Is Plane HIPAA-Compliant for Storing Clinical Trial AE Photos in Shared Drives?

The short answer: it can be—if you have a signed Business Associate Agreement (BAA) with Plane and you configure the platform to meet HIPAA’s technical, administrative, and physical safeguards. This guide explains the specific features, policies, and workflows you should confirm before placing adverse event (AE) photos in shared drives.

Use this as a practical readiness checklist: confirm HIPAA-aligned features, map policies to clinical workflows, harden devices, restrict external disclosure, and define retention and disposal rules. The goal is simple—protect Protected Health Information (PHI) without slowing your study teams.

Plane's HIPAA Compliance Features

Core commitments to verify

• Business Associate Agreement: Ensure Plane will execute a BAA that explicitly covers images stored in shared drives, admin logs, backups, and support interactions.
• Encryption Standards: Require strong encryption in transit (TLS 1.2+), encryption at rest (e.g., AES‑256), and secure key management; FIPS 140‑validated modules are preferred.
• Access Controls: Look for role‑based access controls (RBAC), least‑privilege permissions, SSO (SAML/OIDC), multifactor authentication, and automated provisioning/deprovisioning (e.g., SCIM).
• Audit Trails: Confirm immutable audit logs for logins, file access, downloads, sharing changes, admin actions, and retention events, with export and retention options.
• Secure Cloud Storage: Validate data segregation, hardened storage, versioning, resilient backups, regional data residency options, and disaster recovery testing.
• Data loss prevention: If available, enable content classification, download restrictions, watermarking/preview‑only modes, and link expiration.
• Vendor risk and incident response: Review risk assessments, breach notification procedures, and sub‑processor BAAs.

HIPAA Requirements for Clinical Trial AE Photos

When AE photos are PHI

AE photos constitute Protected Health Information when an image can identify a participant (e.g., face, tattoos, unique features) or when it is linked to identifiers such as a subject ID that can be reconnected to the individual. Even de‑identified images become PHI if they can be readily re‑identified within your systems.

HIPAA Privacy Rule considerations

• Minimum necessary: Grant only the access needed for the study task; avoid broad team‑wide permissions.
• Permitted uses/disclosures: Align storage and sharing with treatment, payment, operations, or research permissions, authorizations, or IRB/Privacy Board waivers.
• De‑identification options: Use Safe Harbor (removal of identifiers, including facial features and geotags) or Expert Determination; consider limited data sets with a Data Use Agreement when full PHI is unnecessary.

BAA and role mapping

If your site is a covered entity, Plane acts as a Business Associate and must sign a BAA. Sponsors, CROs, and other vendors accessing photos may be Business Associates or sub‑BAs and need appropriate agreements as well. Map each party’s role and ensure the BAA chain is complete before storing images.

Secure Storage and Access Controls

Design shared drives for least privilege

• Create study‑specific shared drives with role‑based groups (e.g., PI, site coordinators, medical monitors) and add members by named accounts only.
• Restrict viewer capabilities: disable download, sync, and resharing where feasible; prefer watermarking or preview‑only for routine review.
• Segment sensitive AE photos (e.g., facial images) into tighter‑control folders; require elevated approvals for access grants.

Strengthen identity and session security

• Enforce SSO with MFA for all users; apply adaptive risk policies and IP/network restrictions if supported.
• Set short session lifetimes for privileged roles; require re‑authentication for sensitive actions (e.g., downloading originals).

Operational safeguards

• Require uploads only through authenticated apps/web; block email attachments to shared drives.
• Review audit trails weekly for anomalous access; export and retain logs per policy.
• Use labels or metadata to mark files containing PHI and trigger stricter controls and retention rules.

Device and Application Security Measures

Endpoint hardening

• Managed devices only: enforce full‑disk encryption, screen locks, OS/browser patching, and endpoint protection/EDR via MDM/EMM.
• Disable local downloads and offline sync for PHI folders; allow browser‑based, view‑only access where possible.
• Enable remote wipe for laptops and mobile devices; require immediate deprovisioning when roles change.

Capture workflow controls

• Capture inside a secure clinical app when possible to avoid storing photos on the device camera roll.
• Strip or control EXIF metadata (GPS, device IDs, timestamps) or document why it is required for the study.
• Use standardized file naming conventions that avoid direct identifiers; rely on study codes maintained elsewhere.

Managing External Sharing and Disclosure

Before you share

• Verify the legal basis under the HIPAA Privacy Rule (authorization, waiver, or permitted use); apply the minimum necessary standard.
• Ensure the recipient is covered by a BAA or appropriate agreement; for de‑identified or limited data sets, execute a Data Use Agreement if required.

How to share securely

• Prefer de‑identified images; crop or blur faces/tattoos and remove geotags when feasible.
• Use expiring, single‑viewer links with download disabled; prohibit resharing and require authentication.
• Log each disclosure, including who accessed the file, when, and from where; reconcile against approvals.

Storage, Retention, and Disposal Policies

Set clear retention rules

• Define whether AE photos are part of the designated record set and the applicable retention period; align HIPAA documentation retention (typically six years) with study, sponsor, and regulatory requirements.
• Apply legal holds to preserve evidence during audits, inspections, or investigations; document hold release steps.

Controlled deletion

• Use documented disposal procedures (e.g., cryptographic erasure and certificate of destruction); ensure purge from backups per policy.
• Record disposal events in audit trails, including requester, approver, and method used.

Best Practices for Clinical Photo Capture

Before capture

• Confirm protocol requirements for images, consent language, and whether de‑identified photos are sufficient.
• Prepare the scene to avoid incidental identifiers (name bands, monitors with demographics, room whiteboards).

During capture

• Use consistent framing, distance, and lighting; include a scale or color chart if clinically relevant.
• Avoid capturing the face unless medically necessary; otherwise use masking tools or angles that prevent recognition.

After capture

• Upload immediately to the Secure Cloud Storage location; verify checksum or upload success, then remove any local copies.
• Apply the correct folder, labels, and retention policy; document the image in study records without adding identifiers to the filename.

Conclusion

Plane can support HIPAA‑aligned storage of AE photos in shared drives when— and only when—your organization has an executed BAA, enforces strong encryption, granular access controls, and robust audit trails, and embeds these controls into daily workflows. Treat external sharing as exceptional, default to de‑identification, and manage retention and disposal with the same rigor as capture and storage.

FAQs.

Does Plane provide a Business Associate Agreement for HIPAA compliance?

You must obtain a signed Business Associate Agreement (BAA) from Plane before storing any PHI. Confirm the BAA’s scope covers shared drives, images, support access, backups, and sub‑processors. If Plane will not execute a BAA, do not store PHI in the platform.

Can clinical trial AE photos be securely stored in Plane shared drives?

They can be, provided you have an executed BAA and you enable HIPAA‑aligned controls: strong encryption, RBAC‑based Access Controls, MFA/SSO, Audit Trails, restricted downloads, and external sharing disabled by default. Use study‑specific drives and limit membership to the minimum necessary.

What security measures ensure HIPAA compliance for photo storage?

Require Encryption Standards like TLS 1.2+ in transit and AES‑256 at rest, granular Access Controls with MFA, immutable Audit Trails, Secure Cloud Storage with resilient backups, device hardening via MDM, data loss prevention, and documented retention and disposal procedures.

Is external sharing of clinical photos permissible under HIPAA with Plane?

Yes, when a valid HIPAA basis exists (authorization, waiver, or permitted use) and all parties are covered by appropriate agreements. Share the minimum necessary, prefer de‑identified images, require authenticated, expiring links with download disabled, and log each disclosure.