Telehealth & Virtual Care

Protect PHI Across Every Virtual Care Session, Device, and AI Workflow

Virtual care generates PHI across providers, devices, documentation systems, remote monitoring tools, cloud environments, and AI workflows. Seald Healthcare applies zero-knowledge record-level security to patient data so decryption remains governed by policy inside the platform and across the systems supporting each encounter.

Sessions Protected

The Problem

Virtual Care Extends Beyond Your Security Perimeter

Patient data generated during a virtual encounter rarely stays inside a single system. Session recordings, chat transcripts, clinical notes, intake forms, remote monitoring data, and AI-generated summaries move across multiple platforms and vendors after the encounter ends.

Session Data Flows Downstream

Session recordings, chat logs, clinical notes, and patient-generated data often flow into documentation platforms, analytics systems, and third-party applications with security controls that may differ from the originating platform.

Personal Devices Create New Exposure Points

Patients access care from personal devices, home networks, and unmanaged environments that sit outside traditional healthcare security controls.

AI Workflows Create New PHI Risks

AI documentation, triage, summarization, and care-coordination tools continuously ingest patient data. Traditional access controls were not designed to govern how PHI moves through agentic and AI-powered workflows.

How Seald Healthcare Solves It

How Record-Level Encryption Protects Virtual Care

Seald Healthcare protects virtual-care data at the record level and governs which people, devices, applications, and AI systems can decrypt it. Those controls can begin inside the virtual-care platform and remain enforceable as data moves through connected systems and downstream workflows.

Record-Level Encryption for Session Data

Clinical notes, chat transcripts, intake forms, session recordings, and remote monitoring data are encrypted before they leave the originating platform. Third-party systems can decrypt only the data they are authorized to access.

Device-Aware Access Controls

Define access based on identity, device, location, time window, and workflow. Revoke access from a specific device or session without affecting the broader provider account.

Policy-Governed AI Access

AI systems can decrypt only the records they are explicitly authorized to process. Documentation tools, triage systems, and AI assistants access only the PHI required for a specific task, while every access event is logged and auditable.

Policies in Action

Examples of What You Can Enforce

Virtual care distributes patient data across providers, devices, documentation systems, and external workflows. Seald Healthcare applies record-level decryption policy to each interaction so access can be limited to the data and conditions required for care. Start with your own providers and staff, then extend the same controls across the systems supporting each virtual encounter.

Learn More About Policy Studio
Enforced

Dr. James Cole ([email protected]) can decrypt records only for patients on today's visit schedule, during each visit window, from a registered device with MFA verified. Outside a scheduled window, the records do not decrypt.

WHODr. James ColeEMAIL[email protected]WHATToday's scheduleWHENVisit windowsDEVICERegisteredMFARequired
Enforced

Providers can decrypt a patient's record only during the scheduled visit window, from a registered device.

WHOProvidersWHENVisit windowDEVICERegistered
Enforced

Support staff can decrypt scheduling and technical fields only. Clinical encounter data does not decrypt for the support role.

WHOSupportWHATNon-clinical fields
Enforced

Any user is limited to two decryption sessions per hour, and only for patients on the schedule.

LIMIT2 sessions/hourWHATScheduled patients
Enforced

Verbatim Transcription can decrypt authorized visit audio only for scheduled encounters, from its registered environment with MFA verified. Access to each file expires 24 hours after the visit.

WHOVerbatim TranscriptionWHATVisit audioWHENScheduled encountersWHERERegistered environmentMFARequiredEXPIRATION24 hrs post-visit
Enforced

The AI scribe can decrypt only the active encounter, and only during the scheduled visit window.

WHOAI scribeWHATActive encounterWHENVisit window
Enforced

PulseSurvey can decrypt contact fields only. Clinical data does not decrypt in its environment.

WHOPulseSurveyWHATContact fields only
Enforced

Halo Remote Monitoring's access is revoked automatically when a monitoring program ends.

WHOHalo Remote MonitoringREVOCATIONProgram end

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

Seald Healthcare’s demonstrable controls may qualify for carrier premium credits.

1B+

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

Virtual care depends on third-party platforms, integrations, devices, and workflows. The more places patient data travels, the more places it can be exposed.

FAQ

Frequently Asked Questions

What does Seald Healthcare do?

Seald Healthcare protects patient data itself, not just the systems around it. Each record is encrypted individually, with decryption authority kept separate from the data. Records stay encrypted wherever they are stored, accessed, or shared and decrypt only during authorized use under policy for an approved person, device, application, or AI agent.

Does Seald Healthcare have access to our patient data?

No. Seald Healthcare is zero-knowledge by design. We manage the cryptographic infrastructure and policy enforcement required to protect the data, but we cannot independently decrypt customer PHI.

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.

Can Seald Healthcare protect AI workflows?

Yes. Each AI agent or workflow decrypts only the records its policy allows, and its access can be revoked in real time. Records sent to outside AI vendors stay encrypted and decrypt only during authorized use. Every decryption is logged.

Take the Next Step

Ready to Secure Your Virtual Care Platform?

See how Seald Healthcare protects patient data across every telehealth session, device, integration, and AI workflow without adding friction for providers or patients.

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