Engineering capabilities
- Dependency and licensing discovery
- Replication and staged sync
- Rehearsed cutover runbook
- Post-migration validation
Cloud & Virtualization
P2V, V2V and cloud-to-cloud migrations planned around dependencies, cutover windows and a tested rollback path rather than a hopeful copy.
Migration risk lives in what was never documented. Discovery is the longest phase, the cutover itself should be the shortest and least eventful.
Every integration, scheduled task, certificate and hard-coded IP is found before a window is booked.
The destination is built and hardened in advance, so cutover is a switch rather than an installation.
Bulk data moves days ahead; only the final delta transfers during the window, keeping downtime short.
Runbook with timed steps, named owners, a go/no-go checkpoint and a defined rollback trigger.
The source stays intact and powered down before deletion, so rollback remains possible during the agreed soak period.
For most workloads, minutes rather than hours u2014 pre-seeded replication means only the final delta and the DNS or routing switch happen in the window. Large databases and legacy applications are quoted individually.
The rollback trigger is agreed in advance. The source system is left intact and untouched during the window, so reverting is a routing change, not a restore.
Yes. P2V, V2V and cloud-to-cloud migrations are all performed, after driver, licensing and dependency review for the target platform.
That is confirmed during discovery. Some licences are hardware-bound and require re-issue, and moving them without checking is the most common cause of post-migration outages.
Send the environment details and get an engineered proposal with assumptions, risks and a rollback path.