Article | July 19, 2022
As AI becomes more deeply integrated into the industry, carriers must position themselves to respond to the changing business landscape. Insurance executives are expected to understand the factors driving this shift and how AI in insurance will impact claims, distribution, underwriting, and pricing. They can start to learn the skills and talent they need, embrace new technology in the insurance industry, and build the culture and perspective they need to be successful in the future insurance market with this grip.
While there are four types of levers that might help with productivity efforts—functional excellence, structural simplification, business transformation, and enterprise agility—insurers typically focus on the first two. Those levers are the foundation of efficient and effective operations, it isn't easy to leapfrog them. Traditional industry barriers are dissolving while technology advances and customer expectations vary dramatically. Ecosystems, which are groups of services that work together in a single integrated experience, are becoming more common across industries. Platforms that connect offerings from different industries are also becoming more common.
In an interview with Media 7, Darcy Shapiro, COO of Americas at Cover Genius, talked about the changing expectations of consumers in the insurance industry.
“Consumers expect brands to provide the same high-quality day-to-day experiences directly within the digital platforms they use most. Insurance should be no different.”
Darcy Shapiro, COO of Americas at Cover Genius
The Increasing Acceptance of Parametric Insurance
In contrast to traditional policies, which are paid based on actual loss incurrence, metric insurance has been around for a while, providing payouts when a specific event exceeds an agreed-upon threshold. Previously being used specifically for natural disaster coverage and supplied to countries and large corporations, parametric insurance is making a comeback today. Advancements in sensor technology, data analytics, and Artificial Intelligence (AI in insurance) create broader information indexes on various levels, which opens up parametric risk applications in novel ways.
A reinsurance company recently introduced a parametric water-level insurance product to shield businesses from the financial consequences of high or low river water levels. The program considers measured water levels at specific river gauges and agrees to pay a fixed amount for each day that the index remains below a predetermined threshold value. Other new-generation parametric solutions include terrorism protection for cities and airports, protection for retailers when transit strikes cut down on pedestrian traffic, and help for hotels when there are outbreaks.
The advantages of parametric insurance include faster delivery and avoiding lengthy claims investigations. Furthermore, since parametric products have less uncertainty than traditional insurance, premiums can be significantly lower. In terms of technology, parametric insurance is best suited to blockchain technology, with smart contracts that pay out automatically when certain parameters are met.
A Flood of Data from Connected Devices
Fitness bands, home assistants, smartwatches, and other smart devices are rapidly becoming a part of our daily lives. In addition, smart clothing and medical devices will soon join the fray.
Sensor-equipped equipment has long been common in industrial settings, but the number of connected consumer products is expected to skyrocket in the coming years. Existing gadgets (such as automobiles, fitness trackers, home assistants, smartphones, and smartwatches) will continue to grow. In contrast, new and expanding categories (such as clothing, eyewear, home appliances, medical devices, and shoes) will join them. According to analysts, interconnected devices will reach one trillion by 2025.
The data generated by these devices will result in a flood of new data that carriers can use to understand their customers better, resulting in new product categories, more customized pricing, and an increase in real-time service delivery.
The insurance industry can mine the data generated by these smart devices to better understand their customers’ preferences. This information can also assist insurers in developing new and more personalized product categories.
The Rise of the Insurance Ecosystem
According to McKinsey, insurance ecosystems will generate 30% of global revenue by 2025.
With an expanding array of data sources and a data-driven culture, many insurers will soon be able to plug into and exploit data from complementing firms. These agreements are evolving to involve traditional insurers as well as technology companies. For example, an insurance firm in Europe teamed up with a smart-home technology vendor to improve its home insurance. The latter's technology can detect smoke and carbon monoxide, preventing losses. In addition, a global initiative of a major reinsurance company is developing an ecosystem for InsurTech start-ups and digital distributors. Recent McKinsey research also shows that the insurance business has been having a hard time making efficiency gains for a long time.
Moreover, the operating expense disparity between the best and worst performers in P & C and life has widened over the last decade. Functional excellence, structural simplicity, business transformation, and enterprise agility are four productivity levers that insurers often focus on. Those levers are essential to efficient and productive operations. Ecosystems, which are groups of services that work together, are formed across industries and platforms that connect offerings from different sectors.
Insurers may use ecosystems to integrate their products into seamless client experiences. Ecosystems are essential in today's interconnected world, whether you want to build direct relationships with customers or work with companies that act as the customer interface.
