Ecosteer RELE Technology: Decentralizing Data Privacy for Data Records
In an era where data privacy and security are of utmost importance, Ecosteer Record Level Encryption (RELE) technology is setting a new standard for data sharing across various sectors. As a horizontal technology, RELE can be applied in any industry where personal data is generated by third parties and stored by them directly or through external IT service providers. This includes sectors such as healthcare, e-commerce, and financial services. For instance, in healthcare, doctors create patient records that are stored by hospitals and clinics; in e-commerce, platforms maintain personal shopping histories; and in financial services, credit records are created by financial operators and stored by financial institutions.
Ecosteer Decentralized Consent Management Solutions
RELE is a crucial addition to Ecosteer’s broader mission to revolutionize consent management through decentralization. In previous articles, we explored how Ecosteer’s groundbreaking Data Visibility Control Overlay (DVCO) empowers data owners by putting them in control of their data streams. With RELE, we are taking this empowerment a step further-ensuring that data owners retain authority over their data even when it is stored by service providers, from banks to clinics. Together, DVCO and RELE form a powerful duo that gives data owners unprecedented control over their information, reinforcing the core principle of decentralized consent management.
Clinfold: Ecosteer RELE-Powered Healthcare Application
While RELE serves as a foundational technology applicable across multiple sectors, its application in healthcare is particularly significant. Ecosteer has developed a RELE-powered Healthcare application, Clinfold , that extends the core capabilities of RELE with additional features tailored specifically to the needs of the healthcare sector. These enhancements include advanced functionalities such as AI-driven systems, which, although not part of RELE’s core technology, are essential for maximizing its effectiveness in healthcare.
Clinfold brings several innovations to healthcare data management:
- Decentralized Data Records Access Request Management : This feature leverages an embedded AI system to convert natural language requests into data records lists visible only to the patient. This means that any access requests made to view or use patient data are processed in a way that ensures only the patient has visibility and control, thereby further protecting privacy and reinforcing the patient’s autonomy over their health information.
- Decentralized Management of Personal Health History : Managing personal health histories can be complex, but Clinfold simplifies this through its Decentralized Management of Personal Health History Creation & Update feature. By using AI, patients can easily convert data records into natural language, making it simpler to create and update their personal health history. This innovation ensures that patients can manage their health information without requiring extensive technical knowledge while still maintaining complete control over their data.
Ensuring a Smooth Transition for EHR Service Providers
A key strength of Clinfold is that it allows Electronic Health Record (EHR) service providers to adopt this advanced technology without disrupting their existing infrastructure. Providers can continue using their current data storage systems, cybersecurity measures, and document transmission protocols. This approach ensures that the transition to a decentralized model is seamless, allowing providers to maintain their core functions while benefiting from the enhanced security and privacy features offered by the RELE-powered Clinfold application.
Conclusion: A New Era for Data Privacy in Healthcare
RELE-powered Clinfold is more than just a technological enhancement; it represents a fundamental shift in how EHR service providers operate. By decentralizing consent management, data access, and personal health history management, this application empowers patients like never before, giving them control over their data while ensuring that providers remain technically neutral. This innovative approach is setting a new standard for the future of electronic health records, where privacy and patient control are at the forefront.
As the healthcare industry continues to evolve, the integration of RELE technology will be crucial in safeguarding patient data and supporting advancements in medical research and patient care. By placing control back into the hands of individuals, RELE is poised to play a pivotal role in the future of healthcare, ensuring that data privacy and security remain uncompromised while enabling more efficient and effective care.
Originally published at https://www.linkedin.com.
