Medical institutions are the central hub for illicit cybercriminal activities as they store the confidential information of various patients in their databases. The patient’s medical records are extremely susceptible to the imposter’s illegal access. For this reason, 58% of healthcare incidents resulted from online cyberattacks in 2020. 

Therefore, the rectification of these scams requires the medical service providers to implement a streamlined electronic identity verification solution (e-IDV). E-IDV solutions are backed by advanced processing techniques, which intensify the accuracy of the identification of bad actors during the patient’s onboarding and registration process.       

Significance of Medical Online E-IDV Solutions

Electronic identity verification, also referred to as e-IDV solutions, encompasses the process of examining the customer’s identities through remote and paperless verification techniques. These solutions are extremely beneficial for healthcare institutions as they ensure the onboarding of authentic patients only. Electronic identity authentication solutions are a more cost-effective and accurate identity examination platform as compared to the conventional methods that were very time-consuming and led to inaccurate findings. 

E-IDV solutions are the ultimate identifiers of the various fraudulent activities that disrupt healthcare operations. They not only ensure a seamless onboarding process but also stimulate the protection of patients’ online medical portals and health card security in real-time frames.    

Step-By-Step Guide to E-IDV Procedure

The effectiveness of the e-IDV solutions depends on the method by which the authentication process is performed. Therefore, medical service providers must abide by several guidelines to precisely authenticate the patient before providing them access to medical services and equipment. These steps include:

• E-IDV solutions require medical operators to attain the patient’s identity documents and check their authenticity through optical character recognition scanners. 
• After authenticating the validity of the identity documents, they must verify the patient’s credibility by conducting biometric authentication procedures. 
• Their facial characteristics, fingerprints, and vocal patterns are examined and compared with the information stored in the official directories stored in official departments. 
• After this process, the high-profile customers are further examined for customer due diligence procedures to evaluate their risk profiles in real-time. 
• Finally, the legitimate customers are onboarded and can access the medical services legally.   

Different Methods to Comply With Global E-IDV Healthcare Solutions

E-IDV solutions utilize several automated methods to undertake an effective identity authentication process for patients. Some of the most influential electronic identity authentication techniques in the healthcare sector are discussed below:

Document Validation	E-IDV solutions ensure a thorough analysis of patient documents through the utilization of optical character recognition (OCR) scanners. These scanners examine the patient’s medical records and verify all the alterations, fabrications, and editing that are done to impersonate an authentic patient. This rules out all the document forgery attempts that may disrupt the patient’s medical experience.
Biometric Screening	Biometric screening is the cornerstone of the e-IDV solutions. They evaluate the customer’s facial characteristics through remote and online authentication channels. The examiners use 3D depth and texture analysis of customers to ensure that they are not a spoofing entity.
AML Checks	Anti-money laundering (AML) checks help the medical institutions to screen the customer’s against several checklists and prevent those entities that are involved in money laundering from accessing the medical information.
Database Examination	These checks boost the credibility of the AML screening checks as they examine the customer’s identities against several checklists in real-time.
Address Verification	Address verification is necessary for medical institutions as they ensure the availability of patients during emergency crises.

Combat Medical Scams With E-IDV Check 

The above-mentioned online E-IDV services stimulate the efficiency of healthcare institutions as they mitigate the presence of several medical scams, which are examined below:

• E-IDV solutions prevent the occurrence of medical identity theft. They prevent imposters from making false insurance and medical claims due to the excessive biometric recognition algorithms. 
• Electronic authentication procedures, in association with the OCR and database lookups, prevent unauthorized personnel from charging patients for unnecessary services.  
• Moreover, e-IDV checks stimulate the protection of online medical portals and medical health cards. The biometric checks ensure the accessibility to the online portals by authorized patients and medical personnel. 
• Additionally, electronic identity validation procedures protect sensitive medical areas from illegal access. They limit the access of emergency rooms and laboratories to only authorized and legitimate patients and healthcare personnel.  
• Electronic authentication operations prevent doctor-shopping operations, which prevent imposters from providing drug substances through illegal means.  

Final Thoughts 

E-IDV solutions are pivotal for the stimulation of healthcare operations. These services ensure excessive protection of patient’s identities from illicit usage and access. Global electronic id Verification solutions are backed by automated processing techniques that intensify the legitimacy of authentication procedures. Furthermore, these checks utilize optical character recognition, anti-money laundering screening, and biometric authentication measures to stimulate the examination of patient’s identity profiles. Therefore, healthcare institutions must employ extensive electronic identity authentication modules to enhance the protection of patient’s identity details from illegal access and misuse in real-time.