In many ways, the healthcare industry feels like a paradox. It’s one of the most technologically advanced sectors, yet some of its most fundamental systems struggle to talk to each other. We've seen this firsthand in conversations with our partners and in our observations of how patient data moves — or more accurately, doesn't move — across care providers.
The issue comes down to one word: interoperability.
Electronic Health Records (EHRs) are meant to be a digital backbone for modern healthcare. They store everything from diagnosis history and lab results to medication lists and clinical notes. But here's the problem: many of these systems are built in silos. A patient's record at a clinic down the street may not be accessible to the hospital just a few blocks away. Despite being part of the same community, those providers may operate on completely different platforms that refuse — or are unable — to connect with one another.
It’s a bit like working in a company where every team member uses a different email service. Imagine trying to schedule meetings, share updates, or follow up on projects when your messages can’t reliably get through. Important decisions would slow down, miscommunications would rise, and people would either work with incomplete information — or worse, start duplicating efforts. That’s not just inefficient. It’s potentially dangerous when your “project” is someone’s health.
Of course, creating seamless data exchange across disparate systems is no small feat. Different providers use different vendors, each with their own data standards, security models, and priorities. Add to that a tangled web of regulations and stakeholder interests, and it's clear why we've ended up with patchwork systems.
Yet the promise of interoperability is compelling. With a more open and connected infrastructure, hundreds of millions of patient records could follow individuals wherever they receive care. A cardiologist could quickly see what a general practitioner prescribed. A physical therapist could understand the history of an injury without starting from scratch. Patterns could emerge — not just in how we treat individuals, but in how we understand public health more broadly. It’s an opportunity to make healthcare both more personalized and more precise.
Still, there's a valid reason why many tread cautiously. Data privacy isn’t just a legal checkbox. It’s a real and constant imperative. Health records are deeply personal — in many ways, they reveal more about us than just about any other artifact of our lives. Concerns about misuse aren’t hypothetical. If data flows faster and more freely, so too could the risks. Trust, once broken, is hard to rebuild. Any attempt to improve interoperability has to begin (and continually return to) the question: how do we protect the integrity, consent, and dignity of patients?
At Dellecod Assets, we spend a lot of time thinking about infrastructures — what’s beneath the surface of systems we interact with every day. Interoperability isn’t visible to most patients, just as they don’t see the servers behind the apps they use. But enabling information to flow in smarter, safer ways is what leads to care that feels human, holistic, and connected.
This isn't just a technical challenge. It’s a cultural and organizational one. It's about getting institutions to align on shared goals and standards, balancing openness with protection, and recognizing that data, in the right context, is more than just information — it’s care in action.
We don’t imagine this will be solved overnight. Real transformation rarely is. But when we listen to stories of patients moving from doctor to doctor without their records following, or when we hear from providers who want to treat a whole person but only have fragments of their history, we’re reminded: even incremental progress on interoperability isn’t just a backend win. It’s a frontline one too.
The issue comes down to one word: interoperability.
Electronic Health Records (EHRs) are meant to be a digital backbone for modern healthcare. They store everything from diagnosis history and lab results to medication lists and clinical notes. But here's the problem: many of these systems are built in silos. A patient's record at a clinic down the street may not be accessible to the hospital just a few blocks away. Despite being part of the same community, those providers may operate on completely different platforms that refuse — or are unable — to connect with one another.
It’s a bit like working in a company where every team member uses a different email service. Imagine trying to schedule meetings, share updates, or follow up on projects when your messages can’t reliably get through. Important decisions would slow down, miscommunications would rise, and people would either work with incomplete information — or worse, start duplicating efforts. That’s not just inefficient. It’s potentially dangerous when your “project” is someone’s health.
Of course, creating seamless data exchange across disparate systems is no small feat. Different providers use different vendors, each with their own data standards, security models, and priorities. Add to that a tangled web of regulations and stakeholder interests, and it's clear why we've ended up with patchwork systems.
Yet the promise of interoperability is compelling. With a more open and connected infrastructure, hundreds of millions of patient records could follow individuals wherever they receive care. A cardiologist could quickly see what a general practitioner prescribed. A physical therapist could understand the history of an injury without starting from scratch. Patterns could emerge — not just in how we treat individuals, but in how we understand public health more broadly. It’s an opportunity to make healthcare both more personalized and more precise.
Still, there's a valid reason why many tread cautiously. Data privacy isn’t just a legal checkbox. It’s a real and constant imperative. Health records are deeply personal — in many ways, they reveal more about us than just about any other artifact of our lives. Concerns about misuse aren’t hypothetical. If data flows faster and more freely, so too could the risks. Trust, once broken, is hard to rebuild. Any attempt to improve interoperability has to begin (and continually return to) the question: how do we protect the integrity, consent, and dignity of patients?
At Dellecod Assets, we spend a lot of time thinking about infrastructures — what’s beneath the surface of systems we interact with every day. Interoperability isn’t visible to most patients, just as they don’t see the servers behind the apps they use. But enabling information to flow in smarter, safer ways is what leads to care that feels human, holistic, and connected.
This isn't just a technical challenge. It’s a cultural and organizational one. It's about getting institutions to align on shared goals and standards, balancing openness with protection, and recognizing that data, in the right context, is more than just information — it’s care in action.
We don’t imagine this will be solved overnight. Real transformation rarely is. But when we listen to stories of patients moving from doctor to doctor without their records following, or when we hear from providers who want to treat a whole person but only have fragments of their history, we’re reminded: even incremental progress on interoperability isn’t just a backend win. It’s a frontline one too.