Loss triangles and reserve development analytics, persistency modeling for life and annuities, agency performance scorecards, and the cohort and trend analysis that drives your appointed actuary's quarterly opinion. Built by analysts who understand IBNR.
An insurance carrier looking at "loss ratio this month vs last month" is asking the wrong question and getting a useless answer. Calendar-period loss ratios mix new business with renewals, mix accident year with calendar year, mix paid with incurred, mix case reserves with IBNR, and produce a number that swings with reserve adjustments rather than with underwriting performance. The carriers that actually understand their own profitability look at accident-year and underwriting-year loss triangles, persistency cohorts, and segment-level pure premium against expected — and reconcile to the financial close every month. Carriers that don't do this make pricing decisions on trailing indicators that mislead them by 6-18 months.
Useful insurance analytics requires three things most BI projects skip: claim-level data with proper accident date and report date dimensions for triangle development, premium earning patterns that reflect actual exposure (not calendar invoicing), and the cohort logic that lets you compare 2024 Q1 new business persistency at month 18 against 2023 Q1 at the same maturity. With those in place, the carrier can act on real signals 6-12 months before they show up in calendar-period financials.
Accident-year and report-year loss triangles by line of business, with chain-ladder and Bornhuetter-Ferguson development. Reserve adequacy monitoring against the appointed actuary's central estimate. The view that lets the CFO and the chief actuary stay aligned between reserving cycles.
Cohort persistency curves for life, annuity, and renewal-driven P&C books. Lapse driver analysis (price increase, life event, agent churn, competitor activity), and the early-warning indicators that let retention teams act before policyholders leave.
Agency-level scorecards combining production, loss ratio, persistency, and channel mix. Identifies which agencies are profitable across the cycle versus profitable only when the market is soft. Drives appointment, contracting, and incentive decisions with real data.
Insurance analytics built for actuarial and underwriting decisions: loss triangle infrastructure with proper accident-year and report-year dimensions, persistency cohort models, agency and producer performance scorecards, segment-level pure premium analysis, reconciliation to the statutory and GAAP financial close, and the data dictionary the appointed actuary will sign off on.
The full Data Analytics Consulting practice across industries.
All insurance technology services from Xylity.
Industry-specific consulting across the verticals we serve.
Most policy admin systems and out-of-the-box BI tools handle calendar-period reporting reasonably well but stumble on accident-year and underwriting-year analysis, which is where the real insurance insights live. Cohort logic, triangle development, and reserving views require a dedicated analytics layer with proper dimensional modeling.
By building the analytics layer on the same data the financial close uses, with documented joins and a standard set of reconciliation reports. Every metric can be traced back to a specific line on the Annual Statement. Without this, finance and analytics will eventually disagree and the analytics layer will lose credibility.
Yes. Pre-qualified analysts and analytics engineers with insurance domain experience — loss triangle development, persistency modeling, actuarial fluency, and the SQL discipline to handle accident-year cohort logic correctly. 4-stage consulting-led matching, 92% first-match acceptance.
Accident-year cohorts, loss triangles, and persistency curves — not calendar-period dashboards that mislead by 12 months.