Client
Industry
Technology
Empowering coders to validate ICD-10 and CPT recommendations through real-time, conversational AI with transparent explanations. Improves coding accuracy, reduces claim denials, and enhances productivity across high-volume healthcare workflows.
Summary
Healthcare organizations and Revenue Cycle Management (RCM) providers process large volumes of clinical documentation, including SOAP notes, encounter summaries, and treatment plans. These documents must be translated into standardized medical codes such as ICD-10 and CPT to support billing, compliance, and reimbursement workflows.
AI-powered coding platforms have helped automate parts of this process by extracting clinical information and generating coding recommendations. However, coders still play a critical role in validating these recommendations and ensuring that clinical documentation supports the assigned codes.
As coding volumes increase and documentation complexity grows, organizations are looking for ways to improve coder productivity while maintaining transparency and compliance in AI-assisted coding workflows.
Problem Statement
Although Billient’s platform was able to automatically generate coding recommendations from clinical documentation, coders often required additional clarity on how those recommendations were generated.
When AI suggestions appeared without clear explanations, users frequently performed manual verification before accepting them. This slowed coding workflows and limited the productivity benefits of automation.
Documentation gaps created additional challenges. Missing details such as severity, laterality, or encounter context required coders to manually investigate records or escalate queries to providers. Audit preparation and compliance reviews also required coders to trace the reasoning behind coding decisions, further increasing workload.
As adoption expanded across coding teams, the organization needed a solution that could improve transparency, support real-time validation, and help coders interact more effectively with automated coding recommendations.
Solution
An AI-powered conversational assistant was embedded directly into the medical coding workflow to transform how coders interact with automated coding recommendations:By turning a static coding engine into an interactive, explainable AI system, the platform improves transparency, accelerates validation, and enhances decision-making across coding and audit workflows.
- Explainable Coding Logic: Coders can ask the assistant exactly why specific ICD-10 or CPT codes were recommended, receiving clear clinical justifications.
- Intelligent Gap Detection: The system proactively identifies missing clinical documentation—such as severity or laterality—and helps resolve gaps before they lead to denials.
- Knowledge-Grounded Accuracy: Powered by a Retrieval-Augmented Generation (RAG) architecture, the AI draws from authoritative coding libraries, payer rules, and SOPs to ensure compliant responses.
- Seamless Workflow Integration: A context-aware interface allows users to run natural language queries, validate modifiers, and detect diagnosis-procedure mismatches without leaving their encounter screens.
Impact
An AI-powered conversational assistant was embedded directly within the coding workflow to enable coders to interact with the system using natural language. The assistant provides explainable coding recommendations, identifies documentation gaps, and surfaces relevant coding guidance in real time.
By transforming the platform from a static recommendation engine into an interactive AI assistant, the organization significantly improved both coding productivity and accuracy. Coders were able to validate recommendations faster, resolve documentation issues earlier in the workflow, and prepare audit-ready coding justifications more efficiently.
Key outcomes included:
- Coding productivity increased by 40%
- Coding clarification time reduced by 40%
- Modifier errors and diagnosis–procedure mismatches reduced by 35%
- Documentation completeness improved by 25%
- Coding-related denials reduced by 30%
- First-pass claim acceptance increased by 12–15%
