Waypoint Claims
Waypoint Suites / Waypoint Center

Operational efficiency enforced by design

Optimize claim lifecycles and strictly mitigate leakage. Our platform replaces traditional legacy software with a dedicated claims environment built specifically around the four critical operational bottlenecks: incomplete intake data, stagnant files, unaligned reserving thresholds, and unmitigated compliance deadlines.

Claims staff read the full policy record from inside the claims system without being able to change it, and producer commissions are never shown. Premium billing lives in its own portal, behind its own entitlement.

Walk a live claim What it solves for
Fig. 1 — Intake to closed
Claim Intake
However the loss arrives — a form, the guided wizard, email, voicemail, text or a partner system — it passes one claim door: your intake rules, the claim number, geocoding, the first diary tasks and sanctions screening of every party.

Omnichannel intake: standardized data integrity across all channels

Every door in
Door one
First-party FNOL
Core Workflow
Insured, policy, producer and loss in one screen. A claim already on file for the same policy and date of loss is blocked; a repeat name or phone only warns.
Operational Win
The loss date is checked against your policy book at creation; a mismatch raises a soft coverage flag and a review diary, never a block.
System feature
Duplicate protection and an instant triage
Door two
Third-party FNOL
Core Workflow
A claimant reports a loss against an insured. Add any number of claimants, each with their own loss type; a claimant marked as a subclaim gets its own number and financials.
Operational Win
Crucial third-party exposure variables are structurally mapped to the claim file from day one.
System feature
Every claimant equal, each with a subclaim
Door three
Workers' Compensation FNOL
Core Workflow
A full first report of injury in one screen. Only the last four digits of a Social Security number are kept on the claim; the full number goes to the identity vault.
Operational Win
With your AI on, the triage gives a compensability analysis, a TTD benefit estimate, medical management flags and state compliance deadlines.
System feature
Its own workers’ comp record
Door four
Agentic and Phone Intake
Core Workflow
Email, voicemail, text, the guided wizard, bulk upload and partner systems are drafted into one queue, with validation gaps and your fraud-rule flags shown.
Operational Win
A person promotes or rejects every draft, and an intake voicemail is kept unedited as the claim’s record of truth.
System feature
One review queue for every other channel

When your organization switches automatic assignment on, each new claim is offered at creation to an eligible adjuster — licensed in the loss state, holding the claim’s line of authority, with room under their cap — and one that cannot be placed waits in the Assignment Queue with the reason. Where emails, voicemails or texts arrive, data is staged as a draft for human verification, ensuring no claim is ever generated solely by model inference without human oversight.

Concurrent user governance

Programmatic concurrency control

Opening a claim for editing establishes a pessimistic lock at the record level. A concurrent user accessing the same claim file is restricted to a read-only view, with the active lock-holder clearly identified on screen.

This structural constraint programmatically eliminates data collisions and race conditions — such as overlapping reserve modifications — by enforcing record-level serialization rather than relying on operational policy or user convention.

Loss Details
Insured, claimants and loss facts, plus workers’ comp benefits, medical bills, salvage, Medicare reporting and the identity vault.
Policy Info
Declarations, the policy record and prior claims on the policy or insured, without leaving the file.
File Notes
Permanent notes that cannot be edited after saving, with the claim’s saved chats beside them.
Features / Reserves
A reserve per coverage line, capped at its limit, within the adjuster’s authority, with a specialist where needed.
Payments
Checked for sanctions, duplicates, payee verification and authority before any check is requested; recoveries recorded beside them.
Documents
Checked on the way in, every opening recorded, an AI summary beside each file — and nothing can be closed unread.
Letters and Email
Sixty-four letters rendered from the claim’s facts and reviewed before they go; replies file themselves on the claim.
Litigation
Matters, counsel and the litigation gate that holds standard expense until a budget and reserve are in place.
Database-level financial integrity

Eliminating reserve drift

Total reserve metrics are maintained and computed strictly at the database layer, completely bypassing application-level code. Regardless of the transaction source — whether executed via user interface, an API integration, or an automated batch job — the file total is always an immutable, real-time summation of the underlying ledger rows.

