The HIPAA Compliance Checklist for No-Code and AI-Built Healthcare Apps

Building a healthcare app with a no-code platform or an AI builder is faster than ever. Getting it HIPAA-compliant, however, is a different conversation, and one that most no-code and AI-first teams have too late. Specifically, the tool you used to build the frontend is often not the tool that can legally store patient data. In practice, the gap between a working prototype and a production-ready compliant system is where most teams get surprised.

Consequently, this checklist covers the specific requirements that apply when a no-code or AI-built healthcare app handles protected health information (PHI). Importantly, it is not a general HIPAA guide. It is a builder’s reference, scoped to the decisions and configurations that matter when your team has built something with Lovable, Base44, Claude, Glide, Bubble, Airtable, or any similar tool and now needs to make it compliant before it touches real patient data.

Key takeaways

• First, HIPAA compliance for a healthcare app is not a feature you turn on. It is a set of technical, administrative, and organizational requirements your entire stack needs to meet.
• Additionally, the frontend tool you used to build the app (AI builders, no-code interfaces) is almost never the right place to store PHI. The backend database where data lands is the compliance-critical layer.
• Furthermore, a signed BAA from every vendor that handles PHI is not optional. If a vendor won’t sign one, you cannot use that vendor for PHI storage or transmission.
• In addition, AI features and automation workflows need to be evaluated separately. Many AI tools and automation connectors sit outside the BAA of the platform they connect to.
• Knack Health provides the HIPAA-compliant backend your no-code or AI-built frontend needs, with the BAA, encryption, audit logs, and access controls included on every HIPAA plan.

Why no-code and AI builders create a specific compliance gap

In practice, no-code and AI app builders are excellent for building the experience layer of a healthcare app quickly. However, they are generally not built to be the compliance layer.

For example, when a team builds a patient intake form in Lovable, a scheduling workflow in Base44, or a care coordination app with Claude, the resulting app works. It collects data, triggers workflows, and presents information to users. What it often lacks, however, is a compliant backend: a data store that encrypts PHI, logs every access and change, enforces role-based access, and is backed by a vendor who will sign a BAA.

Specifically, the compliance-critical question is not “can this app collect patient data?” Most apps can. The question is “where does that data land, and does that destination meet HIPAA’s requirements?” In most cases, the answer is that the frontend builder is not the destination. The backend database is.

This checklist, therefore, covers both layers.

Section 1: Business Associate Agreements (BAAs)

Specifically, a BAA is the legal contract that makes a vendor jointly accountable for protecting PHI under HIPAA. Without a signed BAA from every vendor that handles PHI, your organization is out of compliance. That is true regardless of how well-configured the rest of your stack is.

• Database/backend platform has signed a BAA.

The platform where PHI is stored must have a signed BAA with your organization. This is the single most important requirement.

• Frontend/builder tool has been evaluated for PHI exposure.

If your no-code or AI builder temporarily handles PHI (even in transit), it may need a BAA too. Evaluate whether data flows through the tool or only through the compliant backend.

• All third-party integrations have been evaluated.

Every integration that touches PHI (scheduling tools, communication platforms, payment processors, analytics) needs to either have its own BAA or be excluded from PHI flows entirely.

• AI and automation tools have been evaluated separately.

Many AI features and automation connectors (Zapier, Make, native AI features) are explicitly excluded from the BAA of the platform they connect to. Verify scope before using them with PHI.

• BAAs are in writing and stored securely.

Verbal agreements and checkbox confirmations are not BAAs. Each BAA needs to be a signed document, retained as part of your compliance documentation.

Section 2: Encryption

Specifically, HIPAA’s Security Rule requires encryption of electronic PHI (ePHI) at rest and in transit. Importantly, encryption is a technical safeguard, not an organizational policy, and it needs to be verified at the infrastructure level.

• Data encrypted at rest.

PHI stored in your database is encrypted using accepted standards (AES-256 or equivalent). Verify this with your platform vendor, not just with documentation.

• Data encrypted in transit.

PHI transmitted between your app, the database, and users is encrypted using TLS 1.2 or higher. This applies to API calls, form submissions, and any data sync between systems.

• Encryption is infrastructure-level, not application-level.

By contrast, application-level encryption that you configure yourself is a higher-risk approach. Infrastructure-level encryption, handled by the platform, consequently reduces misconfiguration risk.

• Backup and export files are encrypted.

PHI does not become unprotected when it is backed up or exported. Verify that backups are encrypted and that export functions don’t generate unencrypted files.

Section 3: Access Controls

HIPAA’s minimum necessary standard requires that each workforce member accesses only the PHI they need for their role. In other words, access is defined by role, not by trust. Importantly, this needs to be enforced technically, not just by policy.

