Is Make (formerly Integromat) HIPAA Compliant? BAA, Security Features, and Alternatives

Overview of Make's HIPAA Compliance

When you ask, “Is Make (formerly Integromat) HIPAA compliant?”, the decisive factor is whether the vendor will execute a Business Associate Agreement (BAA) for your specific use case. Under HIPAA, any service that creates, receives, maintains, or transmits ePHI on your behalf must sign a BAA and support required safeguards.

Many automation platforms offer strong security, yet HIPAA eligibility is a separate, contractual and operational commitment. If a BAA is not available for your account, you should treat Make as not suitable for workflows that handle ePHI, regardless of other controls. Confirm availability, scope, and sub-processor coverage in writing before building health-data automations.

How to determine eligibility

• Request a BAA that explicitly covers the services, environments, and sub-processors you plan to use.
• Validate alignment to the HIPAA Security Rule, including access control, audit control, integrity, and transmission security requirements.
• Review data flows to ensure logs, task histories, and error messages never store PHI unless covered by the BAA and configured with safe retention.
• Confirm administrative capabilities (SSO, RBAC, audit logs) and technical controls (encryption, key management) meet your risk thresholds.

Analysis of Make's Security Features

Security features are only one piece of HIPAA readiness, but they matter. In your evaluation of Make, look for evidence such as SOC 2 Type II reports and ISO 27001 Certification to gauge control maturity. These attestations do not equal HIPAA compliance; they indicate that certain security practices are independently assessed.

Encryption and key management

Confirm end-to-end encryption in transit and encryption at rest (commonly AES-256 Encryption) for customer data, execution artifacts, and backups. Ask about key management procedures, key rotation, and whether customer-managed keys are supported for sensitive workflows.

Identity, access, and auditability

Assess whether single sign-on (SAML/SSO), SCIM provisioning, granular role-based access control, and immutable audit logs are available. These capabilities help you implement minimum necessary access and satisfy core HIPAA Security Rule requirements around access and audit controls.

Data handling within automations

Examine how variables, step outputs, task histories, and error traces are stored or masked. A HIPAA-ready posture requires PHI redaction in logs by default, configurable data retention, and controls to prevent PHI from entering non-HIPAA connectors or diagnostic channels.

Vulnerability Management and testing

Request the vendor’s Vulnerability Management policy, including patch SLAs and remediation workflows. Regular Penetration Testing by independent assessors, secure SDLC practices, and a coordinated vulnerability disclosure program indicate mature operational security.

Importance of Business Associate Agreements

The BAA is the legal foundation that makes a cloud service eligible to handle ePHI. It defines permitted uses and disclosures, breach notification timelines, subcontractor obligations, return or destruction of PHI, and rights to audit or obtain security attestations.

Remember, a signed BAA is necessary but not sufficient. You still need to configure the platform correctly, limit data exchanged to the minimum necessary, and document policies and procedures that meet the HIPAA Security Rule. Treat the BAA as one control among many in a risk-based program.

What a strong BAA should cover

• Scope of services and environments that may handle PHI, including staging and support channels.
• Encryption standards (e.g., AES-256 at rest, TLS in transit) and acceptable key-management practices.
• Sub-processor disclosure, due diligence, and flow-down of HIPAA obligations.
• Breach notification windows, investigation cooperation, and evidence preservation.
• Data retention, deletion on request, and procedures for contract termination.

HIPAA-Compliant Alternatives to Make

If you need to automate workflows with ePHI, prioritize platforms that will sign a BAA and provide HIPAA-aligned controls. Availability and features often depend on enterprise plans and your negotiated terms.

• Workato (enterprise tiers): Known for strong governance, granular RBAC, advanced auditing, and enterprise connectors; typically available with a BAA.
• Boomi: Offers healthcare-focused capabilities and enterprise deployment options; BAA generally available for covered use cases.
• MuleSoft Anypoint Platform: Hybrid and on-prem options with robust governance; BAA availability typically handled through enterprise agreements.
• Microsoft Power Automate: Can be deployed within a Microsoft ecosystem governed by a Microsoft BAA; use data loss prevention policies and approved connectors.
• Zapier (healthcare-focused plans): Certain plans may include a BAA and restrict usage to HIPAA-enabled features and apps; verify connector eligibility.
• Self-hosted orchestrators (e.g., n8n, Node-RED, Apache NiFi): Deployed inside your HIPAA-eligible infrastructure, these can keep PHI under your control; you own configuration, hardening, and compliance operations.

