The Hidden Cost of Bad Data: A Billion Dollar Problem in Insurance
Walter Shields
Helping People Learn Data Analysis & Data Science | Best-Selling Author | LinkedIn Learning Instructor
Data is the backbone of any good insurance company. It helps them identify risks, evaluate the probabilities of claims, and create customer-centric products and services. But despite its importance, the quality of data remains a big challenge for insurance data scientists. According to research, almost 50% of data scientists are working with untrustworthy data. This can have serious implications for the industry, costing them billions of dollars in lost revenue. So why is this happening? What can insurance companies do to safeguard against poor data quality?? Let's delve deeper.
The first reason why bad quality data remains a problem is the sheer volume. Insurance companies are collecting more data than ever, from a variety of sources. From social media to telematics, sensors, and IoT devices, millions of data points are being collected every second. Companies are struggling to keep up with this rapidly growing sea of data and as a result, inaccuracies and inconsistencies can slip through the cracks easily. Additionally, a lot of data can include bias, which can lead to skewed analytics, fraudulent claims, or incorrect risk estimations.
The second challenge is identifying trusted data sources. While the number of data sources continues to grow, the amount of truly reliable and trustworthy data sources has not kept pace. According to experts, it's important for insurers to use official sources such as government records, in-house data, credit bureaus, and sensor data for their analytics. Remember, the quality of data is not only about the quantity, but the authenticity and accuracy of the data.
The lack of a standardized approach to data management is also a significant factor. Inconsistencies in data management mean that data scientists have to spend more time cleaning, organizing or deciding which data is relevant. These inconsistencies also make it challenging to compare data across multiple sources and data types, which decreases its value. Additionally, poor quality data can lead to mistakes in the decision-making process, leading to increased financial and reputational risks.
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Another aspect of data quality is the infrastructure. Systems that are out of date or not optimized mean that data can become compromised in many ways. This can happen through outdated operating systems, inadequate cybersecurity, or data storage systems that have reached their capacity. All of these issues can crop up without data scientists being fully aware of them, leading to the ingestion of equally outdated and potentially harmful data. In order to minimize the risk associated with outdated infrastructure, it's important to ensure that both hardware and software components are regularly updated, and risks are minimized before data is passed into the system to limit vulnerabilities.
Insurance companies operate in an industry where decisions can have a huge impact on people's lives and livelihoods. They need to rely on data analytics to drive their risk assessments and make informed decisions. With data remaining an ongoing battle, insurance companies need to be methodical and proactive in their approach. They need to ensure that their data is from official sources and trustworthy, adequately structured, and accurately filtered. They also need to invest in the latest infrastructure, cybersecurity, and data management tools. By doing so, companies can avoid wasted effort and resources, reduce risk exposure, and maximize the value of their data. Only with high-quality data can insurance companies continue to lead the industry, and provide efficient and effective customer service.
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