When a hospital in western Poland was hit by a cyberattack, doctors and staff were forced to revert to paper documentation. [link]
Patient records that were normally available in seconds suddenly required manual retrieval. Administrative workflows slowed to a crawl. Systems that modern healthcare depends on were unavailable while IT teams worked to restore operations.
Care continued. But the hospital effectively stepped back decades in how it operated.
This is not unusual.
Hospitals around the world are still one successful attack away from losing access to the digital records they rely on every day.
Cyberattacks against hospitals are usually described as IT outages.
But the real impact is the loss of access to data.
When those systems disappear, the hospital cannot function normally. Doctors and nurses are forced to rely on slower, manual processes just to maintain continuity of care.
Attackers understand this.
Healthcare organizations are attractive targets precisely because downtime creates immediate operational pressure. When access to data disappears, the organization has little choice but to focus on restoring systems as quickly as possible.
Most hospital IT architectures rely on centralized platforms.
When attackers disrupt those environments, access to the data disappears along with the infrastructure.
Even when backups exist, restoring them takes time. Systems must be rebuilt. Data must be verified. Applications must be brought back online.
Until that process finishes, clinicians are left without the information they rely on. That is why hospitals fall back to paper. The problem is not simply security. It is architecture.
Every system can be compromised. Software vulnerabilities exist. Credentials can be stolen. Infrastructure can be disrupted. The question is not whether attacks will occur. The question is whether access to the data survives when they do. If a single platform or centralized environment controls the availability of critical data, then compromising that system disrupts everything that depends on it.
This is the leverage attackers exploit.
Myota was designed with the assumption that systems will eventually fail or be compromised.
Instead of relying on a single storage platform or centralized backup repository, Myota’s Shard and Spread™ architecture distributes encrypted, post-quantum protected data across multiple independent storage locations.
Each shard is immutable at write time.
No single system controls the entire dataset. No single compromise can make the data unavailable.
Recovery does not require restoring a centralized system. It only requires a quorum of independent Shard Repositories. In a typical deployment, any two repositories can reconstruct the data even if others are unavailable.
This means the data remains accessible even when parts of the infrastructure are offline or compromised.
In a situation like the hospital attack in Poland, clinicians would still have access to the digital records they depend on. No waiting for systems to be rebuilt. No operational paralysis. No return to paper workflows.
Healthcare will always be a target for cyberattacks. But resilience should not mean restoring systems after they fail. It should mean ensuring access to data never disappears in the first place.
When data is protected as a distributed, immutable fabric instead of stored behind a single platform, the outcome of these attacks changes entirely.
Systems may fail. But the data that modern healthcare depends on remains available.