The new HIPAA rules demand a 72-hour recovery the industry says is impossible. There’s a cheaper answer: stay running, and make the data unstealable.
Hospitals are bracing for the biggest overhaul of HIPAA’s Security Rule since 2013, and most of the conversation is about the price tag. The proposed rule would mandate multi-factor authentication, encryption, threat scanning, and written procedures to restore critical systems within 72 hours, at an estimated $9 billion in the first year and roughly $6 billion a year after, with $68,000 in civil penalties per violation. More than 100 organizations have asked the administration to withdraw it.
We understand the pushback on cost and timelines. But we think the loudest objection actually points at the answer. The American Hospital Association’s cybersecurity adviser put it bluntly: “No organization can restore safely within 72 hours.” He’s right, and that’s exactly the problem worth solving.
Here’s our position: the 72-hour restoration mandate is hard because the entire industry is trying to win a recovery race after the system is already down. That race is expensive, slow, and, as the AHA says, often unwinnable. The cheaper and more reliable move is to stop framing this as recovery at all, and start treating it as continuity: keep the critical operations running while the breached system is being rebuilt behind the scenes.
THE REAL MATH /
Compliance is measured in billions. Downtime is measured in days.
The figures hospitals are fighting sit next to a number that rarely makes the headline. A healthcare ransomware event takes systems down for three to four weeks on average, and every one of those days costs an estimated $1 million to $8 million in lost revenue, before the diverted ambulances and delayed procedures. So the economics invert. The debate treats security as a multi-billion-dollar burden, but the thing the rule is trying to prevent is itself the most expensive line item in the equation. You are already paying for downtime. The only question is whether you pay in advance, as a small fixed cost, or all at once when the EHR goes dark.
THE ANSWER /
Spare Tire costs less than a day of the downtime it prevents
This is the gap Spare Tire® closes. It’s a zero-downtime continuity layer running on a separate cloud, holding a synchronized slice of the data clinicians need to keep treating patients when the primary EHR is unreachable. Ready in under a minute, architecturally separated from the systems it protects, and layered alongside what you already run, not a backup, not a hot-standby data center, not a rip-and-replace.
And it dissolves the rule’s hardest requirement. You don’t have to win a 72-hour restoration race if your clinicians never stopped working. Recovery takes the time it honestly needs while care continues on the continuity layer. In most cases, a year of Spare Tire costs less than a single day of the downtime it’s built to prevent.
THE SECOND LAYER /
Staying open isn’t enough. The data has to be unstealable.
Continuity keeps the doors open. It does nothing for the records an attacker copies on the way through, and that is what the rule, the regulators, and the lawsuits are really about. Encryption mandated. Access controlled. Every disclosure proven. Miss any one and it’s $68,000 per violation, multiplied by every record exposed.
Here’s the uncomfortable truth the Change Healthcare breach laid bare: by the time you detect the intruder, the files are already gone. Static documents sit on the network fully readable, waiting to be copied, forwarded, and encrypted. Every email is a potential disclosure event. Every shared record is a breach waiting for an audience.
Document GPS® ends that exposure. Its principle is absolute, no file means no leak. Documents are tokenized with cryptography embedded in every file and never exist as static, copyable objects an attacker can grab. Encryption stops being an “addressable” checkbox, the exact loophole regulators blame for a decade of lax security, and becomes the permanent state of every record. Access is revocable the instant you need it back, even after a file has been forwarded beyond your walls, so a stolen credential buys an attacker nothing. And every touch is written to an immutable, tamper-evident ledger, the chain of custody an OCR investigator demands and the evidence that wins the lawsuit that follows.
WHAT THE RULE DEMANDS
WHAT SHELTERZOOM DELIVERS
Restore critical systems in 72 hours
Spare Tire keeps critical operations running during the outage, so there’s no 72-hour race to lose. Care continues while recovery happens behind it.
Encrypt ePHI and control access
Document GPS tokenizes documents with cryptography embedded per file, so ePHI is never a static, readable object, and access stays revocable even after a file is forwarded.
Separate the breach from the data
Spare Tire runs on a separate cloud with separate credentials, and Document GPS leaves no file to steal, so ransomware has nowhere to spread and nothing to encrypt. tokenizes documents with cryptography embedded per file, so ePHI is never a static, readable object, and access stays revocable even after a file is forwarded.
Prove compliance, and cost less than the risk
Both produce an immutable audit trail for OCR or a lawsuit, priced below a single day of downtime, which runs $1M to $8M per day in healthcare.
THE BOTTOM LINE /
Spare Tire keeps care running through the attack. Document GPS makes sure nothing of value walks out during it. That’s the fix the rule is really asking for, not billions spent to recover a few hours faster, but two fixed layers that each cost a fraction of the breach they prevent.
Spare Tire and Document GPS are part of ShelterZoom’s resilience portfolio, alongside Mithra AI. Pricing out HIPAA compliance? Price out a day of downtime first. Reach us at info@shelterzoom.com.