
From Sequential to Simultaneous:
A Claims Expert's AI Reality Check
August 5, 2025

Fionna Kossmann
Claims Product Owner

Like many claims professionals, I had developed a trusted process over the years—structured, thorough, and experience-driven. I wasn’t expecting that a new technology would make me reconsider some of that. But AI did just that.
Picture this familiar scene: you receive a complex claim with multiple policies and benefits to assess. The multi-step process begins—administrative checks, policy verification, document review, and field completion.
Now comes the real expertise: the assessment requiring critical thinking.
You read all documents—often multiple times through the same set, each time extracting different details for your claim summary and decision. You're running through mental checklists:
Is eligibility met?
Any non-disclosure?
Event definition satisfied?
Applicable exclusions?
This requires holding various pieces of information in working memory to compare, contrast, and connect relevant bits for deciding claim validity. It's challenging to work in a distracting environment—phones, messages, emails, and follow-ups. Easy to lose focus when complex work demands sustained attention.
Structure in Chaos—The Claims Mindset
Claims professionals excel at handling chaos by creating mental structures and checklists. We develop systematic processes that become almost ritualistic.
I remember my early days as a new assessor, overwhelmed by terminology and processes. I made a crucial mistake on a disability claim involving a hereditary condition. Unfamiliar with non-disclosure concepts, I failed to properly assess the chronological medical history and missed critical family history that should have been disclosed. A senior assessor mentored me through this mistake, providing a simple checklist: "Five things you need to check on every claim." That mental structure stays with me today, regardless of claim complexity.
We're trained to identify information gaps and inconsistencies. As the saying goes, "a lie isn't only what you say—it's also what you don't say." In claims, this is particularly relevant to non-disclosure assessments. We seek evidence to validate statements, flagging gaps for investigation. Once there is sufficient evidence to support the facts, decisions must be made—whether with initial requirements or after additional information requests.
Connecting the Dots
Think about assessing a disability claim involving a degenerative disc disease that leads to psychological issues and other co-morbidities. Assessors must understand these medical connections and validate how various conditions relate to claimed disabilities. When discrepancies appear, we immediately investigate:
What are the actual medical reasons for claimed limitations?
Is there information that might be missing?
We dig to find underlying causes. This requires reading all presented information while identifying links, connections, and discrepancies. We analyze medical reports against insured claims, employer information, occupation requirements, and policy restrictions to create a coherent, plausible narrative.
My Aha Moment: The AI Revelation
Transitioning to an insurance technology company, I was tasked with training colleagues on claim assessment. I created a comprehensive presentation breaking down our sequential process from administrative checks, policy verification, claim summarization, policy definition review, and assessment against policy terms.
Then the company's founder simply said, "Our AI does that all at once."
This shift—from sequential to simultaneous—fundamentally changed my perspective. I had assumed AI basically did everything humans did, just faster. But AI doesn't need sequential steps in the same way—it can retrieve and cross-reference information rapidly across multiple data points simultaneously. What struck me was AI's ability to make instantaneous data connections rather than requiring sequential comparison of information.
This revelation forced me to evaluate exactly which information relates to decision-making and how those connections work. While humans often review documents multiple times, relying on memory to connect details, AI can take a more systematic approach to data organization. You can define specific data points needed, and the AI can extract and organize this information from unstructured documents, such as lengthy reports or handwritten forms.
In other words, AI can support information processing in ways that complement human assessment—with notable speed and systematic consistency.