ExceptionLayer

Claims operations

Your adjusters should be deciding claims, not preparing them.

ExceptionLayer handles the preparation surrounding a new claim—reading incoming files, matching policies, extracting and validating information, preparing the case record and routing genuine exceptions for review.

Your claims system stays. Your team retains judgment.

Increase claims capacity without increasing manual preparation at the same rate.

Map a claims workflow

25-minute working session. We start with the workflow and its economics.

See the exception layer
Live claim intake09:42:18 CST

CLM-28471

7 documents received

Processing
  • ·Claim receivedWAITING
  • ·Documents classifiedWAITING
  • ·Policy matchedWAITING
  • ·Fields validatedWAITING
Watching for exceptions…

Route

Pending verification

Authority

Human

Source evidence attachedNo claim decision made

Live claim · CLM-28471

From submission to adjuster-ready.

Follow one claim as documents become structured work, a contradiction becomes an explicit exception, and the adjuster receives the evidence needed to decide.

ClaimCLM-28471Trace active
01

Receive

7 files attached

FNOL_28471.pdf · estimate.pdf · police_report.pdf

02

Understand

Claim recognized

Policy PL-99142-A · insured matched

03

Verify

Exception found

Loss date differs across two source documents

04

Prepare

Review packet assembled

31 fields · chronology · source evidence

05

Route

Adjuster review

Exception reason and evidence delivered together

06

Learn

Correction captured

Resolution added to evaluation history

The preparation burden

The expensive part of claims isn’t always the decision.

Before judgment begins, teams still spend hours opening documents, identifying claims, finding policies, re-keying information, checking completeness, reconciling conflicting evidence, preparing chronologies and moving work between systems.

ExceptionLayer handles that preparation layer so experienced people can spend more of their time on work that actually requires experience.

Operating economics

Make the economics visible.

The deployment is measured against the operating baseline—not against an AI benchmark.

Illustrative interface — synthetic data

These aren’t benchmarks. The deployment case is built from your volume, touch time, exception rate and rework.

14,284

Submissions

11,907

Prepared for review

1,481

Missing-information exceptions

896

Judgment exceptions

83.4%

Prepared for review

04:18

Median preparation time

7.2 min

Human touch / submission

2.8%

Rework

0

Autonomous claim decisions

The exception line

Routine work and judgment-heavy work should not travel through the same path.

CLM-28471 leaves the routine path at verification because its source documents disagree. The exception carries its reason and evidence to human review.

Authority architecture

Some decisions should stay decisions.

CLM-28471 · Evidence delivered to adjuster

System prepares

  • — Document classification
  • — Structured extraction
  • — Policy / claim matching
  • — Completeness checks
  • — Evidence reconciliation
  • — Chronology preparation
  • — Task preparation
  • — Information-request drafts
  • — Exception detection
  • — Recommended routing
Authority boundary

Human authority

LOSS DATE CONFLICT · CLM-28471

FNOL_28471.pdf: Aug 14 · police_report.pdf: Aug 15

  • — Coverage
  • — Liability
  • — Reserve changes
  • — Fraud determinations
  • — Claim denial
  • — Settlement authority
  • — Payment authorization

More operating capacity. Explicit decision boundaries.

Existing stack

A layer. Not another system of record.

You already have systems that hold the claim, policy data, documents and operational history. ExceptionLayer is designed to work across that environment rather than forcing the organization to rebuild around a new core platform.

Integrations are scoped around the systems already running the workflow.

Operating equation

Don’t start with AI. Start with the operating equation.

We establish the current-state baseline before designing the deployment.

Volume

How much work enters the queue?

Touch time

How much human time does each case consume?

Exception rate

What actually requires judgment?

Rework

Where does incomplete or incorrect work loop backward?

If the economics don’t justify changing the workflow, there shouldn’t be an AI project.

Assess a workflow →

When it becomes worth looking

Operational pressure usually shows up before the AI project.

  1. 01Claim volume is growing faster than headcount.
  2. 02Adjusters are spending meaningful time on preparation work.
  3. 03New client procedures create recurring manual exceptions.
  4. 04Intake is fragmented across inboxes, portals and documents.
  5. 05Backlog or SLA pressure is producing rework.
  6. 06Leadership wants AI adoption without handing consequential decisions to the model.

These are operating problems first. AI is useful only if it changes the equation.

Deployment method

Start with one queue.

01

Map

Observe how work actually moves.

OutputWorkflow + exception map

02

Baseline

Measure volume, touch time, rework, exceptions and cycle time.

OutputOperating baseline

03

Shadow

Run against historical and controlled live work.

OutputEvaluation set + failure taxonomy

04

Verify

Compare against real work and acceptance criteria.

OutputAcceptance threshold

05

Deploy

Introduce controlled production actions.

OutputLive workflow + approval gates

06

Expand

Move to adjacent workflows when economics repeat.

OutputReusable deployment module

Organizations we’re built for

The buying moment is operational, not theoretical.

Third-Party Administrators

When new programs, client-specific procedures and rising volume turn intake into headcount.

Independent Adjusting Organizations

When claim surges consume adjuster capacity before actual adjusting begins.

MGAs & Specialty Operations

When specialized workflows demand automation without flattening expert judgment.

Claims Administrators / Managed Claims Operations

When recurring preparation work constrains service levels, margins or the ability to take on new programs.

Building insurance technology? Explore deployment partnerships →

Control posture

Designed for controlled deployment.

Enterprise AI is an access-control and operational-governance problem as much as a model problem. Deployments are designed around the permissions, data boundaries, approval paths and audit requirements of the workflow.

View deployment architecture →

Least-necessary access

Only the systems and actions required by the workflow.

Human approval gates

Configured wherever authority should not be delegated.

Action logging

Operational actions and exceptions should be traceable.

Evaluation before expansion

New capabilities earn production scope through testing.

Bigger vision

Claims is where we’re starting. Exceptions exist everywhere.

The same structural problem appears throughout consequential operations: large volumes of routine work, fragmented systems and a smaller set of cases that genuinely require human judgment.

InsuranceActive
Financial operations
Healthcare operations
Logistics

The first working session

What happens when we look at a workflow together.

01

Show us the work

Bring one recurring queue and how it moves today.

02

Establish the economics

Volume, touch time, rework, cycle time and exceptions.

03

Separate routine from judgment

Identify what can be verified and what must remain human.

04

Decide whether it is worth deploying

If the economics are not substantial enough, we stop there.

You should leave the first conversation with a clearer operating problem—even if we never work together.

One queue. Measured.

Show us the queue everyone hates.

If your team repeatedly reads, checks, re-keys, reconciles or routes the same operational work before judgment can begin, we should probably look at it.

Map the workflow

We’ll start with the workflow and its economics—not a generic AI demo.