Fraud is just one example where analytics across the claims cycle is beneficial. Analytics can improve the bottom line by:

• Enhancing recovery efforts. By scoring claims at every stage of the process and employing text analytics, insurers can quickly find and monetize salvage, subrogation, and third-party opportunities.
• Accelerating settlements. From a customer service perspective, the pressure is on to settle quickly. Analytics helps insurers avoid overpaying, without slowing down settlement speed. 
• Benchmarking claims with confidence. Estimating the size and duration of a claim when it first comes in is often a guessing game. Predictive analytics gives insurers the information needed to accurately predict loss reserves despite the often long-tail nature of many types of claims.
• Managing resources and litigation wisely. Robust analysis helps insurers automate the process of assigning the right adjusters to the right case and calculating litigation propensity scores. 

Finding Suspicious Claims Before Payment 
There could be a bit of a silver lining to the recent NICB report. It is possible the uptick in suspicious claims is because insurers are getting better at spotting them. Yet, it is one thing to spot suspicious claims, and quite another to identify them before the payment has been sent. In addition, traditional fraud solutions are too easy to game because they detect fraud with manual or automatic business rules. With an estimated 10 percent of all claims being fraudulent, insurers need a better approach. Fraud analytics uses traditional rules and anomaly detection along with advanced analytics and social-network analysis for a hybrid approach that is particularly successful at finding the common linkages that even the most sophisticated fraud rings can't cover up.

One major insurer implemented a fraud analytical engine that uses near-real-time analytics to comb through unstructured claims data from two states known to be fraud hotspots. The result: Analytics identified more than 1,000 high-risk eligible insured parties not previously identified and improved false-positive detection rates by 17 percent. Another insurer discovered $20 million in actionable claims in the first three months of using fraud analytics. 

Finding the Right Payee 
Subrogation is one of the few processes that has not been optimized, in part because the process is so manual. You need to be able to automatically score a claim at every stage of the process to look for salvage, subrogation and third-party opportunities. Many recovery opportunities remain buried because the information is hidden in a claims narrative. Text analytics is a critical tool since it automates the process of combing through unstructured data to find phrases that typically indicate a subrogation claim. A classic example of this involves the troubles with the brakes on Toyota vehicles. One major insurer was able to analyze its database and notify the National Highway Transportation Safety Administration of a spike in claims. Finding issues quickly can both help manufacturers remedy problems and provide insurers with subrogation options. 

Speeding Settlement Without Overpaying
A colleague of mine chuckles when she retells the story of the dramatic uptick in the installation of in-ground pools in Miami after a hurricane tore through the area. It turns out that some claims agents, eager to keep customer satisfaction high, cut checks too quickly. However, if insurers treat a claim suspiciously or otherwise drag out the process, they risk irreparable brand damage—often made worse by the lightning speed with which social media can make a company look cruel.

So how can an insurance carrier settle a claim quickly without overpaying? By using analytics, insurers can shorten claims cycle times, which will lead to higher customer satisfaction, as well as a reduction in labor costs since claims adjusters will be able to close claims more quickly, thus processing more claims each year. Shorter claims cycles mean significant savings on other expenses such as rental cars for automobile repair. Analytics helps determine the optimum limit for these claims. Set the limit too high, and you are at risk of increasing fraud; set the limit too low, and expenses outweigh the size of the claim. 

Predicting Size, Duration for Better Loss Reserving
You can't always control how much money you will need to pay out in claims, but it certainly helps if you can estimate the costs, especially in relation to loss reserving. It can be particularly tricky for long-tail claims areas, such as liability and workers' compensation. Consistent claims management from the beginning of the claim life cycle can reduce the need for incremental increases of loss reserve. Analytics can more accurately calculate the loss reserve by comparing a loss with similar claims. In addition, whenever the claims data is updated, analytics can reassess the loss reserve. Improved loss reserving accuracy allows insurers to move funds from bulk reserves into more flexible investments.

Here's an example of how that works. A driver crashes into a tree. As soon as the insurer has the police report (unstructured data that is best suited to text mining), it takes that data and analyzes it against variables from similar crashes: the car's speed at impact, age of driver, make and model of car, the number of passengers, etc. The insurer then uses this information to estimate the loss reserve. 

Or consider this example of how predictive analytics could determine the factors that affect the cost of fixing a car: The earthquake and tsunami in Japan in 2011 slowed parts shipments, making it harder for mechanics worldwide to finish fixing some vehicles. The speed that claims could be closed slowed down; the cost of fixing cars increased; and insurers paid more than usual for rental cars used by their insured while they waited for their cars to be repaired. Predictive analytics provides modeling capability so global events—whether a hurricane in Florida or the bankruptcy of a parts manufacturer—are analyzed against their impact to your company. 

Managing Human and Legal Resources
Many insurers have tried, and failed, to use workflow optimization software to figure out which claims to assign to which adjuster. Business rules-based systems do an equally weak job of flagging claims likely to lead to costly and complex legal battles. The car hitting the tree analysis mentioned above doesn't just help you estimate loss reserves; it can also help you tap the adjuster with just the right level of experience to handle that claim early on. More complex and severe cases can be assigned to the most qualified adjusters, while low-exposure claims can be channeled to less-experienced adjusters. In some cases, analytics can even recommend cases that should be automatically adjudicated and settled.

Analytics can also be employed by claims managers to measure the effectiveness of the claims handling process—in particular, adjuster efficiency. Traditionally, adjuster productivity had been based on whether an adjuster closed more claims than were opened in a reporting period. That crude method can be replaced with a key performance indicator system that measures adjuster performance based on customer satisfaction, overridden claims settlements, and other related metrics.

On the legal front, we've all heard the stories where an insurer ended up shelling out $200,000 over a broken finger. Predictive analytics can quickly determine which claims are likely to result in litigation (such as when the claimant has hired an attorney) and assign those claims to more senior adjusters, who should be able to settle the claims sooner and for lower amounts. Analytics can also adjust loss reserves by scoring the severity of the claim, taking into consideration the type of lawyer involved in the case. In addition, analytics can help insurers look for patterns in claims that involve litigation—comparing the data on previous cases that led to litigation against the raw data coming in on new claims. This comparison might lead to new, cost-saving strategies in coping with litigation.

When predictive analytics is combined with robust text mining, you can integrate your claims management solutions, analyze your data, and make more effective business rules. Recalculating loss reserves daily, providing sophisticated approaches to fraud reduction, helping assign the right adjuster, flagging and routing possible salvage and subrogation claims—these are just some of the ways predictive analytics can help your company increase its profits by improving its efficiency.