Always validate current BAA availability, connector restrictions, and security documentation before committing to a platform for PHI.

Comparison of HIPAA-Compliant Automation Platforms

When comparing HIPAA-capable automation tools, use a structured rubric that maps directly to risk and compliance outcomes rather than just connector counts or pricing.

Evaluation criteria

• Contractual: Will the vendor sign a comprehensive BAA that covers sub-processors, environments, support, and log retention?
• Security evidence: Current SOC 2 Type II report, ISO 27001 Certification, recent Penetration Testing summaries, and a mature Vulnerability Management program.
• Encryption: AES-256 Encryption at rest, strong TLS in transit, key rotation, and optional customer-managed keys.
• Governance: SSO/SAML, SCIM, fine-grained RBAC, environment isolation, approval workflows, and change management.
• Data handling: PHI redaction in logs, field-level controls, selective data capture, configurable retention, and safe error reporting.
• Connector hygiene: “HIPAA-safe” connector categories, on-prem agents, and the ability to block non-eligible destinations.
• Operations: Uptime SLAs, incident response transparency, regional data residency, and clear breach-notification commitments.
• Total cost: Licensing, professional services, and the operational effort to meet the HIPAA Security Rule over time.

Implementing HIPAA Compliance in Automation Workflows

Successful automation in regulated environments starts with design. Build for the minimum necessary principle, keep PHI in authoritative systems, and tokenize wherever possible. Use IDs and references instead of raw clinical data in your automations.

Step-by-step blueprint

• Scope and classify data: Identify which fields are PHI and where they flow; eliminate or tokenize PHI when feasible.
• Vendor due diligence: Obtain the BAA, SOC 2 Type II, ISO 27001 Certification, Penetration Testing summaries, and Vulnerability Management policies.
• Architecture: Isolate environments (dev/test/prod), restrict ePHI to HIPAA-eligible connectors, and enforce data residency requirements.
• Identity and access: Enforce SSO, least-privilege RBAC, and service accounts with short-lived credentials and rotation.
• Logging and retention: Redact PHI from logs by default, centralize to a SIEM, and set retention aligned to policy and the BAA.
• Encryption: Require strong TLS and AES-256 Encryption at rest; document key rotation schedules and backup protections.
• Validation: Perform security testing, negative testing, and privacy reviews before go-live; document hazard and control mappings to the HIPAA Security Rule.
• Operations: Monitor for drift, review access quarterly, track connector changes, and schedule regular Penetration Testing.
• Incident readiness: Maintain incident runbooks, breach notification playbooks, and evidence-capture procedures consistent with contractual timelines.

Conclusion

If Make cannot provide a BAA for your account, do not route ePHI through it. For HIPAA use cases, select a platform that will execute a BAA, offers strong security evidence, and supports precise governance over data flows. With a disciplined build and operational program, you can automate safely while meeting the HIPAA Security Rule.

FAQs

Does Make sign Business Associate Agreements (BAAs)?

BAA availability can vary by plan and jurisdiction. You should request a vendor-executed BAA that covers your exact services, environments, and sub-processors. If Make will not sign a BAA for your account, treat it as not HIPAA-eligible for any workflow that handles ePHI.

What security measures does Make have in place?

Modern automation platforms typically offer encryption in transit and at rest (often AES-256 Encryption), SSO/SAML, RBAC, audit logging, and documented Vulnerability Management with regular Penetration Testing. Ask Make for current security documentation, such as SOC 2 Type II and ISO 27001 Certification, and verify how logs, task histories, and support channels handle PHI.

Which automation platforms are HIPAA compliant alternatives to Make?

Consider enterprise automation tools that will sign a BAA and provide HIPAA-aligned controls, such as Workato, Boomi, MuleSoft Anypoint Platform, Microsoft Power Automate (within a covered Microsoft BAA), healthcare-focused plans from Zapier, or self-hosted orchestrators like n8n, Node-RED, or Apache NiFi deployed in your own HIPAA-eligible environment. Always validate current terms and connector restrictions.

How can organizations ensure HIPAA compliance in automated workflows?

Start with a risk assessment and data-mapping exercise, select a platform that will execute a BAA, and design for minimum necessary data. Enforce SSO and RBAC, redact PHI from logs, use AES-256 Encryption at rest, and maintain a mature Vulnerability Management and Penetration Testing cadence. Continuously monitor, re-validate vendor attestations, and document procedures aligned to the HIPAA Security Rule.