Healthcare interoperability starts with trust, not technology.
Our Vision: Individual Authority Over Health Data
Portable EHR is, first and foremost, a tool that allows individuals to regain authority over their own health data.
By placing access, sharing, and consent directly in the hands of citizens, Portable EHR restores health as a condition of personal freedom, dignity, and continuity of care — enabled through a secure, personal smartphone application.
Our vision is to provide individuals with direct, continuous access to their health information, independent of institutions, systems, or borders. By doing so, Portable EHR repositions the individual as the primary authority over health data, rather than a passive subject of fragmented systems.
More
Why Individual Consent Comes First
In healthcare and research, meaningful interoperability cannot exist without clearly established authority.
Verifiable identity, explicit consent, and longitudinal attribution are not secondary features — they are the foundations that make any lawful, ethical, and scalable use of health data possible.
Without these foundations, data exchange and analytics remain structurally fragile, legally constrained, and socially contested.
From Individual Consent to Research Enablement
Portable EHR enables sponsors and researchers to identify and recruit consented participants efficiently for both prospective and retrospective studies by anchoring data access to verifiable individual identity and explicit consent. Portable EHR reduces delays in cohort acquisition and supports the generation of high-quality real-world evidence.
This research enablement is not a separate objective, but a direct consequence of restoring individual authority over health data.
Intelligent cohorts
Once a consented cohort is identified, participant eligibility can be assessed against specific study criteria using advanced analytical tools. These analyses rely exclusively on health information that participants have explicitly authorized for research purposes.
Participants may provide, refine, or withdraw their informed consent at any time through the Portable EHR mobile application, ensuring continuous individual control over data sharing and research participation.
When strictly necessary for the study, any missing health information may be securely and confidentially provided by the participating patient through the application.
Analytical processes may incorporate artificial intelligence and machine learning techniques to support efficient and consistent cohort evaluation, where appropriate.
AI, Research Integrity, and Upstream Foundations
As artificial intelligence becomes central to biomedical research, the quality and reliability of its outputs increasingly depend on the integrity of identity, consent, and longitudinal attribution — foundations that Portable EHR secures upstream.
By addressing these prerequisites before data analysis begins, Portable EHR strengthens not only research efficiency, but also scientific validity and regulatory trust.
Impact on society
By restoring individual authority over health data, Portable EHR contributes to more resilient health systems, greater public trust, and broader social acceptability of digital health and research initiatives.
More
Ethical, revocable consent for research contact and participation.
Portable EHR enables individuals to proactively consent to being contacted for research, to grant or deny access to specific health information, and to withdraw participation at any time. This removes a major structural barrier that often prevents research teams from contacting eligible participants unless prior consent already exists.
A citizen-controlled, retractable organ donation consent framework.
Portable EHR can support an organ donation consent register that remains under individual control, is auditable, and can be updated or revoked at any time. This can increase social acceptability and help improve donor representativeness, including among younger, mobile-native users.
Breaking interoperability deadlocks by making the individual the active interoperability layer.
Many healthcare ecosystems remain fragmented across multiple systems and providers. Portable EHR reduces dependence on full institutional integration by enabling individuals to securely carry, present, and authorize the use of their information across care settings. This approach can help bridge silos between hospitals and clinics, labs, radiology providers, and other services without requiring every system to be fully connected to every other system.
Compatibility with existing healthcare and research system landscapes.
Portable EHR is designed to coexist with established infrastructures and workflows and can complement institutional systems such as Hospital Information Systems (HIS), Laboratory Information Systems (LIS), Radiology Information Systems (RIS), and clinical research operations platforms such as Clinical Trial Management Systems (CTMS). The result is a pragmatic pathway to measurable impact without waiting for perfect system-wide interoperability.
Empowered individuals become active participants in both care and knowledge creation, rather than passive data sources. This shift supports more ethical innovation, reduces systemic friction, and strengthens the legitimacy of health data use at scale.
Long-Term Vision: Shared Biomedical Value and Sovereignty
Portable EHR supports a long-term shift from extractive data models toward shared biomedical value creation.
More
By enabling ethical, consent-based research at population scale, Portable EHR opens the path to locally relevant pharmacogenomics, sovereign scientific capacity, and durable partnerships between populations, states, and global research actors.