Reserves are set per coverage line, each with an indemnity or expense sub-type, and capped at the coverage’s remaining limit once declarations are loaded. Every change records who made it and the old and new value, and reserve bands flag out-of-range figures for review without blocking the adjuster’s judgment.

Reserve, incurred, paid, recovery, ALAE and net liability categories feeding a database, with a reserve summary panel and a claim financials statement
Reserve
Money set aside on each coverage line, with an indemnity or expense sub-type, for the expected liability.
Paid
Cumulative capital disbursed against the claim file.
Incurred
Aggregate gross financial exposure, calculated as paid capital plus outstanding reserves.
Recovery
Inbound capital recovered through subrogation, salvage, or deductible reimbursement.
Net Liability
The net loss cost, representing gross incurred capital less total recoveries.
ALAE
Allocated Loss Adjustment Expenses directly tied to handling the specific claim.
Invoicing governance
Vendor and independent-adjuster invoices are handled on the claim they belong to and paid from the vendor queue by an assigned approver, while adjuster fee invoicing lives in the Claims Portal — keeping policyholder premium streams remain completely isolated in a separate portal architecture with an independent payer workflow.
Payment authority
Every payment is checked for sanctions, duplicates, payee verification and authority before a check is requested. Within the adjuster’s authority it is Requested; above it, it waits in Payment Approvals with the failing layer named. These limits are platform constraints, not manual policy guidelines.

Automated compliance monitoring

Proactive lifecycle governance
Claim Compliance
Statutory Deadlines, Computed
Mandatory timelines for acknowledgment, claimant contact, and final determinations are dynamically derived by a jurisdictional rules engine using loss and report dates — eliminating the risk of manual data entry errors at file creation.
Compliance Deadlines
The Whole Book At Once
Aggregated, operational visibility compiles every active claim clock across the entire book into a single view. This transforms aging timelines into actionable queue elements rather than retroactive discoveries.
Diary
Tasks With An Owner
Every task entry is bound to a strict due date, a designated owner, and a specific claim file. Tasks are initiated via manual entry or triggered programmatically by predefined platform events.

File notes serve as the definitive narrative record: encrypted at rest, explicitly attributed, timestamped, and completely immutable post-execution. This architectural permanence guarantees that a claim file scrutinized years into the future remains an identical, untampered reflection of the data and decisions captured on the day they occurred.

Specialized risk management

SIU, sanctions and catastrophe governance

The referral mechanism functions as an integrated overlay within the core adjusting workflow, eliminating the need for siloed systems or downstream reconciliation. A claim cannot progress to final closure while a Special Investigation Unit (SIU) referral remains open; the state-transition engine programmatically restricts the action. Automated screening rules flag and initiate these referrals, while the ultimate determination rests securely with the assigned investigator.

SIU
SIU
Fraud rules at first notice, your question bank with points and a supervisor threshold, cross-book party searches and an AI screen raise indicators on the claim. An open referral blocks closure until it is resolved, and no flag ever holds a legitimate claim.
Sanctions
OFAC Screening
Screening outcomes and authorized overrides are logged directly against the entity profile. This architecture ensures sanction matches are investigated and resolved contextually within the active claim environment rather than via isolated, unmonitored email inboxes.
Catastrophe
Bulk FNOL Upload
Activate catastrophe mode against a Claims Portal event, upload a carrier’s spreadsheet, check the batch row by row, then file and promote it — each claim tagged to the event and routed by its loss ZIP to the event’s adjusters.
Platform deployment

Enterprise rollout strategy

System deployment is structured across three deliberate phases to manage operational risk and ensure continuity. The architecture is delivered in a single, stable release package containing all core tables, schemas, and API foundations. Instead of risking volatile code changes mid-flight, feature expansion is managed purely through database seed updates and gradual configuration adjustments as the environment matures.

