Quantum-safe FHIR should be thought of as the next building block in our healthcare infrastructure.
The Fast Healthcare Interoperability Resources standard is one of the most exciting steps forward in modern healthcare. For the first time, we are seeing truly distributed healthcare data become accessible at the right place and the right time.
This has the potential to save critical minutes during emergencies, streamline patient care and reduce the friction we’ve all experienced when systems don’t "talk" to each other. As healthcare organizations embrace FHIR standards, we also need to look one step further: How do we keep all of this data safe, not only today, but for the decades ahead? FHIR is not just a single technology; it represents a collection of moving parts. It powers multiple APIs and handles questionnaires, data cards, bulk exports and more. With initiatives like TEFCA and CDex promoting broader exchange of patient information, protecting that information is no longer a matter of compliance; it is about trust, resilience and leadership.Quantum computing is an emerging area of computer science that uses the properties of quantum physics to tackle problems that today’s most powerful traditional computers struggle with. This field brings together many disciplines, from building the hardware itself to designing new kinds of algorithms. Albeit still in its early stages, quantum technology is advancing quickly and may soon be able to solve highly complex problems that classical supercomputers either can’t solve at all or can’t solve quickly enough to be useful. In healthcare, it has a very interesting implication: the arrival of computers powerful enough to break our cryptography. Our current security encryptions are strong enough for the computing technology we have today. The time taken by our current systems to crack the encryption is exceptionally long, which makes our applications secure.to break could be cracked in just a few hours. So attackers or bad actors can plan to steal encrypted data today, store it and simply bide their time. Once quantum technology catches up, they can then unencrypt the stolen data. This approach already has a name in cybersecurity: harvest now, decrypt later. For healthcare, where records may need to remain private for the entire lifespan of a patient, and often beyond, this is more than a theoretical risk. It’s a challenge we need to prepare for now.and governments are already building and running working quantum machines. They are still small by future standards, but progress has been steady and accelerating.. These new algorithms are designed to resist both traditional and quantum attacks, providing the next generation of encryption. Federal agencies have been instructed to begin planning their migrations.Healthcare data is uniquely sensitive and uniquely enduring. A credit card number might be canceled in days; a lab result, diagnosis or treatment history can remain meaningful for a lifetime. That longevity makes our sector especially vulnerable to the harvest-now, decrypt-later risk.is a stark reminder of how fragile our systems can be when a critical node is compromised. We saw millions of dollars inThis is not just a technology challenge. It is a leadership opportunity. Quantum-safe FHIR should be thought of as the next building block in our healthcare infrastructure. Just as interoperability became a strategic priority, future-proofing the trust patients place in us must become a strategic priority, too. Let us empower our teams by prioritizing training, allocating budget to encourage pilot projects and creating a culture where security is seen as a shared responsibility.So what does this mean in practical terms for healthcare CEOs, executives and managers? Here are five steps that they can start today, without requiring a degree in cryptography:Ask your teams to map where encryption protects your organization: APIs, data lakes, archives, backups, vendor platforms. Visibility is empowering. It gives everyone a clear picture of what’s at stake.Equip your security and development teams with opportunities to learn about post-quantum cryptography and modern encryption practices. Training doesn’t just build skills; it builds confidence and creates a culture where teams feel trusted to take ownership.In conversations with EHR providers, clearinghouses or analytics platforms, explore their ability to adapt to new encryption standards. Focus on building partnerships where resilience and agility are shared goals.Encourage IT leaders to experiment with post-quantum cryptography in low-risk environments. Small pilots create knowledge and confidence within teams.Help stakeholders understand that "harvest-now, decrypt-later risk" is a threat we need to factor in, and look at data safety as a market differentiator. When we empower teams, we unlock creativity. When we equip them with training, we accelerate progress. When we position security not as a cost, but as a foundation of trust, we create organizations that patients, providers and partners want to work with. FHIR has opened the door to a future where data can flow as seamlessly as care. But an open door must also be a secure door. Quantum computing is coming, and with it the possibility that the locks we trust today will no longer hold. Our responsibility as healthcare leaders is not only to provide excellent care, but also to ensure that the records, stories and data that document that care remain safe. Quantum-safe FHIR is not about algorithms; it is about honoring the trust our patients place in us, for decades to come.
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