HIPAA-Compliant Managed Cloud for Healthcare
Telehealth platforms, clinical IT, and healthcare SaaS run on AWS or GCP infrastructure architected for PHI protection from day one. SOC 2 + HIPAA evidence collected automatically; OCR audits become non-events.
Compliance Frameworks
Our Healthcare Cloud solutions are designed to satisfy all relevant compliance requirements for your industry.
Managed cloud for healthcare is when an external team operates your AWS, GCP, or Azure infrastructure under HIPAA technical safeguards — including PHI encryption, audit logging, access controls, and BAA management — so your clinical and engineering teams can focus on care delivery rather than compliance plumbing. For telehealth platforms, EHR integrations, and healthcare SaaS, it's the difference between an OCR audit being a routine evidence pull and a six-week emergency project.
The Challenges Healthcare Companies Face
Managed Cloud gaps create real risk for healthcare organizations. Here is what we hear from clients before they work with us.
Hospital partner security reviews stall because BAAs and technical-control evidence aren't documented
PHI environment audit logging is incomplete, leaving the 'who accessed what' question unanswerable
BAAs scattered across vendor inboxes — inventory of HIPAA subprocessors doesn't exist
Annual HIPAA risk assessment treated as a checkbox, not a real exercise that drives remediation
What PlatOps Delivers for Healthcare
Concrete deliverables, scoped for your stack and operating model — not a list of generic service features.
HIPAA-aligned cloud architecture
AWS Organization or GCP project hierarchy with PHI-handling environments isolated from non-PHI workloads, KMS with customer-managed keys per environment, encryption at rest and in transit enforced via SCPs / IAM conditions, audit logging routed to immutable cross-account storage with 6+ year retention.
Business Associate Agreement (BAA) inventory
Documented BAA tracker across every SaaS vendor that processes PHI on your behalf — your analytics platform, monitoring stack, email service, chat tool, AI/ML services. We coordinate BAA execution with new vendors as you adopt them; you don't discover a gap during a hospital security review.
PHI access controls + audit logging
Least-privilege IAM with quarterly access reviews, MFA enforced on all privileged roles, session logging for any direct database access, audit-log analysis automated through Athena or BigQuery so you can answer "who accessed PHI for patient X between dates Y and Z" in minutes.
Annual HIPAA risk assessment
Real risk assessment per the HHS guidance — not a generic template. Threat catalog mapped to your specific environment, likelihood × impact scoring, remediation tracker tied to engineering tickets, executive summary suitable for board reporting and OCR submission.
Telehealth + clinical SaaS reliability
Multi-AZ deployments minimum, multi-region for tenants demanding it, 99.9%+ uptime SLA, regional failover tested twice yearly, on-call rotation for production incidents. Clinical workloads can't tolerate the kind of "oh we're upgrading the database tonight" downtime that's normal for B2C SaaS.
OCR audit + hospital security-review readiness
Evidence library covering technical safeguards, administrative safeguards (workforce training, sanction policy), and physical safeguards (cloud-provider attestations). When a hospital partner sends a 300-question security questionnaire, response time drops from "3 weeks of engineering" to "3-day customer-success-team review."
Why Healthcare Companies Reach Out
Healthcare cloud setups fail in predictable ways. The S3 bucket holding clinical PDF uploads has overly permissive IAM. The RDS database storing PHI has audit logging turned off because someone said it was "too noisy." The BAA with AWS exists but the BAAs with the eight other SaaS vendors processing PHI on your platform's behalf — analytics, email, chat, monitoring — are scattered across DocuSign and someone's inbox. The HIPAA risk assessment was done two years ago in Excel and nobody has touched it since. Then a hospital partner does a security review, asks for the BAA inventory and the most recent technical-controls audit, and the timeline gets compressed to two weeks.
IBM's 2024 Cost of a Data Breach Report puts healthcare's average breach cost at $10.93M — the highest of any industry, fourteen years running. The fines aren't theoretical: OCR's resolution agreements typically run $1M–$15M for the kind of breach that follows a misconfigured cloud setup. The technical work to avoid that — encryption everywhere, audit logging routed to long-term storage, least-privilege IAM, backup encryption, BAA tracking — isn't novel; it's just operational discipline that gets deferred when nobody is paid to own it.
