Unified Multi-API Interface for Telephonic Service Flow
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Solution Overview
Problem
Insurance claim associates face inefficiencies while providing telephonic services due to the need to manually organize information from multiple non-unified and disorganized APIs, leading to visual overlap and distraction during the service flow.
Innovation Solution
A frontend application with a multi-API interface that dynamically renders user interface elements based on the service flow, allowing claim associates to interact with multiple APIs without manual text input, by anticipating and presenting claimant-specific responses, thus minimizing distractions and enhancing the flow of telephonic conversations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If claim associates manually organize information from multiple APIs using conventional software services, then information can be accessed, but visual overlap and distraction occur during telephonic service delivery
Solution Approach 1:
The patent combines multiple separate API windows and information displays into a single unified user interface. This integration allows claim associates to access information from multiple non-interoperable APIs (rental management, repair management, claim filing services) without manual window manipulation, eliminating visual overlap while maintaining comprehensive information access during telephonic service delivery.
Solution Approach 2:
The unified user interface serves multiple functions simultaneously: displaying claim information, rental vehicle availability, repair facility status, and communication tools in one interface. This multi-functional design eliminates the need for separate windows for each API, allowing claim associates to handle diverse tasks without leaving the unified interface during customer interactions.
2Loss of information
If claim associates access multiple non-interoperable hosted service APIs, then comprehensive information can be retrieved, but manual input and window manipulation are required
Solution Approach 1:
The system performs preliminary actions by automatically retrieving and organizing information from multiple non-interoperable APIs before the claim associate needs it. The unified interface pre-loads claim details, rental options, and repair facility information, eliminating the need for manual input and sequential API access, thereby reducing service time while maintaining information completeness.
Solution Approach 2:
The unified user interface acts as an intermediary layer between claim associates and multiple non-interoperable APIs. It translates and integrates data from different API formats into a consistent presentation, automatically managing information exchange without requiring manual input or window manipulation, thus improving service efficiency while accessing comprehensive information.
3Loss of information
If conventional software services spawn separate windows for each API, then information from multiple sources can be displayed, but display space is exceeded and organization becomes complex
Solution Approach 1:
The patent merges multiple separate window displays into a single unified interface that presents information from all APIs in an organized layout. This consolidation eliminates the need for window manipulation and complex spatial organization, fitting all necessary information within the display space while maintaining clear structure and accessibility.
4Loss of information
If claim associates focus on manual API management, then information can be accessed, but telephonic conversation quality deteriorates due to distractions
Solution Approach 1:
The unified user interface performs self-service by automatically managing information retrieval and presentation from multiple APIs without requiring continuous manual intervention. This allows claim associates to access needed information passively during telephonic conversations, maintaining conversation quality while ensuring information availability through the system's autonomous information management capabilities.
Data Source
AI summary
In the course of booking a vehicle rental on behalf of the claimant, a claim associate needs to submit a variety of information to multiple private hosted service APIs and public hosted service APIs. Conventionally, the claim associate must request, transcribe, and manually input this information on a client computing system during telephonic services, resulting in substantial silences over the phone call decreasing quality of the claimant's service experience. A multi-API interface is provided, which configures the client computing system to anticipate information which the claim associate will need, based on a type of claimant, to send to multiple APIs, assemble this information from a variety of data records, and present this information to the claim associate, using persistent interface elements and flow control elements allowing the claim associate to review and select information to send to multiple APIs with minimal interruption in the service flow of telephonic services.