The insurance landscape is changing. Customers expect rapid, high-quality digital services in all aspects of their lives — including insurance — and are quick to consider competitors’ services if their needs are not met.

However, legacy insurance infrastructure cannot keep up with these demands. Most environments consist of a variety of systems purpose-built for specific insurance products. The combination of disparate legacy systems, rigid code, and inconsistent processes is too inflexible and complicated to support the digital business strategies needed to remain competitive.

Insurers must modernize and integrate their core systems to increase flexibility, save costs, and address the growing digital needs of their policyholders. In fact, 62% of decision makers at insurance companies believe their core system modernization initiatives are the most critical component of their digital business strategies.¹ Additionally, 79% say the performance of their core systems differentiates their firms in the broad insurance marketplace.¹ A modernized core can help you deliver innovative online services like virtual inspections, digital claims reporting for first notice of loss (FNOL), and artificial intelligence (AI)-based damage assessment. With modernized core applications, you can also boost productivity, speed development, and improve cost efficiency while enhancing your customer experience. And these benefits increase as modernization efforts spread throughout processes and become better integrated with each other. 

Core modernization is an incremental process. Using targeted migration and enhancement, you can solve business challenges, get more value from existing investments, and lay a foundation for digital operations. There are three main areas — infrastructure, applications, and approaches — to consider when modernizing your core systems. Each area supports different business outcomes (Figure 1). 

Infrastructure

Most insurers start their modernization journey by deploying flexible, future-ready infrastructure. Modern cloud- and container-based infrastructure allows you to connect and integrate your core systems into a single, unified hybrid environment. This environment provides a consistent foundation for building and deploying applications across on-site and cloud infrastructure as needed.

Hybrid cloud infrastructure provides flexible, programmable IT resources with easier access to new tools and capabilities. Connected data streams permit deeper, more sophisticated insights and analytics. Fast, cost-effective replication and failover increases operational resiliency. And dynamic cloud resource pricing and scaling convert capital expenses to more predictable operational costs.

Kubernetes-based containers help you maximize the value and flexibility of this environment by allowing you to write code once and deploy it anywhere — bare metal, virtualized, or cloud infrastructure. Effective container platforms provide self-service capabilities that let users provision preapproved resources on demand, eliminating wait times and speeding development and operations. They also offer a broad, consistent set of tools, libraries, and runtimes so developers can work with their preferred tools.

Finally, using an application programming interface (API) centric approach to infrastructure design can ease integration with other cloud-based, container-based, and traditional systems, as well as third-party applications.

Applications

Core insurance applications designed for legacy hardware must be modified to run on cloud- and container-based infrastructure. Moving your applications into containers can simplify development, deployment, and portability across modern infrastructure. You can modernize and containerize applications in several ways:

• Lift and shift. Lifting and shifting packages your application with an optimized operating system and dependencies into a container that can be deployed anywhere your container platform runs. This does not modernize your application architecture — it helps you get started with a flexible foundation and gives you more time to rewrite your application.
• Augment with new layers. Augmenting with new layers adds a new interface layer to existing applications, making them easily accessible to other applications through APIs. As with lifting and shifting, the architecture of the existing application is unchanged. 
• Rewrite. Rewriting an application is different from creating new applications from scratch; it is the process of creating new functionality to replace and retire existing applications. As part of an overall modernization strategy, rewriting can follow lifting and shifting and augmenting with new layers, and it is the only way to update the application architecture for a fully modern stack.

Approaches

Cloud-native approaches focus on iterative workflows, collaboration, automation, and microservices to speed application development and business agility. Continuous integration and continuous deployment (CI/CD) pipelines provide lean, collaborative, and fully automated software delivery life cycles. Microservices architectures take advantage of loosely coupled, modular applications that are easier to build, test, deploy, update, and change. And DevOps methodologies incorporate culture, automation, and platform design to deliver increased business value and responsiveness through rapid, high-quality service delivery. Accordingly, 95% of insurance organizations have realized benefits — including enhanced partner experiences, more productive use of technology, and improved application quality — from cloud-native development initiatives.²

Less than half of decision makers at insurance companies believe they can support their organization’s modernization execution efforts with their own internal resources.1 Red Hat can help you modernize more efficiently and effectively. Red Hat® hybrid cloud solutions provide advanced DevOps and cloud-native tools, cross-infrastructure portability and scalability, and the ability to run both existing and new cloud-native applications. These modular solutions let you deploy the components you need now, integrate with existing systems, and expand as needs change. You can also customize your installation with access to a large certified partner ecosystem and open source interoperability.

