
ABBYY automates patient registration by classifying and extracting data from intake forms. This reduces errors, ensures compliance, and enhances the patient onboarding experience.
Vendor
ABBYY
Company Website
Target AI to streamline and optimize patient registration process
Analyze patient registration processes to identify areas for improvement and enhance patient experience. Manage revenue, optimize utilization, and reduce costs with healthcare automation Despite healthcare providers’ attempts to go 100% digital, paper and image-only documents will need to be handled for some time to come, in the form of IDs, insurance cards, patient registration forms, referral documents, hard copy prescriptions, surveys, and more. Manual processing of patient registration documents is error-prone, putting providers at compliance risk and compromising patient satisfaction. ABBYY’s intelligent document processing technology automates the classification and extraction of data from patient intake forms, ensuring accuracy and streamlining the process.
AI-driven technologies provide better data quality to improve quality of service
Self-service
Receive required intake forms and documents via web portals or mobile devices.
Eliminate errors
Eliminate manual data entry which is costly and error prone.
Maintain compliance
Ensure registration information is audit-ready with automatic control over signed forms.
Enhance accuracy
Improve accuracy and availability of patient registration information.
Increase transparency
Deliver full chain of custody and audit of the capture process.
Better experience
Create a faster and more efficient patient onboarding process.
The right start to patient onboarding
ABBYY OCR, data capture and classification technology combine the convenience of scanning with labor-saving tools that identify document types, extract data and link them to the correct patient record.
Scanning & Data Extraction
Patient intake staff simply scans the patient registration forms, and ABBYY software “reads” the data. Faxes and emails can also be automatically scanned, captured and added to patient records.
Self-service solutions & patient portals
Many providers also look to extend the ABBYY platform directly to patients so that they can use portals and mobile devices to capture data and submit documents themselves.
Healthcare automation—customer scenarios
Process intelligence
Access end-to-end visibility of your processes using data from various back-end systems so you can identify inefficiencies, correct bottlenecks, and even predict future outcomes.
Patient satisfaction surveys
Eliminate time-consuming and error-prone manual processes by automating the entire HCAHPS survey processing workflow, from scanning of patient surveys and data extraction to automatic validation and verification of data.
Revenue cycle management
Optimize revenue cycle processes to reduce claim denials, ensure prompt payments, and decrease costs by gaining end-to-end visibility into your process execution.
Referral management
Automate the referral process to accelerate revenue with a combination of IDP, RPA, and process intelligence. Automate the integration of patient referral data from faxes into EHR, eliminating manual entry and processing.
Claims and billing
Process claim forms more accurately and cost efficiently with advanced data capture of information from paper and digital medical forms. Automatic validation ensures accuracy for billing.
Expedite invoicing and payments
Streamline the processing of invoices and other financial documents with automated document capture, recognition, field extraction, and validation of data, delivered directly to your ERP, RPA, or ECM system.
Patient records
Integrate paper and images from existing patient records, new patient information, and current health information into new EHR workflows without disrupting your processes or compromising patient care.
Accounts receivable and EOB processing
Automatically extract data from scanned or faxed documents so it can be uploaded into billing systems sooner, and exceptions can be identified faster.