Advancements in Cognitive Technology
Cognition is a critical component of AI in insurance. AI cognitive technologies mimic how the human brain functions. In addition, new technology may make it easier to process huge amounts of data, especially from active insurance products that are linked to specific people.
Carriers can constantly learn and adapt to the world thanks to cognitive technologies. As a result, it can enable insurance companies to introduce new product categories and engagement techniques and respond in real-time to changing underlying risks. In addition, convolutional neural networks and other deep learning technologies, which are currently used primarily for image, audio, and unstructured text processing, will be used in various applications in the future of insurance industry.
Article | July 15, 2022
Insurers of the future will play more of a risk avoidance role and less of a risk mitigation one.
The seemingly effective yet simple ideas of Netflix, Uber, Ola, Amazon, and many other ideas have forever transformed their industry segments. Digital transformation in the insurance industry is embraced in various ways to address the complex challenges posed by consumers, regulatory, and digital landscapes.
To keep up with insureds' demands, insurers have had to digitize various aspects of their operations. Any company that wants to stay competitive in today's market must meet customers where and when they need it. Insurance's digital transformation, powered by artificial intelligence, machine learning, predictive analytics, mobile services, live chat, and other technologies, enables insurers to do just that and will continue to change the industry for years.
Insurance Companies to Look at Value Chain through a Digital Lens:
Gain First-Mover Advantage:
Product introduction to gain a potentially sustainable competitive advantage. To achieve the first-mover advantage, the insurer should have two crucial capabilities: the ability to pinpoint unmet customer needs to guide product development and quickly adapt existing products to market forces.
Reduce IT costs to fund innovation:
When insurance companies refactor monolithic applications into modular micro services, application maintenance costs are reduced.
Grow revenue by differentiating the customer journey:
Electronic document capture and processing, robotic process automation (RPA), and robo-advisors improve serviceability and help businesses gain a competitive advantage.
Despite market participants' claims that the insurance industry was not an early adopter of digital transformation, new players, business models, and demanding customers are forcing the industry to embrace digital technologies. As a result, the global insurance market is expected to grow by 45% between 2022 and 2025.
Modern digital engineering does not occur in a vacuum; new products must be compatible with existing technologies and processes. Ascertain that the development team understands legacy insurance applications and the data required to integrate them with new, digitally engineered products.
Core Insurance, Risk Management
Article | August 4, 2022
It is common knowledge that there is virtually no industry that has been immune to the effects of COVID-19. The global pandemic has caused massive shifts in individual and industrial behavior and will continue to do so in the months, if not years, to come. The P&C industry, like many others, is reeling from the effects of the virus. Amidst all these events, it is important to assess how the insurtech industry is going to be affected by COVID-19.
Article | July 15, 2022
Cyberattacks are one of the world's most pressing concerns. In fact, they were ranked among the top ten risks in the World Economic Forum's Global Risk Reports for 2020 and 2021. 1 According to the reports, cybercrime-as-a-service is becoming more affordable, accessible, and sophisticated. Though previously regarded as a technological issue, cybersecurity is now a growing ESG concern for private companies, investors, regulators, and consumers.
Why cybersecurity is material for private companies
Cyberattacks are significant issues for both private and public companies because they increase the risk of exposing confidential company information or sensitive customer data, disrupting supply chains, increasing regulatory scrutiny, and/or causing reputational harm. In 2021, the average cost of a data breach (including ransom payments and customer compensation) was $4.24 million per incident (the highest level in 17 years),8 and the global cost of cybercrime is expected to be $10.5 trillion annually by 2025. 9 Companies with marketable client or intellectual property information face increased financial risk as a result of the impact that data has on both their value and brand loyalty. Furthermore, firms that rely heavily on real-time operations can expect high per-minute costs of lost opportunity and revenue if a denial-of-service (DoS) attack occurs.
As a result, while some attacks may result in no direct material loss, these risks can have a significant impact on a company's valuation by influencing brand perception and operating costs. Private companies should consider these potential risks when evaluating cybersecurity investments, as underspending can significantly increase long-term costs.
Cybersecurity is a widespread and rapidly growing issue that has significant material impacts on private companies.These risks are especially relevant as private companies prepare to enter public markets, where strict oversight controls are regarded as good governance. Companies, in our opinion, must have the necessary expertise and infrastructure to navigate these significant risks and the corresponding increase in regulation and disclosure expectations.