Each component provides key capabilities within the solution.

Red Hat Enterprise Linux® is an open source operating system that creates a consistent foundation for deploying applications across bare-metal, virtual, container, and all types of cloud environments.

Red Hat OpenShift® is an enterprise-ready Kubernetes container platform with full-stack automated operations to manage hybrid cloud and multicloud deployments. Red Hat OpenShift is optimized to improve developer productivity and promote innovation.

Red Hat OpenShift Application Runtimes is a set of products, tools, and components for developing and maintaining cloud-native applications. It offers lightweight runtimes and frameworks for highly-distributed cloud architectures like microservices.

Red Hat Process Automation Manager is a platform for developing containerized microservices and applications that automate business decisions and processes. Process Automation Manager includes business process management (BPM), business rules management (BRM), and business resource optimization and complex event processing (CEP) technologies. It also contains a user experience platform to create engaging user interfaces for process and decision services with minimal coding.

Red Hat Integration is a comprehensive set of integration and messaging technologies that connect applications and data across hybrid infrastructures. It is an agile, distributed, containerized, and API-centric solution. Red Hat Integration provides service composition and orchestration, application connectivity and data transformation, real-time message streaming, change data capture, and API management — all combined with a cloud-native platform and toolchain to support the full spectrum of modern application development.

Red Hat Fuse is a distributed, cloud-native integration platform that uses an API-centric, container-based architecture to decouple services, allowing them to be created, extended, and deployed independently.

Red Hat 3scale API Management allows you to share, secure, distribute, control, and monetize your APIs on an infrastructure platform built for performance, customer control, and future growth.

Red Hat AMQ is a flexible messaging platform that delivers information reliably, permitting real-time integration and connecting the Internet of Things (IoT).

Figure 2 shows an overview of a modernized core underwriting service based on an actual deployment at a North American insurer. Key functional areas of the solution include:

• Open container platform. The modern architecture is deployed within Red Hat OpenShift, a leading enterprise Kubernetes platform with connections to data and event feeds, authorized business partners and users, traditional core systems, databases, and storage. 
• Data and event pipeline. Data and event feeds — along with incremental changes — are integrated into a unified pipeline using Red Hat Integration and Red Hat AMQ. 
• Microservices architecture. The event pipeline feeds into the modernized underwriting architecture, which contains microservices for common core underwriting functions like ratings, policy issuance, risk modeling, endorsement, and more. These services can be created internally or purchased from a third-party vendor and integrated into the new architecture. 
• Agile integration. Other supporting systems and functions — including audits, inspections, geographical services, and third-party services — are connected to the underwriting core system through Red Hat Fuse. 
• Flexible access. Underwriters access microservices-based functions through Red Hat Process Automation Manager, allowing them to quickly and easily update business rules and models.
• API connections. Finally, APIs for connecting business partners and other authorized users to the new architecture, as well as other core systems and microservices, are managed through Red Hat 3scale API Management.

Several insurance companies have already deployed Red Hat core modernization solutions and are experiencing benefits.

Groupama, a leading French insurance provider, wanted to move to cloud-native application development to keep pace with shifting market demands and balance performance with costs. The company used Red Hat OpenShift Container Platform to create an agile, efficient development environment and processes that have improved service time to market and attracted top IT talent. Groupama has also established a stable foundation for future adoption of innovative hybrid cloud computing.

• Reduced time to market with efficient development
• Gained flexibility to support future hybrid cloud
• Adopted modern technology to attract and retain top talent

Read the customer success story to learn more about Groupama’s experience.

Swiss insurance company Helvetia faced availability and performance challenges while running its customer-facing applications on legacy, on-site hardware. To gain the agility needed to stay competitive, the company expanded its Red Hat application environment to a new public cloud solution based on Red Hat OpenShift Container Platform running on Amazon Web Services (AWS). With this new environment, Helvetia has achieved over 99.9% uptime for its services, reduced time to market from months to weeks, and built a path to reduce costs.

• Increased service uptime to over 99.9%
• Reduced time to market for new applications
• Improved issue resolution with support from Red Hat

Read the customer success story to learn more about Helvetia’s experience.

Modernizing your core insurance systems can help you increase flexibility, save costs, and address digital demands. Red Hat can help you modernize more efficiently and effectively. With Red Hat’s hybrid cloud solutions, you can adopt modern infrastructure, DevOps methodologies, and cloud-native tools at your own pace.

Email insurance@redhat.com or visit redhat.com/fsi to learn more.