Hospitals & Health Systems

Encrypt PHI Across Every Vendor Connection and Workflow

Hospitals and health systems exchange patient data through HL7 v2 messages, FHIR APIs, interface engines, laboratories, clearinghouses, revenue cycle vendors, analytics platforms, and AI systems. Seald Healthcare sits at the egress point where data leaves your network, encrypting PHI at the record level before it reaches third parties and ensuring protection remains attached to the data wherever it goes.

Records Protected

The Problem

Where Hospital PHI Loses Protection

Your Vendor's Breach Is Not Just Your Vendor's Problem

Every HL7 message, FHIR transaction, laboratory order, referral, and vendor integration creates another pathway for PHI to leave your network. Once that data reaches a third party, it is typically decrypted, indexed, and processed in plaintext. If the vendor is breached, your patients, your organization, and your reputation bear the consequences.

Compliance Does Not Equal Security

Passing a HIPAA audit does not mean patient data remains protected after it leaves your network. Compliance governs processes. Record-level security protects the data itself.

No Control After Data Leaves

Once PHI is shared with a laboratory, clearinghouse, revenue cycle vendor, analytics platform, or AI system, traditional perimeter security no longer applies. You cannot revoke access to data you no longer control.

How Seald Healthcare Solves It

How Record-Level Encryption Protects Hospital PHI

Seald Healthcare sits at the point where data leaves your network. Whether PHI moves through Mirth Connect, Epic Bridges, Cloverleaf, Rhapsody, HL7 feeds, FHIR APIs, or SFTP workflows, Seald Healthcare encrypts it before it reaches third parties.

Record-Level Encryption

Every patient record is encrypted individually before it leaves your network. Not volume-level. Not database-level. Record-level. No changes to Epic, Oracle Health, Athenahealth, eClinicalWorks, or your existing EHR are required.

Persistent Access Policies

Encryption and access policies remain attached to the data. Define who can decrypt PHI, under what conditions, for how long, and from which devices. Revoke access instantly, even after data has been shared.

Real-Time Audit Visibility

See exactly who accessed patient data, when they accessed it, from where, and under which policy. Every access request, decryption event, denial, policy change, signature verification, and audit event is recorded with cryptographic integrity.

HIPAA Safe Harbor

A Breach of Properly Encrypted PHI Is Not a Reportable Breach Per HHS

If protected health information is lost, stolen, or accessed by an unauthorized party, properly encrypted data remains unreadable and unusable. Under HHS guidance, properly encrypted PHI is not considered unsecured PHI when the decryption key or process has not also been compromised, and therefore does not trigger HIPAA breach-notification requirements. That means a security incident does not automatically become a reportable breach. The result can be reduced breach liability, lower cyber insurance costs, and a dramatically different outcome for your organization.

“Protected health information (PHI) is rendered unusable, unreadable, or indecipherable to unauthorized individuals if one or more of the following applies: electronic PHI has been encrypted as specified in the HIPAA Security Rule… such encryption renders the breach notification provisions of the HITECH Act inapplicable.”
— HHS Guidance Specifying the Technologies and Methodologies for Securing PHI · 45 CFR § 164.402

No Public Disclosure

No 60-day notification clock, no HHS portal listing, no press release.

Reduced OCR Exposure

Demonstrated safeguards reduce regulatory and enforcement exposure.

Lower Insurance Premiums

Record-level encryption may qualify for carrier premium credits.

1B+

Patient records exposed across 7,400+ reported healthcare breaches since 2009

The average healthcare breach costs $6.64 million, the highest of any industry. More than 80% of stolen patient records are taken from third-party vendors, not providers directly.

FAQ

Frequently Asked Questions

What does Seald Healthcare do?

Seald Healthcare protects patient data itself, not just the systems around it. PHI remains encrypted at the record level wherever it is reviewed, processed, shared, or stored, and decrypts only at authorized read time under policy for an approved person, device, application, service, or AI agent.

Does Seald Healthcare require us to replace our EHR or existing infrastructure?

No. Seald Healthcare is designed to deploy alongside your existing healthcare infrastructure. For outbound workflows, it can sit at the egress point where patient data leaves your environment, encrypting PHI before it reaches third parties without replacing your EHR or requiring EHR vendor cooperation.

What happens if a vendor or cloud environment is breached?

Seald Healthcare is designed so that compromising the environment storing the data does not, by itself, provide the authority required to decrypt the protected records. Patient data remains encrypted, and decryption still requires an authorized request that satisfies the active policy.

How long does integration take?

Integration depends on the workflow and deployment model. Seald Healthcare is designed to secure an initial patient-data workflow in approximately 60 days, with additional integrations using supported healthcare interfaces and existing deployment patterns able to move significantly faster.

Take the Next Step

Ready to Protect Your Patient Data Beyond the Perimeter?

See how Seald Healthcare protects patient data beyond the EHR, across every vendor connection and workflow.

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