Automated RPA Claim Handling for Enhanced Efficiency
Primus employed RPA, a cutting-edge technology that leverages software robots to execute tasks typically reliant on human intervention, such as data entry, validation, and communication.
InsuranceAI & automation
industry contextOperating challenge → Primus delivery → Client value
01 / Business challenge
The operating context
Primus employed RPA, a cutting-edge technology that leverages software robots to execute tasks typically reliant on human intervention, such as data entry, validation, and communication. Through the implementation of RPA, Primus seamlessly automated the processes linked to claim handling for one of our clients, including processes such as eligibility verification, accuracy assessments, and pre-approvals.
02 / What Primus delivered
A solution shaped around the client’s operating need.
Streamlined Operations: Primus introduced automation to streamline multiple manual steps in claim handling, ensuring efficiency and reducing the burden of manual work. Enhanced Speed: The incorporation of automation improved the speed at which claims were processed, reducing turnaround times. Precision and Accuracy: Automation enhanced accuracy, minimizing the risk of errors and ensuring consistency. Automated Notifications: Auto-generated email notifications were implemented to ensure timely and efficient communication with relevant stakeholders.
03 / Project detail
The work, methods and business value.
The sections below preserve the substantive detail from the original Primus case study in the new presentation.
01
Engagement overview
Primus employed RPA, a cutting-edge technology that leverages software robots to execute tasks typically reliant on human intervention, such as data entry, validation, and communication. Through the implementation of RPA, Primus seamlessly automated the processes linked to claim handling for one of our clients, including processes such as eligibility verification, accuracy assessments, and pre-approvals.
02
BENEFITS
Streamlined Operations: Primus introduced automation to streamline multiple manual steps in claim handling, ensuring efficiency and reducing the burden of manual work.
Enhanced Speed: The incorporation of automation improved the speed at which claims were processed, reducing turnaround times.
Precision and Accuracy: Automation enhanced accuracy, minimizing the risk of errors and ensuring consistency.
Automated Notifications: Auto-generated email notifications were implemented to ensure timely and efficient communication with relevant stakeholders.
03
TECHNOLOGIES
The application combines the power of UI Path and C++ to automate claim-handling processes with precision and efficiency. UI Path serves as the primary tool for process automation, offering a robust framework for streamlining manual tasks. Additionally, C++ optimizes certain aspects of the automation, ensuring the execution of code is efficient and reliable.
04
PROCESSES
Agile Development: Our approach to development followed Agile methodologies, allowing for flexibility and adaptability.
User Stories: The User Stories methodology was used to capture precise user requirements, aligning the automated processes with end-users expectations.
Offshore Team: An offshore team was employed to ensure support and operational efficiency.
04 / Business value
How the work improved.
01Streamlined Operations: Primus introduced automation to streamline multiple manual steps in claim handling, ensuring efficiency and reducing the burden of manual work.
02Enhanced Speed: The incorporation of automation improved the speed at which claims were processed, reducing turnaround times.
03Precision and Accuracy: Automation enhanced accuracy, minimizing the risk of errors and ensuring consistency.
04Automated Notifications: Auto-generated email notifications were implemented to ensure timely and efficient communication with relevant stakeholders.
05 / Technology & methods
Technology and delivery methods used in the work.
AI & automation
About this caseEnterprise delivery context
The story covers the operating problem, Primus responsibility, implementation approach and resulting capability.