Solutions · Industry · Healthcare
Healthcare organizations hold sensitive patient data and run clinical systems that cannot simply go offline, often on technology dictated by vendors. ioSENTRIX tests your patient portals, apps, EHR and FHIR APIs, devices, networks and people like a real attacker, and a retest of your fixes is included.
01The short answer
Protecting ePHI and clinical systems across every route a patient, partner or attacker can reach: patient portals and mobile health apps, EHR integrations and FHIR APIs, connected medical devices, clinical and corporate networks, and the staff who use them. For most organizations it also means evidence for the HIPAA Security Rule.
Attackers want ePHI and the leverage of systems that clinicians depend on.
Testers chain weaknesses across apps, APIs and networks into a proven path.
Every finding comes with evidence, a prioritized fix and a retest.
Clinical systems have to stay available, many run on legacy or vendor-controlled technology that is slow to patch, and a breach exposes some of the most sensitive data there is. Testing has to find real risk without disrupting care. Read EHR security challenges and solutions.
Healthcare penetration testing is an authorized, simulated attack on the systems that hold ePHI or support care: portals, apps, APIs, EHR integrations, devices and networks. It shows what an attacker could reach and proves the impact, and its results feed your HIPAA risk analysis.
02See it in action
Scanners report each system on its own. Attackers chain them. This is how one path from a patient app to another patient's record and a staff-only function is found, proven and closed.
GET /fhir/Patient/{id}Fixed: patient-scoped access03What your board and compliance team see
One team tests your patient app, APIs, EHR integrations and networks together, so a weakness in one system is followed into the next.
Findings are proven on agreed test accounts and data and described as what an attacker could do with patient records, not as a scanner score.
Each step gets its own fix, and the whole path is replayed in the retest to show it no longer works.
Illustrative example. The app, endpoints, path and statuses are a composite for explanation only and do not describe any client. Testing uses accounts and data agreed in the rules of engagement, never real patient records.
03Threat landscape
Common threats in healthcare, where they land, and how ioSENTRIX tests each one.
| Threat | Where it lands | How ioSENTRIX tests it | Service |
|---|---|---|---|
| Ransomware | Clinical and corporate networks, endpoints and backups | Internal network testing and assumed-breach scenarios that follow the path ransomware operators take | Red teaming |
| Phishing | Clinical and administrative staff, help desk | Phishing simulation and social engineering of help-desk and access processes | Social engineering |
| Portal takeover | Patient portal login, password reset and MFA | Authentication, MFA, recovery flows and session handling on web and mobile | Web app & API pentest |
| EHR / FHIR API abuse | EHR integrations, FHIR and partner APIs | Object- and function-level authorization, token scope and rate limits against the OWASP API Security Top 10 (2023) | API penetration testing |
| Connected devices | Medical and IoT devices on the clinical network | Firmware, interfaces and network exposure on test units, plus segmentation of device networks | Embedded device testing |
| Vendor access | Remote support tools, integrations and business associates | Review and testing of third-party access paths and what a compromised vendor account could reach | Third-party risk |
| Legacy systems | Unsupported or vendor-locked clinical systems | Exposure and segmentation testing that shows where compensating controls are needed | Network security |
| Insecure apps | Health apps, telehealth and their back ends | Local storage, secrets, transport security and back-end calls, aligned with OWASP MASVS, plus code review | Application security |
Coverage is agreed per engagement in the written scope.
04Regulation
The US rules and guidance that most often shape testing in healthcare, and what each one says.
Covered entities and their business associates that handle ePHI
A risk analysis and a periodic technical and nontechnical evaluation. Penetration testing is not named in the current rule; a January 2025 proposed rule would add it and is not final. eCFR ↗
Voluntary guidance for healthcare organizations of every size
Ten cybersecurity practices, including network management, vulnerability management and network connected medical devices. 405(d) program ↗
Covered entities and business associates in HHS enforcement
HHS must consider recognized security practices, such as 405(d) or NIST approaches, in place for at least the previous 12 months when deciding on fines, audits and remedies. Public law ↗
Medical device manufacturers submitting a 510(k), De Novo or PMA
Security testing documentation, including penetration testing, recommended in premarket submissions; section 524B adds requirements for cyber devices. FDA 510(k) testing
Orientation, not legal advice. Which rules apply depends on your role, the data you handle and the products you make. ioSENTRIX performs the testing and writes reports your compliance team, auditors and regulators can review.
05Surfaces
Surface by surface, with the standard each one is tested against.
Web application testing for authentication, access control, session handling and the logic of appointments, messaging and records.
iOS and Android apps and the APIs behind them: local storage, secrets in the build, transport security and authentication.
Every endpoint tested as every caller type, so patients, clinicians and partners reach only the records they are entitled to.
Firmware, wireless and wired interfaces and update paths on test units, plus segmentation of device networks.
Internal and external network testing and segmentation between clinical, corporate and guest networks, planned around care.
Phishing simulation, help-desk social engineering and goal-driven red team exercises, typically 4–6 weeks.
06Independently verified
“The team at ioSENTRIX is professional and highly skilled at their craft.”
“We were impressed with ioSENTRIX's ability to independently validate the security of our customer-facing product.”
07How we help
Described by sector. Clients are never named.
08Insights
09FAQ
Short answers to what security leaders at providers and health tech companies ask us most.
Ask us something elseCommon threats in healthcare include ransomware reaching clinical networks, phishing of staff, patient portal account takeover, abuse of EHR and FHIR APIs, vulnerable connected medical devices, third-party and vendor access, legacy systems that cannot be patched quickly, and insecure health apps. Each reaches ePHI or clinical operations by a different route, and each needs a different test.
Not by name. The current HIPAA Security Rule requires a risk analysis (45 CFR 164.308(a)(1)(ii)(A)) and a periodic technical and nontechnical evaluation (164.308(a)(8)), and a penetration test is direct evidence for both. A proposed rule published in January 2025 would add penetration testing at least every 12 months; it has not been finalized. See HIPAA penetration testing.
Health Industry Cybersecurity Practices (HICP) is voluntary guidance from the HHS 405(d) program and the Health Sector Coordinating Council. It describes the most relevant threats to the sector and ten cybersecurity practices, including network management, vulnerability management and network connected medical devices, with separate technical volumes for small and for medium and large organizations.
Under the 2021 HITECH amendment (Public Law 116-321), HHS must consider whether a covered entity or business associate had recognized security practices, such as those developed under section 405(d) or by NIST, in place for at least the previous 12 months when deciding on fines, audits and remedies. Testing evidence helps show those practices are in place and working.
We call each API as every type of user, patient, clinician, administrator and integration partner, changing resource IDs, tokens and scopes to check that each caller reaches only the records they are entitled to. Findings are mapped to the OWASP API Security Top 10 (2023), where broken object level authorization is API1. See API security.
Yes. Device testing is done on test units or in lab environments agreed in the rules of engagement, and clinical network testing is planned with your teams to avoid interrupting care. Device manufacturers preparing a submission should see FDA 510(k) medical device testing.
A web application penetration test typically takes 1–2 weeks and a red team exercise typically 4–6 weeks, depending on scope. You receive a written scope and timeline before testing starts.
Ready when you are
Tell us which systems hold ePHI and which rules you report against. We will help you scope the right test.
Takes about a minute.