This long-term vision positions Portable EHR not as a data intermediary, but as a foundational layer for trust, autonomy, and sustainable biomedical collaboration.
Impact on society
By restoring individual authority over health data, Portable EHR contributes to more resilient health systems, greater public trust, and broader social acceptability of digital health and research initiatives.
Ethical, revocable consent for research contact and participation.
Portable EHR enables individuals to proactively consent to being contacted for research, to grant or deny access to specific health information, and to withdraw participation at any time. This removes a major structural barrier that often prevents research teams from contacting eligible participants unless prior consent already exists.
A citizen-controlled, retractable organ donation consent framework.
Portable EHR can support an organ donation consent register that remains under individual control, is auditable, and can be updated or revoked at any time. This can increase social acceptability and help improve donor representativeness, including among younger, mobile-native users.
Breaking interoperability deadlocks by making the individual the active interoperability layer.
Many healthcare ecosystems remain fragmented across multiple systems and providers. Portable EHR reduces dependence on full institutional integration by enabling individuals to securely carry, present, and authorize the use of their information across care settings. This approach can help bridge silos between hospitals and clinics, labs, radiology providers, and other services without requiring every system to be fully connected to every other system.
Compatibility with existing healthcare and research system landscapes.
Portable EHR is designed to coexist with established infrastructures and workflows and can complement institutional systems such as Hospital Information Systems (HIS), Laboratory Information Systems (LIS), Radiology Information Systems (RIS), and clinical research operations platforms such as Clinical Trial Management Systems (CTMS). The result is a pragmatic pathway to measurable impact without waiting for perfect system-wide interoperability.
Empowered individuals become active participants in both care and knowledge creation, rather than passive data sources. This shift supports more ethical innovation, reduces systemic friction, and strengthens the legitimacy of health data use at scale.
Long-Term Vision: Shared Biomedical Value and Sovereignty
Portable EHR supports a long-term shift from extractive data models toward shared biomedical value creation.
By enabling ethical, consent-based research at population scale, Portable EHR opens the path to locally relevant pharmacogenomics, sovereign scientific capacity, and durable partnerships between populations, states, and global research actors.
This long-term vision positions Portable EHR not as a data intermediary, but as a foundational layer for trust, autonomy, and sustainable biomedical collaboration.
LIS / RIS / CTMS interfaces
Portable EHR is negotiating with several institutions in order to establish direct connections between its application and various healthcare sector services.
For example, services such as the laboratory information system (LIS) of a major private laboratory, or the radiology information system (RIS) of several clinics and hospitals.
The above is complemented by a clinical trial management system (CTMS) that allows patients to easily manage their consent, or revocation of consent, in regards to their participation in research programs.
These direct connections will accelerate consent management, which will be updated in real time with every decision made by the patient.
Intelligent cohorts
Artificial intelligence (AI) and machine learning (ML) contribute to the accelerated selection of patient-candidates who may join the cohorts of health research programs.
AI and ML both analyze the available health information, according to specific criteria, in order to rapidly assess a patient’s eligibility as a participant in a research cohort.
A patient who is contacted may give his or her informed consent to the sharing of personal health data for research purposes, or withdraw his or her participation at any time via the Portable EHR mobile application.
Any missing health information, that is judged necessary for the study, may be securely and confidentially provided through the application by the participating patient.
LIS / RIS / CTMS interfaces
Portable EHR is negotiating with several institutions in order to establish direct connections between its application and various healthcare sector services.
For example, services such as the laboratory information system (LIS) of a major private laboratory, or the radiology information system (RIS) of several clinics and hospitals.
The above is complemented by a clinical trial management system (CTMS) that allows patients to easily manage their consent, or revocation of consent, in regards to their participation in research programs.
These direct connections will accelerate consent management, which will be updated in real time with every decision made by the patient.
Intelligent cohorts
Artificial intelligence (AI) and machine learning (ML) contribute to the accelerated selection of patient-candidates who may join the cohorts of health research programs.
AI and ML both analyze the available health information, according to specific criteria, in order to rapidly assess a patient’s eligibility as a participant in a research cohort.
A patient who is contacted may give his or her informed consent to the sharing of personal health data for research purposes, or withdraw his or her participation at any time via the Portable EHR mobile application.
Any missing health information, that is judged necessary for the study, may be securely and confidentially provided through the application by the participating patient.