WLA carveout & greenfield implementation.
A global telecommunications organization undergoing a strategic merger needed selected business units and their workloads carved out into a new operational structure, with workload automation ready from day one.
Build a new WLA environment and move the right workloads without disrupting the merger.
The organization was undergoing a strategic merger that required selected business units and their associated workloads to be separated from the existing environment and integrated into a new operating structure.
Workload automation was a critical part of the transition. The new organization needed a standalone WLA environment capable of supporting the carved-out workloads immediately, without introducing disruption to existing business operations.
The engagement therefore involved more than transferring jobs. It required identifying workloads and dependencies in scope, implementing a new greenfield CPS environment, migrating the required automation objects, validating the resulting landscape and completing the transition within an aggressive merger timeline.
Structured delivery. Controlled transition.
Teksio managed the engagement as an end-to-end carveout and implementation program. Automation was incorporated from the beginning to reduce repetitive manual effort, improve consistency and accelerate execution.
Environment & Workload Analysis
The engagement started with a detailed assessment of the existing WLA environment. Workflows, schedules, dependencies, configurations and related objects were reviewed to determine what belonged to the carveout scope and what needed to remain in the source environment.
Greenfield CPS Implementation
A new CPS environment was established for the target organization. The environment was implemented from scratch and prepared to support the workloads that would be transferred as part of the carveout.
Automation-Led Carveout Migration
Teksio used in-house automation capabilities to accelerate the migration of carveout workloads. Jobs, scripts, schedules and associated workload configuration were moved using a repeatable process designed to reduce manual recreation and improve consistency.
Workload Implementation & Dependency Alignment
The resulting workload structure was reviewed in the target environment to ensure schedules, dependencies and related configuration continued to operate correctly after separation from the original landscape.
Testing & Validation
Validation was performed throughout the transition. The migrated workload landscape was checked for configuration accuracy, workflow integrity and expected execution behavior, followed by end-to-end testing before operational handover.
Operational readiness delivered ahead of schedule.
The project was completed ahead of schedule and enabled the broader merger program to proceed without delays from the workload automation workstream.
Automation helped the team meet an aggressive carveout timeline while maintaining control over quality and validation.
The target workload automation environment was established and brought online with limited impact to day-to-day operations.
Automation reduced repetitive migration work and improved consistency across the workloads transferred.
The new organization entered the operating model with its workload automation environment ready to support business processing.
Beyond the technical transition.
The engagement demonstrated that workload automation can be treated as an integral part of a merger or carveout program rather than as a downstream infrastructure activity.
By combining WLA architecture, greenfield implementation, migration automation and validation within one delivery approach, Teksio accelerated the transition while maintaining control over workload dependencies and operational readiness.
The result was a clean WLA foundation for the new organization and a repeatable approach that reduced the complexity normally associated with workload separation.
Planning a similar workload automation initiative?
Talk to Teksio about the right approach for your environment.