HEALTHCAREQUANTUM RISK
Protected health information has a lifetime value measured in decades. PTG helps healthcare organizations prepare for quantum threats to ePHI, EHR systems, and medical devices.
Healthcare Quantum Vulnerabilities
Electronic Health Records
EHR systems transmit and store PHI using encryption that quantum computers will break. Patient records retain value for decades.
Healthcare APIs (HL7 FHIR)
Interoperability APIs that exchange patient data between systems rely on TLS encryption vulnerable to quantum attack.
Medical Imaging (DICOM)
Medical imaging data transmitted between devices and archives uses encryption that needs post-quantum protection.
Connected Medical Devices
IoMT devices with long field lifetimes cannot easily be updated, creating persistent quantum vulnerability.
Health Information Exchanges
HIEs transmit massive volumes of PHI between organizations using encryption at risk from quantum attacks.
Genomic Data
Genomic data is permanently sensitive and among the highest-priority targets for harvest-now-decrypt-later attacks.
Frequently Asked Questions
Does HIPAA require post-quantum cryptography?
HIPAA requires encryption to protect ePHI but does not yet specify PQC. However, HIPAA risk analyses must account for emerging threats, and auditors will increasingly expect quantum risk to be addressed.
Why is healthcare data uniquely vulnerable?
PHI has a permanent sensitivity lifetime. Unlike credit card numbers that can be changed, medical records, genetic data, and health histories cannot be revoked or replaced once exposed.
What should healthcare organizations do first?
Start with a quantum readiness assessment that inventories your cryptographic systems and prioritizes migration based on data sensitivity and retention periods.
Related Services
Assess Your Quantum Risk
Start with a quantum readiness assessment to understand your exposure and build a migration roadmap.