Encounter Submissions

The Encounter Submissions Software is designed to streamline the final stages of risk adjustment data and encounter submissions. It addresses the challenges faced by risk adjustment teams, such as navigating CMS and HHS updates, managing complex data formats, and meeting tight deadlines. This software helps to eliminate these issues, allowing teams to focus on maximizing returns and minimizing compliance concerns.

With this software, users can stay ahead of regulatory changes by keeping pace with updates and evolving formats from CMS and HHS, thereby avoiding costly submission errors. The submission process is simplified and accelerated through features like bulk editing and prioritization, which make risk adjustment submissions and corrections faster.

One of the key benefits is the improvement in first-pass acceptance rates and error handling, which reduces the manual burden and saves valuable time. The software ensures that submissions are faster, easier, and more accurate, keeping teams ahead of current and future regulation changes.

Key Features and Benefits:

• Accurate Reimbursement Eligibility: Evaluate encounter submissions data before submitting to CMS and HHS, prioritize submissions, and manage error handling effectively.
• Coordinated Submission Activities: Track reimbursement status with user-friendly dashboards, ensuring transparency and efficiency.
• Faster Claims Submission: Send comprehensive and accurate submissions data to CMS and HHS to avoid payment delays.
• Simple Implementation: Fully integrated with Inovalon’s Converged Risk™, this self-service software is easy to implement.

The software is built and maintained by experts in risk adjustment and encounter submissions, anticipating health plan needs and adapting quickly to industry changes. This ensures compliance with the latest CMS and HHS rules, preventing errors before they occur. Intuitive tools like bulk editing and prioritization save time, while advanced validation and correction features minimize rejections, reducing the need for repetitive manual corrections.