Analytics

Denial analytics

A breakdown of the claims payers denied, by month, category and payer, counted from the claims and remittances recorded in ArkCloud. It describes what happened; it does not predict denials.

Written for: Denial management staff · Revenue cycle managers

Opening the screen

Sidebar → Insurance → Denials → Analytics

Denial analytics showing the denial-reason breakdown and recovery-rate panels that populate once remittance data is posted

Denial analytics in an organisation with no adjudicated claims yet. Figures appear once remittances have recorded denials.

Empty state. Captured in a demonstration organisation with no records of this type yet. The controls, columns and filters are the ones a populated screen uses.

/dashboard/insurance/denials/analytics

  1. Open Denials and choose the analytics button.
  2. Set the date range (by adjudication date) and, optionally, a payer.

What it shows

Field or controlWhat it means
Monthly trendDenials and denied amount per month, with the share appealed and the share of appeals overturned.
By categoryCoding error, missing documentation, authorization required, non-covered, duplicate claim, other.
By payerDenials and amounts per payer.
Denial rateClaims denied ÷ claims adjudicated (paid, partly paid, denied or under appeal), the same definition used on every screen.

Not available

There is no denial prediction or risk scoring - the claim scrubber checks claims against fixed rules before submission, which is a different thing (see claims). There is no root-cause analysis, no recovery-opportunity report, and no comparison with other organisations. ArkCloud Insights has a separate, read-only denial view (Insights) built from the same remittance data.

Using it well

  • Look at categories with a high count and a low overturn rate first - they are usually front-end process problems (eligibility, authorization, registration).
  • Compare payers on the same category before concluding a payer is the problem.
  • Review monthly so a change in a payer's behaviour is caught within one cycle.

Related documentation