Manage and adapt insurance products with Solartis Builder's product maintenance capabilities. Easily create, update, and customize your products.
Contact Us to Learn MoreCHALLENGE
Insurance administrators face difficulties with legacy systems that lack flexibility, making it hard to manage evolving requirements, regulatory changes, and state-specific updates.
These systems lead to inefficiencies, delays, and higher costs, while requiring manual effort and technical expertise for tasks like version control and rate updates. This slows down product delivery and hinders innovation.
SOLUTION
Once your insurance product is configured, the Solartis Builder’s low-code capabilities enable you (or Solartis) to efficiently manage and adapt every aspect of your insurance product(s) as they change over time.
With Solartis Builder, you can seamlessly:
Conduct in-depth testing at both the microservice and program levels before deploying changes to production.
Transition your product changes from DEVELOPMENT to TEST to LIVE modes without any technical involvement.
The microservice architecture of Solartis Builder offers numerous advantages and enables multiple teams to independently configure, maintain, and test different system components, like ratings, documents, forms, and underwriting rules.
This approach contrasts sharply with monolithic platforms, where components are tightly interwoven.
Here’s how our microservice architecture benefits your insurance product maintenance:
Teams can work on different components simultaneously, accelerating development cycles and supporting continuous delivery and integration.
Microservices can be scaled independently based on demand, ensuring that high traffic on one service (e.g., rating) doesn’t impact others (e.g., document management).
A failure in one component doesn’t compromise the entire system, enhancing reliability and enabling quicker issue resolution.
Teams can choose the best technologies and frameworks for their specific services, fostering innovation and using the most suitable tools for each task.
Clearly defined boundaries simplify maintenance and updates, reducing complexity and minimizing conflicts.
Each microservice can be tested independently, ensuring changes in one service don’t affect others, resulting in more robust and reliable software.