• Role-based access is configured and enforced.

Each user role (clinician, admin, billing, coordinator) has a defined set of permissions. Access is enforced by the system, not by trusting users to stay in their lane.

• Access is controlled at the field level, not just the record level.

A billing staff member may need access to a patient record for insurance fields but not for clinical notes. Field-level permissions enforce the minimum necessary standard more precisely than record-level access.

• User access is provisioned and deprovisioned promptly.

New users are given only the access their role requires. When a user leaves, their access is revoked immediately. No shared credentials or lingering accounts.

• Admin access is limited and monitored.

Full administrative access to the database is restricted to the smallest number of people possible. Admin actions are logged.

• Patient-facing access (portals) is authenticated.

If patients access their own records through a portal, that access is authenticated (login required) and patients can only see their own data.

Section 4: Audit Logging

HIPAA requires that covered entities implement hardware, software, or procedural mechanisms to record and examine activity in systems containing PHI. Importantly, the Security Rule does not specify exactly what data must be collected in audit logs or how frequently they must be reviewed, which means the implementation details are left to the organization and its platform vendor. Audit logs are the evidence trail that shows who did what with patient data and when.

• Audit logs capture who accessed what and when.

The system logs who accessed each record, when, and from what context. Logging should apply to reads as well as writes.

• Every record change is logged.

Changes to PHI fields should be logged with the user who made the change and the timestamp. Verify this with your platform vendor.

• Log integrity and retention are documented.

Confirm with your platform vendor how audit logs are protected and what their retention period covers. Document this as part of your compliance policies.

• Logs can be reviewed when needed.

Confirm that your team can access and review audit logs in the event of an incident or audit request. Verify this capability before you need it.

Section 5: Risk Analysis and Management

Specifically, HIPAA requires covered entities to conduct an accurate and thorough assessment of the potential risks and vulnerabilities to PHI. Importantly, this is an ongoing organizational requirement, not a one-time setup task.

• A risk analysis has been conducted.

Your organization has formally assessed where PHI lives, how it flows, who has access, and what the risks are. This analysis is documented.

• Risk management policies are in place.

Based on the risk analysis, your organization has implemented measures to reduce identified risks to a reasonable level. These policies are documented and reviewed.

• The no-code/AI-built app has been included in the risk analysis.

In particular, new tools and workflows need to be assessed as part of the ongoing risk analysis process, not just at initial setup.

Section 6: Breach Notification Procedures

Specifically, HIPAA’s Breach Notification Rule requires covered entities to notify affected individuals, HHS, and in some cases the media, following a breach of unsecured PHI. Consequently, procedures need to be in place before a breach occurs.

• Breach notification procedures are documented.

Your organization has a written procedure for what to do when a breach is discovered: who is notified, in what timeframe, and what information is included.

• The 60-day notification deadline is documented.

Affected individuals must generally be notified within 60 days of discovering a breach. This deadline is in your documented procedures.

• Your platform vendor’s breach notification responsibilities are clear.

Specifically, your BAA should specify how and when the vendor notifies you of a breach affecting your data. Verify this is in the agreement.

Section 7: Workforce Training and Policies

Technical safeguards are necessary but not sufficient on their own. In addition, HIPAA requires administrative safeguards, including policies, procedures, and workforce training.

• HIPAA training has been provided to all workforce members who handle PHI.

Training is documented and refreshed periodically.

• Acceptable use policies cover the no-code and AI tools in use.

Policies explicitly address which tools can and cannot be used with PHI, and what configurations are required.

• A sanction policy exists for policy violations.

Workforce members know the consequences of violating PHI policies.

• Policies are reviewed and updated when the tech stack changes

When a new tool is added or an existing tool changes its capabilities, policies are reviewed.

What Knack Health handles for you

Knack Health covers the technical safeguard layer of this checklist:

Encryption at rest and in transit, built into the platform architecture on every HIPAA plan. You do not configure this.

A signed BAA included with every HIPAA plan. You do not need to negotiate it.

Built-in record history captures who changed a record, when, and what values were updated. Custom audit logs are also supported for more advanced compliance needs.

Field-level role-based access controls, configured without code and enforced across every view and form in the application.

HIPAA-ready infrastructure with annual HIPAA attestations as part of Knack’s SOC 2 Type II compliance process.

However, what Knack Health does not handle for you is the organizational and administrative requirements. Specifically, your risk analysis, breach notification procedures, workforce training, BAA management with third parties, and policy documentation are your organization’s responsibility. In short, Knack Health is the Business Associate. You, therefore, are the Covered Entity.

If you’re building a frontend with a no-code or AI builder and need a HIPAA-compliant backend that passes the checklist above, Knack Health is built for that specific use case.