Building a HIPAA-Ready Healthcare App With an Offshore Team

HIPAA applies to covered entities (health plans, healthcare clearinghouses and healthcare providers that conduct certain transactions electronically) and to their business associates. HHS's guidance on business associates describes a business associate as a person or entity that creates, receives, maintains or transmits PHI on behalf of a covered entity. An app you build for a clinic to use with its patients usually puts you in that position.

A direct-to-consumer app, such as a symptom tracker people download for themselves, may fall outside HIPAA. It does not fall outside regulation: the FTC's Health Breach Notification Rule, updated in 2024, covers health apps and connected devices that HIPAA does not, and requires notice to consumers and the FTC after a breach.

Map every party that will touch PHI, and put a business associate agreement (BAA) in place with each:

• You and the covered entity, if you are building for a provider or health plan.
• Your cloud provider. HHS's guidance on HIPAA and cloud computing says a cloud provider that stores ePHI is a business associate even if it holds only encrypted data and no decryption key.
• Email, SMS, support-desk and analytics vendors that receive health information.
• Your development partner, if its people will access production data for support or debugging. A subcontractor that handles PHI on a business associate's behalf becomes a business associate itself.

On location, the same HHS guidance says HIPAA allows a cloud provider to store ePHI on servers outside the United States, provided a BAA is in place and the other rules are met, while noting that overseas storage may increase risk and should be weighed in your risk analysis. Your customers may set stricter rules in their own contracts, so check before you choose a hosting region.

The cleanest design for an offshore build keeps developers away from PHI altogether. They work with synthetic data in development and staging, and production access is limited to named people, covered by a BAA, for specific support tasks.

The Security Rule requires a risk analysis and administrative, physical and technical safeguards. For an app, the technical side usually means:

• Unique user IDs and role-based access, so each clinician or staff member sees only what their role needs.
• Audit controls: logs of who viewed, created, changed or exported each record.
• Encryption in transit and at rest, including backups and any data cached on devices.
• Multi-factor authentication for staff and admin accounts.
• Automatic logoff and session timeouts on shared clinic devices.
• Integrity controls, so records cannot be altered without a trace.
• Backup and recovery that you have tested, with a documented recovery time.

Some of these safeguards are "addressable" under the current rule, which lets an organization assess whether a measure is reasonable and document an alternative where it is not. That flexibility may narrow. HHS published a proposed update to the Security Rule in January 2025 that would, among other changes, require encryption of ePHI and multi-factor authentication, with limited exceptions. Check its status before you finalize your design; until a final rule takes effect, the current rule applies. Designing to the proposed standard costs little in a new build and avoids rework later.

Mobile-specific checklist

Phones leak health data in ways web apps do not. For healthcare mobile app development, add:

• No PHI in push notifications. "You have a new message" rather than a diagnosis or test name.
• Secure on-device storage (iOS Keychain, Android Keystore) for tokens, and as little cached data as possible.
• Hidden content in the app switcher, and screenshot protection on sensitive screens where the platform allows it.
• No PHI in logs or crash reports, which often go to third-party services.
• Biometric or PIN re-authentication after inactivity.
• Remote session revocation when a device is lost or a staff member leaves.
• Careful choice of SDKs. Analytics, advertising and crash-reporting SDKs can send identifiers and screen names to third parties. Any vendor that receives PHI needs a BAA; the simplest rule keeps such SDKs off authenticated screens entirely.

Development practices to require

• Synthetic test data only outside production.
• Separate environments for development, staging and production, with production in your own cloud account.
• Single sign-on and multi-factor authentication for every developer account, with access removed the day someone leaves the project.
• Code in your repository, with review on every change and automated scanning of dependencies.
• Secrets in a managed vault, never in code or chat.
• Training and written procedures for anyone with production access, as your BAAs and policies require.
• Independent penetration testing before launch.

Questions to ask an offshore vendor before signing

• Will you sign a BAA, and will your subcontractors?
• Which named people will have production access, from where, and on what devices?
• How do you keep PHI off developer laptops and out of logs?
• How quickly will you tell us about a security incident, and through which channel?
• What happens to any PHI and credentials when the engagement ends?
• Can we see your written security and access-removal procedures?

HHS's Breach Notification Rule requires covered entities to notify affected individuals without unreasonable delay and no later than 60 days after discovering a breach. Breaches affecting 500 or more people must also be reported to HHS within that window, and prominent media must be notified where more than 500 residents of a state or jurisdiction are affected; smaller breaches can be reported to HHS annually. A business associate must notify the covered entity no later than 60 days after discovery.

Your app should make those deadlines achievable: audit logs that show exactly which records were accessed, queries that list affected patients fast, and alerts for unusual exports or logins.

DipanshuTech is a software company in Greater Noida, India, that builds web and mobile apps, custom business software and AI automation, with 10+ years of delivery and 963+ projects. Our healthcare industry page describes our work in the sector. One example is NidaanLab, a multi-tenant lab management system for pathology and diagnostic centers with barcode sample tracking, signed reports with QR verification, and patient and doctor portals. It was built for labs in India, where HIPAA does not apply, so treat it as evidence of how we build healthcare workflows, not as HIPAA experience.

For a US healthcare project, the process stays the same: a written scope and fixed quote after discovery, working software on a staging server every two weeks, code and accounts in your name, and an NDA on request. Write the BAA chain and the no-PHI development approach into that scope from the start.

Can a developer make my app HIPAA compliant on its own?

No. Compliance depends on how your organization operates the app: the risk analysis, policies, BAAs and safeguards together. Be wary of any vendor that presents its product as making you compliant by itself.

Can offshore developers work on a HIPAA app?

Yes. HIPAA does not ban offshore work. Keep PHI out of development, sign BAAs with anyone who will access it, and record the offshore risk in your risk analysis.

Does PHI have to stay in the United States?

HIPAA itself does not require it, according to HHS cloud guidance, but your customers' contracts may.

Do consumer health apps need to comply with HIPAA?

Not always. If the app is not offered by or for a covered entity, HIPAA may not apply, but the FTC Health Breach Notification Rule may.

If you are planning a healthcare app, book a discovery call and bring your intended users, data types and hosting constraints. We will reply with a written scope and fixed quote.