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Claims Leakage – Use Case
Stop claims leakage before it floods
Just like an irritating pipe dripping in an old apartment, little bits of claims leakage here and there might seem small at first. But — as with any troublesome leak — the persistence of the problem makes it unbearable in the long run… And outdated core systems can’t enable carriers to stop claims leakage before it adds up to a flood.
The four-fold drip of claims leakage
The four major claims leakage categories — manual error, fraud, subrogation, and salvage — involve expenses that add up, causing billions in losses for insurers each year. Carriers won’t be equipped to plug up these leaks if they still use modern legacy claims systems, which don’t support data fluidity or intelligent automation.
Claims teams are stuck with inefficient manual processes, redundant or conflicting data, and such a large volume of claims that mistakes occur more often than they should. In turn, it’s easier for fraud to sneak in or subrogation opportunities to be missed, punching more leaks in the claims pipeline.
AI & ML-Enabled Automation: The Best Sealant for Claims Processing
A claims management solution like EIS ClaimSmart™ gives insurers the power to automate critical processes and mitigate leakage risks via AI and machine learning.
For example, manual errors early in the claims lifecycle are less likely if the system automatically assigns a case to the adjuster best equipped to handle it right when a first notice of loss (FNOL) is triggered. Also, anti-fraud systems that use machine learning to analyze claims won’t fall prey to outdated “if this, then that” rules of traditional fraud detection engines.
How ClaimSmart combats claims leakage
ClaimPulse™, the claims processing module of ClaimSmart, enables automation for all phases of the claims process, from FNOL to adjudication and resolution. Insurers can customize these automated workflows to focus on their most urgent leakage risks.
Through seamless API-based integration with EIS ClaimCore® and the rest of EIS OneSuite™ (or other major internal and external systems), claims teams can equip themselves with all the claim, policy, and customer information necessary to avoid falling into common leakage traps, like missing subrogation opportunities.
The ClaimSmart anti-fraud module, ClaimGuard™, leverages AI and machine learning and a unique scoring system to assess fraud risks early on, so suspicious claims receive appropriate scrutiny, but low-risk claims are quickly resolved to lower processing costs.
3 leakage-stopping use cases with EIS
Anti-Leakage Efforts Pay Off (Literally)
When an international P&C insurer implemented ClaimSmart to plug up steadily increasing leakage, they reduced fraud costs (by over 40%) through improved detection and reduced false positives, which led to $48 million in annual savings.
Find and Leverage Subrogation Cases
To make sure carriers don’t miss the chance to recover claims-related costs, they can customize workflows in the automated processing layer of ClaimPulse to immediately identify claims with at-fault billable parties.
Gain Deeper Insights into Leakage
With the data gathering and reporting capabilities in ClaimSmart and ClaimCore, carriers can look more comprehensively than ever at the claims leakage phenomenon and make better decisions about how to mitigate it over time.
Q: How does EIS help reduce claims leakage in insurance?
A:EIS reduces claims leakage by automating the claims lifecycle with ClaimCore and ClaimSmart so things like fraud, manual errors, missed subrogation, and salvage delays get caught early and handled consistently.
- ClaimCore captures FNOL from all channels and routes each claim into the right line-of-business workflow.
- AI and machine-learning mechanisms in ClaimSmart assess risk and trigger next steps like fraud detection or adjuster review when needed.
- Pre-built models identify subrogation opportunities and prompt recovery actions against liable third parties.
- Automated workflows speed total-loss categorization and can trigger timely salvage handling to avoid unnecessary costs to the insurer.
Q: What role does technology play in preventing claims leakage?
A: Technology prevents claims leakage by replacing manual, error-prone steps with real-time workflows, data integration, and machine-learning detection across the claim lifecycle.
- Intelligent automation routes claims, assigns tasks, and moves work forward without waiting on handoffs.
- Machine-learning models continuously scan claims to flag suspicious activity without slowing processing.
- Seamless data integration reduces rekeying and improves decision quality from FNOL to settlement.
- Analytics and reporting help spot leakage patterns and adjust rules, staffing, and workflows over time.
Q: Can EIS assist with specific types of insurance claims?
A: Yes, EIS OneSuite™ platform is designed to accommodate a wide range of insurance claims, including P&C, group benefits, and life insurance.
- Our flexible architecture allows for bespoke solutions that align with distinct claims workflows.
- By utilizing our extensive library of APIs, we facilitate seamless integration with current systems, enhancing the efficiency of claims processing.
- Adjudication and coverage-specific data gathering support consistent handling across claim scenarios.
Q: How fast can I expect to see improvements in claims processing with EIS?
A: Improvements can start quickly because EIS uses agile delivery with pre-built components and integration accelerators to implement capabilities with minimal configuration.
- An agile implementation framework prioritizes insurer requirements to speed rollout.
- A library of pre-built components and integration accelerators reduces build time.
- Production and solution support, training, and managed dev/test environments help keep momentum during delivery.
- Automated workflows and data integration reduce cycle time because fewer steps rely on manual follow-ups.
Q: What are the benefits of using API-first approach of EIS in preventing claims leakage?
A: API-first architecture helps prevent claims leakage by enabling faster automation, broader data access, and simpler integrations that remove delays and manual work.
- Open APIs and pre-built integrations accelerate claims workflows and reduce personnel-driven processing.
- API integrations connect core claims processes with third-party systems and data sources for better decisions.
- Event-driven workflows respond to changes in data and status, which supports timely interventions on leakage risks.
Q: How does EIS ensure compliance and ethical management in claims processing?
A: EIS supports compliant, accountable claims processing with audit-ready activity tracking, security controls, and configurable governance checkpoints.
- Business activity monitoring (BAM) records user activity and changes across entities like claims for audit and compliance.
- Security measures include encryption, access controls, intrusion detection, and regular security audits and compliance checks.
- Human-in-the-loop orchestration supports oversight, audit trails, and compliance checkpoints in regulated processes.
Q: What kind of support does EIS provide during implementation?
A: EIS offers comprehensive support during implementation to ensure a smooth transition and effective claims management.
- Our dedicated team provides personalized onboarding strategies, walking you through each phase of the setup.
- We supply extensive training materials to equip your team in maximizing the use of the OneSuite™ platform.
- Continuous assistance guarantees that any challenges related to claims leakage are resolved swiftly.
Q: How can I measure the effectiveness of EIS solutions in stopping claims leakage?
A: Measuring the effectiveness of EIS solutions in stopping claims leakage involves monitoring key performance indicators (KPIs) related to claims efficiency.
- Our platform features advanced machine learning algorithms that identify patterns in claims data, helping to pinpoint areas of leakage specifically aimed at stopping insurance claims leakage.
- You can utilize customizable dashboards to visualize trends and make data-driven adjustments.
- Continuous feedback loops ensure that strategies evolve based on real-world performance metrics.