Patient data now moves through APIs: FHIR and HL7 interfaces, EHR systems, and patient portal backends. HIPAA expects you to prove your safeguards work, and a single broken authorization check on one of those APIs can expose protected health information at scale. Planck Operator tests every API operation for BOLA, BFLA, broken authentication, and injection, and keeps testing on every release, so your risk analysis reflects the environment you actually have.
The exposures that put protected health information at risk now live in the APIs: object-level authorization, over-broad tokens, and vendor integrations.
The FHIR, HL7, EHR, and patient portal APIs that store and move health data, tested operation by operation for the BOLA, BFLA, and injection flaws that expose records.
Object-level and function-level authorization on patient records, where changing an identifier can return a different patient's data. Operator proves whether that path is exploitable.
Third party API integrations and over-broad OAuth tokens that extend your PHI surface beyond what you directly control.
The Security Rule treats risk management as continuous, but health data flows through APIs that change on every release. Planck Operator tests those APIs continuously and non destructively, so your risk analysis stays accurate and your safeguards are proven, not assumed.
Engagement data is handled carefully, encrypted in transit and at rest, with access limited to the assigned team, and a certified practitioner signs the assessment where your program requires it.
HIPAA does not name a penetration test, but the Security Rule risk analysis and OCR guidance make regular testing the practical standard for protecting electronic protected health information. Because patient data now moves almost entirely through FHIR, EHR, and patient portal APIs, those APIs are where the testing matters most.
The FHIR and HL7 APIs, EHR and patient portal backend APIs, and third party integrations that move protected health information. Planck Operator tests every operation for BOLA, BFLA, broken authentication, and injection, proving whether one patient or role can reach another patient's records.
Protected health information moves through APIs that change on every release, and a risk analysis is only accurate if it reflects the environment you have today. Continuous API testing keeps the risk picture current with dated, exploit-proven evidence you can hand to an assessor.
Continuous testing that keeps your HIPAA risk analysis current, safely, with evidence for your assessor.