Tokenization for HIPAA Compliant eCommerce

HIPAA DEVELOPMENT CAN BE TOUGH. LET THE EXPERTS HELP YOU UNDERSTAND WHAT YOU NEED
Safeguard your patients' data with intelligent data tokenization

HIPAA Patient Data Security and Privacy Tokenization

Tokenization and encryption are associated with how ePHI is directly accessible, both shielding the real data by offering "something else" in its place. The variance between the two is that encoding is an adjustable procedure using a decoding key (essentially decoding a code). At the same time, tokenization refers to forming an unusable, random set of numbers when the actual ePHI is concealed in a vault. In either case, if somebody gains access to the encoded tokens or data, it will be easier for them to understand and utilize them, except they get access to the token vault or the decoding key.

e-PHI tokenization can be a better selection to guarantee the safety of such data, as every token is created randomly, having no link to other present data. In contrast, all encoded data can be exposed through a decryption key. Though scaling up the formation token can be more challenging, as compared to encryption, it can function on any data volume, and it is primarily used for organized information, like account numbers, social security number, information related to contact or email, instead of any file as encryption ensures. The major benefit of ePHI tokenization is that definite ePHI is constantly stored in the token vault. Inside any organization that can cope with HIPAA Compliant website requirements associated with encrypted encryption, information can be handled and conveyed by outside parties.

e-PHI tokenization is a secure way to protect your patients

Using Tokenization for HIPAA Compliant eCommerce Websites

On the eCommerce platforms, your data is at high risk of breaches. Using tokens is an intelligent way to apply an additional layer of security and lessen the data breaches risk, the existing physical, managerial, and other procedural HIPAA compliant website protections. Tokenization happens when ePHI is submitted from the user. When ePHI is needed, the equivalent token is used in its place. Knowing that they have "not real" standards, as far as the end-user interface is concerned, tokens do not cause any problem, as they do not perceive them, or they are not viewed in their complete potential. A tokenization example of moderately revealed in public is viewing the amount of a card being used for payment purposes in the set-up of asterisks resulting in the last four digits, which are revealed and conforming to the actual data. In this case, there is no one directly able to excerpt the data confined in this token, but concurrently, viewing some share of the data acquired by the user develops trust and reinforces the business-client association.

Client-side tokenization is an appropriate solution if you need to host the credit card information collected from any of your pages without directly manipulating such data. It can be said that the ePHI tokenization can make a change in the level of sanctuary and ability to fulfill the HIPAA Password requirements. You can use the tokenized data in the position of the real data, conserving the functionality of the operations more effortlessly and with less worry. In contrast, admission to the factual information is secured under numerous protection layers, demanding wide-ranging authentication or multiple intrusion layers. HIPAA password needs to prevail until the token vault is gotten.

Protect yourself against major data breaches

How Tokenization Keeps Data Secure?

Tokenization is a general concept widely accepted as a best practice for storing credit card information, which is extremely sensitive. A mutual best practice industry is to transmit credit card data to a tokenization API and send that information protected over SSL by the user interface.

Fundamentally, no backend application caches or stores that information as it directly goes to an API. It is the layer that physically has that information in a stored set-up. The API takes the information and transfers it back to a reference token with that specific critical data.

As a general competence, tokenization has become very common, not only for payment data but also for any sensitive information and needs to be secured. The idea is analogous to stand-up in line with a priority figure. Using this number, you can essentially represent yourself while somebody can call it your reference. This allows you to distinguish when you're being named, and for this, you don't have to provide any information about yourself.

Tokenization is the concept showing resemblances to other types of documentation. The main idea here is that it is not a brief number, nor can it be guessed easily because it's worldwide unique. From here, this token gets united with an admission key or a password and username. It's not rare to strengthen all of the communication over SSL and lock down the IP address that can access the API calls for that specific collection of data.

In the end, you're taking very critical personal health information and storing it in the database. This seriously encrypted data storage is fully structured, profoundly protected, and secured. As a result, it would be stimulating to access that information without having the right approval.

The information itself is signified by a token that can be later used to access the actual data. In addition to the access and token, a password and username can also authenticate the IP address. All information is transferred over encoded SSL to allow a secure data transmission. Transfer the token proceeds the demanded critical data that might be shown in the user interface.

Bringing in the experts to ensure HIPAA compliance

How Can Clarity Help with HIPAA Compliance?

Concluding the whole discussion, it is estimated that the e-PHI tokenization can be a better selection to guarantee the safety of such data, as every token is created randomly, having no link to other present data, while all prearranged data can be exposed through a decryption key. Tokenization occurs when ePHI is submitted from the user. When ePHI is needed, the equivalent token is used in its place. It can be said that the ePHI tokenization can make a change in the level of sanctuary and ability to fulfill the HIPAA compliance requirements. It's not unlikely to strengthen all of the communication over SSL and lock down the IP address that can access the API calls for that specific set of data.

Clarity has developed some of the best HIPAA-Compliant Websites. Any health organization can face issues with HIPAA responsibilities when they start their digital journey. These problems can be overcome by working with a professional HIPAA development team. Clarity's HIPAA Compliance Services include:

  • HIPAA Complaint Website
  • HIPAA Compliant eCommerce integration
  • HIPAA Security and Privacy Rules
  • HIPAA Compliance Requirements
  • HIPAA Technical Safeguards
  • HIPAA Compliance Certification
  • HIPAA Password Requirements
  • HIPAA Compliant App Development
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