Is Intelerad PACS HIPAA Compliant? Radiology HIPAA Compliance Checklist

Asking “Is Intelerad PACS HIPAA compliant?” gets to the heart of a bigger truth: no single product is “HIPAA-certified.” Compliance comes from how you and your vendor implement administrative, physical, and technical safeguards. Intelerad PACS can support HIPAA-aligned controls when configured correctly, governed by a strong Information Security Management System and validated through contracts and evidence.

This checklist walks you through the Security Rule Specifications that matter in radiology, what to verify with your vendor, and how to operationalize protections—so you can run secure, efficient imaging workflows while protecting PHI.

Intelerad PACS Security Features

Focus on capabilities that map directly to HIPAA controls and radiology workflows. Ask Intelerad to document how each control is implemented and how you can verify it in your environment.

• Access control and identity: unique user IDs, role-based access control (RBAC), least-privilege roles for readers, technologists, radiologists, and admins; support for SSO and MFA.
• End-to-End Encryption: TLS for data in transit across viewers, gateways, VNAs, and cloud components; strong encryption at rest for databases, archives, and backups.
• Audit Trails: comprehensive logging of user access, study open/view, export, print, routing, admin changes, and failed logins; tamper-evident storage and retention policies.
• Integrity and availability: hashing or digital signatures for object integrity; resilient storage, replication, and tested disaster recovery to meet defined RPO/RTO.
• Configuration security: secure defaults, hardened OS/images, patch cadence, vulnerability management, and documented change control.
• DICOM Conformance: published DICOM Conformance statements for each AE, including supported SOP Classes, transfer syntaxes, and TLS options.
• Program-level assurance: proof of an Information Security Management System; independent attestations such as ISO 27001 Certification or SOC 2 Compliance (scope and dates matter—request the latest reports and management assertions).

HIPAA Administrative Safeguards for Radiology

Map your policies and procedures to the Security Rule Specifications and confirm how Intelerad’s platform and services align with each area.

• Security management process: documented risk analysis specific to PACS, modalities, viewers, and teleradiology; risk treatment plans with owners and deadlines.
• Assigned security responsibility: a designated radiology/security lead accountable for PACS security and vendor oversight.
• Workforce security and access management: onboarding/offboarding workflows, periodic access reviews, and break-glass processes for emergencies.
• Security awareness and training: role-based training for radiologists, technologists, and IT; spear-phishing simulations and refreshers on PHI handling.
• Security incident procedures: playbooks for detection, triage, containment, forensics, and notification; clear escalation paths with Intelerad support.
• Contingency planning: backup strategy for images/metadata, DR testing, alternate viewing options, and downtime dictation/reporting procedures.
• Evaluation: periodic technical and nontechnical evaluations when systems, locations, or regulations change.
• Business associate arrangements: executed BAAs with Intelerad and any subcontractors with PHI access.

Physical and Technical HIPAA Controls

Combine facility protections with rigorous technical safeguards to reduce risk across on-prem, cloud, and hybrid deployments.

Physical controls

• Facility access: restricted data center access, video surveillance, visitor logs, and environmental controls for PACS servers and archives.
• Workstation security: locked screens, privacy filters for reading rooms, secure dictation stations, and clean-desk policies.
• Device and media controls: chain-of-custody for drives, secure media reuse/disposal, and encryption for portable storage used in image transfers.

Technical controls

• Access control: unique IDs, MFA, session timeouts, automatic logoff, and emergency access (“break-glass”) with enhanced logging.
• Transmission security: TLS 1.2+ between modalities, PACS, VNAs, viewers, and APIs; VPN or private connectivity for site-to-site replication.
• Encryption at rest: strong, centrally managed keys; separation of duties between key custodians and system admins.
• Integrity controls: checksums or digital signatures to detect tampering; secure, verified restores to maintain fidelity of DICOM objects.
• Audit controls: immutable logs, time synchronization, and alerting on anomalous access, bulk exports, or policy violations.
• DICOM Conformance in practice: verify AE Titles, supported SOP Classes, WADO-RS/URI, and TLS negotiation are documented and tested.

Risk Analysis and Management

Perform a documented, repeatable risk analysis, then track remediation to closure. Align decisions with HIPAA Security Rule Specifications and your organization’s risk appetite.

• Inventory: list modalities, gateways, PACS, VNAs, viewers, dictation, HL7/FHIR brokers, teleradiology endpoints, and cloud services.
• Data flow mapping: chart PHI movement (ingest, routing, archive, sharing) across networks and vendors.
• Threats and vulnerabilities: consider credential misuse, misconfiguration, unpatched services, insider threats, and third-party dependencies.
• Risk scoring: rate likelihood and impact; note whether an implementation spec is “required” or “addressable,” and justify compensating controls.
• Remediation: prioritize encryption gaps, excessive privileges, missing Audit Trails, and weak network segmentation; assign owners and timelines.
• Validation: test controls, perform tabletop exercises, and review evidence (e.g., SOC 2 Compliance report, ISO 27001 Certification, penetration test summaries).
• Governance: update the risk register, report status to leadership, and schedule periodic reevaluations.

