified each service by migration path: handover, redeploy, export/import, rebuild, or scripted copy.
- Created reusable PowerShell and AzCopy patterns for safe storage movement across tenant and subscription boundaries.
- Recreated platform foundations in the destination environment, including DevOps integration, secrets handling, and application observability.
- Resolved private connectivity issues by tracing name resolution, private endpoint behavior, and certificate identity expectations.
Outcomes
- Reduced cutover risk by replicating the data tier before final handover.
- Turned one migration into a reusable playbook for future cloud moves.
- Helped the development team keep momentum while infrastructure ownership changed underneath the platform.
Public safety
What is preserved
The project details are intentionally sanitized for a public repository while keeping the operating logic and technical tradeoffs visible.
Architecture thinking
Resource categories, dependency order, validation habits, and operational tradeoffs remain visible.
Impact
The outcomes focus on risk reduction, repeatability, cost awareness, and stakeholder alignment.
Protected details
Internal hostnames, ticket identifiers, raw IPs, client names, and sensitive names are excluded.