What Is HIPAA Penetration Testing?
HIPAA penetration testing is a controlled, authorized attack simulation against systems that store, process, or transmit electronic protected health information (ePHI). It maps directly to the technical safeguard requirements in 45 CFR § 164.312 — access controls, audit controls, integrity controls, authentication, and transmission security. The goal? Find exploitable vulnerabilities before an attacker or an OCR auditor does.
專案失敗的原因
Your annual risk analysis checks a box It doesn't simulate a real attack against ePHI systems. OCR findings of willful neglect can trigger penalties up to $2.13M per violation category per year — and "we ran a scan" won't save you.
Generic vulnerability scans don't catch application-layer flaws in patient portals or EHR integrations SQL injection or broken access control in a patient portal exposes entire ePHI databases. Those bugs won't show up in an automated report.
§164.312(a)(1) requires access controls, but when did you last test whether session tokens or RBAC actually hold under pressure? One privilege escalation bug lets any authenticated user pull any patient record they want. A single privilege escalation bug lets any authenticated user access any patient record.
Audit logging exists on paper but hasn't been validated under adversarial conditions per §164.312(b) When a breach happens and OCR asks what was accessed, by whom, and when — you need an answer that holds up.
You've got TLS, so transmission security feels handled But cipher suites and certificate chains rarely get tested. Downgrade attacks and misconfigured certificates can expose ePHI in transit without triggering a single alert.
Business associates handle ePHI through APIs you've probably never tested for authentication bypass per §164.312(d) A BA's compromised credentials become your breach notification problem.
合規
Access Control Testing — §164.312(a)
We attempt to bypass unique user identification, emergency access procedures, automatic logoff, and encryption/decryption mechanisms. Every required and addressable implementation specification gets tested with real exploit techniques — not theoretical ones.
Audit Control Validation — §164.312(b)
We verify that your audit logs actually captured our attack activity, accurately and completely. If we can modify, delete, or evade audit trails, you've got a compliance gap that'll hurt when it matters most.
Integrity Control Testing — §164.312(c)(1)
We go after ePHI integrity directly — targeting database records, API responses, and file storage to see whether data can be altered without detection. Integrity mechanisms have to prove tamper-evidence when someone's actively trying to break them.
Person or Entity Authentication — §164.312(d)
We attack authentication across the board: password policies, MFA implementations, session management, API key handling. Credential stuffing, brute force, token forgery — all in scope.
Transmission Security — §164.312(e)(1)
We pick apart TLS configurations, certificate pinning, cipher suite strength, and HSTS enforcement across every ePHI transmission path. Internal traffic between services gets tested too, not just what's exposed at the public edge.
Remediation Verification & Reporting
Every finding includes a CVSS score, the specific §164.312 provision it violates, step-by-step reproduction instructions, and a fix. We retest all critical and high findings after remediation at no extra charge.
我們構建的內容
OWASP Top 10 + HIPAA Mapping
Every vulnerability gets mapped to both OWASP categories and the specific 45 CFR § 164.312 implementation specification it violates — so your documentation holds up to scrutiny.
Authenticated & Unauthenticated Testing
We test as four different personas: an external attacker, a low-privilege patient user, a clinical staff member, and an admin. RBAC gets validated at every tier, not just the top.
API & EHR Integration Testing
FHIR endpoints, HL7 interfaces, and third-party BA integrations get tested for injection, broken authentication, and excessive data exposure. These are common weak points that often go untouched.
Cloud Infrastructure Review
AWS, Azure, or GCP environments get assessed for S3 bucket exposure, IAM misconfigurations, and network segmentation failures around ePHI workloads.
Social Engineering Add-On
We also offer optional phishing and pretexting campaigns targeting staff with ePHI access. Technical safeguards only go so far — the human layer needs testing too.
OCR-Ready Deliverables
Final reports are structured to directly support your HIPAA risk analysis documentation and show due diligence to OCR investigators. This isn't a generic PDF you'll struggle to explain.
我們的流程
01
Scoping & Rules of Engagement
We start by identifying every system that touches ePHI, defining testing boundaries, signing a BAA, and setting up communication protocols for critical findings. No surprises mid-engagement.
Week 1
02
Reconnaissance & Threat Modeling
Then we map your attack surface the way an adversary would — OSINT, DNS enumeration, technology fingerprinting, and an architecture review against each §164.312 control.
Week 1-2
03
Active Exploitation
From there, it's manual and tool-assisted testing across all in-scope targets. We chain vulnerabilities together the way a real attacker would. We're not running a scanner and handing you the output.
Week 2-3
04
Reporting & Risk Prioritization
You get a detailed technical report with an executive summary, §164.312 compliance mapping, CVSS-scored findings, proof-of-concept evidence, and prioritized remediation guidance.
Week 3-4
05
Remediation Verification
After your team addresses the critical and high findings, we retest to confirm they're actually fixed — then issue an updated attestation letter.
Week 5-6
Burp Suite ProOWASP ZAPNessusMetasploitNext.jsSupabaseVercel
常見問題
滲透測試是 HIPAA 安全規則要求的嗎？
安全規則要求在 §164.308(a)(1) 下進行風險分析，並在 §164.308(a)(8) 下進行技術評估。「滲透測試」這個短語從未在規定中出現，但 OCR 指南和 NIST SP 800-66 明確表示，針對技術保障措施的模擬攻擊是展示合規性的預期方式。大多數審計員都希望看到這一點，那些沒有要求的人仍然會希望看到您做過同等的證明。
您簽署業務夥伴協議嗎？
是的 — 任何可能接觸 ePHI 的業務都需要 BAA，我們在測試開始前執行一份。我們的方法旨在最大限度地減少 ePHI 暴露。只要可行，我們會驗證是否可能進行訪問，而無需實際流出真實患者數據。
漏洞掃描和滲透測試有什麼區別？
漏洞掃描運行自動化工具來查找已知的弱點。滲透測試更進一步。我們手動利用漏洞，將它們鏈接在一起，並向您展示實際影響。掃描程式會遺漏邏輯缺陷、破裂的訪問控制和身份驗證繞過 — 這些恰好是 §164.312 下 ePHI 保護最重要的問題。
醫療保健組織應該多頻繁地進行滲透測試？
至少每年測試一次，在對 ePHI 環境進行任何重大更改後進行測試 — 新患者門戶、雲遷移、主要代碼發布或基礎設施大修。經歷過漏洞或險情？立即進行測試。OCR 期望您的風險分析是持續的，而不是您在 2019 年做過一次的事情。
滲透測試會中斷我們的生產醫療保健系統嗎？
我們專門設計規則以防止中斷。拒絕服務測試在範圍外，除非您明確要求對臨時環境進行測試。高風險測試在維護時間內安排，我們在整個過程中與您的團隊保持持續聯繫。在 12 年以上的時間裡，我們從未造成計劃外的停機。
我們在最終報告中會收到什麼？
您將獲得執行摘要、完整的技術報告，其中每項發現都映射到 §164.312 規定、CVSS 分數、概念證明截圖、逐步重現說明和優先級修復指導。修復後，我們會重新測試並發出更新的證明書信，您實際上可以交給 OCR 調查員。
HIPAA Penetration Testing from $8,000
Fixed-fee engagement. BAA included. Retest at no extra cost.
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