Workforce Training and Policies

People and process make or break PACS security. Build practical, role-based guardrails and reinforce them consistently.

• Role-based training: annual refreshers plus targeted content for radiologists (remote reading, home networks), technologists (modality security), and admins (least privilege, change control).
• Acceptable use and PHI handling: minimum necessary, secure messaging, and no PHI in screenshots or unencrypted emails.
• Remote work standards: encrypted devices, MFA, patched operating systems, and restrictions on local downloads and printing.
• Operational policies: incident reporting, sanctions, device/media control, and defined procedures for research or teaching datasets.
• Competency tracking: attestations, scoring on required modules, and remediation for policy violations.

Business Associate Agreements

Your BAA with Intelerad is the cornerstone of shared responsibility. It should clearly define permitted uses of PHI, safeguards, and accountability.

• Scope and services: identify all covered services (hosting, support, integrations, image exchange) and PHI touchpoints.
• Safeguards: map to Security Rule Specifications, including End-to-End Encryption options, access controls, and Audit Trails.
• Breach and incident handling: notification timelines, cooperation duties, evidence preservation, and root-cause analysis expectations.
• Subcontractors: require downstream BAAs and equivalent controls for any subcontractor with PHI access.
• Evidence rights: right to review security documentation such as ISO 27001 Certification status, SOC 2 Compliance reports, and DICOM Conformance statements.
• Data lifecycle: retention, return/deletion at termination, data portability, and format for exports (e.g., DICOM with metadata integrity).
• Service levels: support availability, escalation paths, and recovery objectives aligned to clinical risk.

Image Exchange Security Requirements

Image sharing amplifies risk because PHI crosses organizational boundaries. Build safeguards into every exchange pathway.

• Trust and identity: federated identity (SAML/OIDC), strong auth for external users, and scoped, expiring access tokens for APIs and viewers.
• Protocol security: TLS for DICOM, WADO-RS/URI, and STOW-RS; signed URLs or token-gated links for patient or referrer sharing.
• Network protections: DMZ proxies, IP allowlists, egress controls, and deep packet inspection tuned for imaging protocols.
• Minimum necessary: redaction or de-identification where appropriate; segmented sharing workflows for research or second opinions.
• Audit Trails and monitoring: ATNA-style node authentication, centralized logging, immutable storage, and alerting on bulk export or anomalous access.
• Key management: centralized, rotated encryption keys; separation of duties and auditable key usage.
• Operational readiness: documented procedures for revoking access, terminating exchange relationships, and validating the integrity of received images.

Bottom line: Intelerad PACS can support HIPAA-aligned radiology workflows when you combine strong platform controls, a validated Information Security Management System, and clear BAAs. Use this checklist to verify End-to-End Encryption, robust Audit Trails, access management, and conformance to DICOM and Security Rule Specifications across your entire imaging ecosystem.

FAQs.

What HIPAA safeguards does Intelerad PACS implement?

Expect controls that align to HIPAA’s technical safeguards: RBAC with least privilege, MFA/SSO, encryption in transit and at rest, and detailed Audit Trails for access, export, and admin changes. Integrity checks, secure configurations, and options for high availability and disaster recovery are also typical. Ask for current documentation describing the Information Security Management System, DICOM Conformance, and any third-party assurances (e.g., ISO 27001 Certification, SOC 2 Compliance) to confirm scope and effectiveness.

How does Intelerad ensure data privacy in radiology workflows?

Privacy is enforced through minimum-necessary access, scoped roles for reading/reporting, and segregation of admin capabilities. Transport is protected with TLS across viewers, gateways, and APIs; storage uses strong encryption with centralized key management. Comprehensive logging supports monitoring and investigations. Your policies and BAA define how PHI may be used and disclosed, while technical settings in PACS operationalize those rules.

What are the technical HIPAA requirements for PACS systems?

At a minimum: unique user IDs, access control, automatic logoff, encryption for data in transit, audit controls, integrity protections, and authentication of users/entities. In imaging, that translates to TLS for DICOM and web viewers, encrypted archives and backups, role-based permissions, immutable Audit Trails, and documented DICOM Conformance. These map to HIPAA Security Rule Specifications for access control, transmission security, integrity, and audit controls.

How can radiology practices verify Intelerad PACS compliance?

Use a structured approach: execute a BAA; request recent ISO 27001 Certification status and SOC 2 Compliance reports; review DICOM Conformance statements; validate configuration against your risk analysis; and test controls (MFA, encryption, logging, DR). Keep evidence—policies, screenshots, reports, and test results—to demonstrate that safeguards are implemented and effective in your specific environment.