Initial Deployment
Foundation Phase
Delivery of the comprehensive system architecture. All core schemas, primary database tables, and critical API integrations are established concurrently to provide a unified platform footprint from day one.
Sequential Activation
Configuration Phase
Iterative rollout of secondary platform components. Capabilities are brought online systematically through database seed scripts, ensuring each module is verified in production prior to unblocking the next.
Expansion and Scale
Maturity Phase
Strategic expansion of operational volumes and additional business lines. Scaling is achieved purely through configuration adjustments and permission management, eliminating code-level disruption to the stable core.
Three deployment stages: a platform deploying to a server and database, a checklist of activated modules, and a scaled server estate with growth charts
Zero-trust access governance

Entitlement-first architecture

The platform enforces a strict default-deny posture across both organizational entitlements and individual user roles. Entitlements determine the structural availability of application views at the tenant level, while user roles dictate permissible actions within those active views. This hierarchical security sequence is programmatically validated at the server level on every request.

Restricting user interface visibility is treated merely as a stylistic courtesy; server-side request rejection serves as the true operational security control.

Role catalog — Waypoint Center
Super Admin Org Admin Admin Manager Team Leader Trainer Adjuster Claims Associate Call Center IT View Only Custom SIU
Specialized functionality — such as the SIU overlay — operates as a permission layer stacked directly onto an existing role rather than mutating or replacing the core role definition itself.

Machine identities governing automated batch processing and API integrations utilize dedicated service principals. These service accounts are programmatically blocked from interactive user login and cannot be assigned to human operators, preventing automated system events from being conflated with manual user activity within the audit log.

Operational friction neutralized by design

Core problem and resolution matrix

This platform explicitly eliminates systemic claims processing bottlenecks by embedding programmatic guardrails directly into the software architecture. Every operational friction point is resolved through deterministic system controls rather than relying on manual oversight, convention, or administrative policies.

Operational gap
System resolution
Module
Delayed claim triaging and unowned files.
With automatic assignment on, claims route themselves at creation by territory, license, authority and workload; the ones that cannot are explained in the Assignment Queue, never lost.
Assignment Queue
Bottlenecked financial disbursements.
Financial transactions within an adjuster’s designated authority process automatically; exceptions route instantly to a centralized approval queue on the file rather than relying on unmonitored email communications.
Payment Approvals
Application-level reserving discrepancies.
Total reserves are calculated and maintained strictly at the database layer. The file total reflects an immutable, real-time summation of the underlying ledger rows, regardless of ingestion source.
Financials
Overlooked compliance and statutory dates.
Timelines are dynamically derived per jurisdiction using loss and report dates. Deadlines are aggregated globally into active queues, turning aging clocks into visible tasks rather than retroactive discoveries.
Claim Compliance
Concurrent editing and data collision.
Opening a file for modification establishes a record-level pessimistic lock. Concurrent users receive a read-only view that explicitly identifies the active lock holder, preventing data overwrite.
The Claim File
Premature closure of high-risk files.
The state-transition gateway blocks final claim closure while an active SIU referral remains unresolved, enforcing a strict system rejection instead of a passive warning.
SIU
Lack of operational visibility into performance.
Every adjuster sees their own score, open and closed claims and cycle time; managers see service levels by adjuster on the SLA Dashboard and quality reviews and expired diaries on the QA Dashboard.
Adjuster Performance

Architectural documentationComprehensive documentation — including full schema indexes, comprehensive role catalogs, and complete tenant entitlement specifications — is maintained within the primary platform guide rather than compiled as design arguments.

Contextual system validation: evaluate with your own data

Reviewing a complex, historically accurate claim file provides far greater operational insight than a generic, curated product demonstration. We invite you to bring a real-world scenario to test against our environment. We will explicitly simulate your most challenging operational edge cases — including mid-lifecycle reserve adjustments, authority threshold breaches, and mandatory compliance referral blocks — to demonstrate how the platform programmatically governs non-standard workflows.

Book a walkthrough Back to the platform overview