What’s Actually Driving Instability in Claims Operations

Apr 20, 2026 | Video

Healthcare payer claims operations are under increasing pressure from regulatory change, evolving reimbursement models, and persistent workforce challenges, and many organizations are still struggling to maintain stable performance.

In this Leadership Insights video, Imagenet COO Shawna Kamper explains what’s really driving instability in claims operations today—and why operational discipline, not just additional staffing, is what allows payer organizations to maintain accuracy, control, and performance at scale.

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Why Claims Operations Become Reactive

Claims operations don’t become unstable overnight. In most cases, the underlying issue is an operating model that wasn’t designed for today’s level of complexity.

As regulatory requirements accelerate and reimbursement models become more nuanced, even small breakdowns in workflow, quality control, or process ownership can quickly compound. Backlogs increase, rework rises, payment accuracy declines, and provider abrasion grows.

Once organizations fall into a reactive cycle, it becomes significantly harder to return to stable performance without addressing the underlying operating model.

What High-Performing Claims Organizations Do Differently

High-performing payer organizations don’t rely on headcount alone to manage complexity. They build operational discipline directly into how claims work is executed.

That includes:

  • Repeatable workflows that reduce variability and improve consistency
  • Embedded controls that ensure accuracy and compliance at each step
  • Clear accountability for both quality and throughput
  • Ongoing performance measurement to identify issues early and manage them proactively

When these elements are in place, claims operations become more stable, more predictable, and better equipped to absorb change without sacrificing accuracy or compliance.

Strengthen Claims Operations Performance

Healthcare payers need operating models that support stability, accuracy, and scalability.