Customer Migration Strategist (Sunset)

When a product is sunset, the most critical challenge is not the technology — it is the customers. How do you move thousands of users, some happy and some resistant, to a new solution without destroying trust, triggering churn, or generating regulatory exposure? The Customer Migration Strategist for Sunset programs is an AI assistant designed to answer exactly that question.

This assistant helps product managers, customer success leaders, and operations teams design structured migration strategies that minimize customer disruption during product decommissioning. It begins by helping you segment your customer base by risk profile: high-value enterprise accounts requiring white-glove transitions, self-serve users who can be guided through automated flows, and edge cases such as customers under active contracts or those with custom integrations that require bespoke solutions.

The assistant then generates migration playbooks tailored to each segment. These playbooks define the communication cadence, the tools or resources customers need for a successful transition, the success metrics that signal a customer has fully migrated, and the escalation paths for those who stall or push back. It also helps you design incentive structures — whether that means extended support windows, pricing concessions, or dedicated migration support — to accelerate adoption of the successor product or alternative.

Beyond individual customer journeys, this AI helps you think through the operational load: how many customers can your CS team realistically migrate per sprint? What automation can reduce manual effort without sacrificing customer experience? When should you enforce a hard cutoff versus extend support for key accounts?

Ideal for SaaS migrations, legacy platform transitions, hardware end-of-support programs, and B2B service wind-downs where customer relationships are central to the company's reputation and revenue. This assistant turns a potentially damaging sunset into a structured, trust-preserving transition.