PlatOps owns it. We architect cloud environments to HIPAA technical safeguards from day one — KMS-managed encryption with separate keys per environment, CloudTrail or Cloud Audit Logs routed to an immutable archive, IAM access reviews quarterly, MFA enforced on every privileged role. We track BAAs across your subprocessor inventory, run the annual HIPAA risk assessment as a real exercise (not a checkbox), and produce evidence on demand for OCR audits, hospital partner reviews, or SOC 2 + HITRUST overlays. Your team focuses on the clinical product; we handle the compliance scaffolding.
Typical engagement
Telehealth or healthcare SaaS, 20-80 employees, mixed B2B/B2C revenue, AWS or GCP
Industry averages we plan around: initial 30-day HIPAA gap assessment surfaces 25-45 findings, weighted to access-control and audit-logging gaps. PHI environment migration (where existing setup needs structural changes) is 6-12 weeks. SOC 2 Type I delivered week 14, Type II in hand week 26 when run in parallel with HIPAA. Annual cost: $200k-$400k for full-service managed cloud + HIPAA program. Hospital partner security reviews respond same-day after the artifact library is built — vs the 3-4 week engineering scramble that's common before.
Composite profile based on industry benchmarks. Specific outcomes vary by environment, scope, and current security posture.
What You Get with PlatOps
Specific, measurable outcomes for healthcare organizations.
HIPAA technical safeguards (§164.312) operationalized: encryption, audit logging, access control, transmission security
BAA inventory tracked across every PHI-processing subprocessor with renewal calendar
Hospital partner security reviews answered same-day from an artifact library, not a 3-week engineering scramble
Annual HIPAA risk assessment as a real exercise, with executive summary suitable for board + OCR
SOC 2 Type II runs in parallel for ~30% marginal cost vs HIPAA-only program
Compliance Frameworks, In Detail
What each framework requires and what PlatOps does about it — not just a badge wall.
HIPAA
Technical safeguards (§164.312) directly map to cloud configuration: encryption (a)(2)(iv), audit controls (b), integrity (c), person/entity authentication (d), transmission security (e). We architect for all five and produce evidence as a byproduct of normal operations.
HITECH
Breach notification requirements (60-day clock from discovery, individual + media notice for breaches affecting 500+) require incident-response procedures and an audit trail. We run tabletop exercises annually and document the response capability.
SOC 2 Type II
Healthcare SaaS selling into hospitals or large clinical systems usually needs SOC 2 in addition to HIPAA. The control overlap is ~70%; we run both programs together rather than as separate workstreams.
HITRUST CSF (optional)
Some healthcare buyers require HITRUST. We don't do HITRUST as a primary engagement — it's specialized — but we configure the environment so HITRUST assessment is feasible if you decide to pursue it.
Frequently Asked Questions
Do we still need our own HIPAA Privacy Officer?
Yes — HIPAA designates the Privacy Officer as someone within your organization. We support them with technical evidence, policies, and program management, but we don't replace the role. Most healthcare SaaS appoints a Privacy Officer on the executive team (often the CTO or COO) and uses PlatOps as the operational arm.
What about FedRAMP for federal healthcare contracts?
FedRAMP is a separate certification path; we don't do full FedRAMP authorization but we configure environments to be FedRAMP-Moderate-baseline compatible if your roadmap includes federal contracts. Many healthcare SaaS clients land on AWS GovCloud or Azure Gov; both add cost and complexity but are doable.
How does AWS HealthLake or Google Cloud Healthcare API fit?
Both are HIPAA-eligible AWS / GCP services that handle FHIR, DICOM, and HL7 with built-in PHI protections. We integrate them where they reduce custom code; we don't push them as an architectural mandate. The right answer depends on your data shape and existing integrations.
Can you handle our existing Epic / Cerner / athenaHealth integration?
Yes. EHR integrations follow predictable patterns (HL7 v2, FHIR R4, sometimes proprietary APIs); we manage the integration layer including auth, retry logic, and audit logging for PHI flows. We have engagements with each of the major EHR vendors and don't replace the integration partners — we sit alongside them.
What if we have an OCR audit notice tomorrow?
Engagement converts to emergency mode: 48-hour evidence-pull review, gap-fill prioritization for the 10–20 things that will actually matter to OCR, response coordination through your legal team. We've shipped audit responses in 2 weeks with an existing client; cold-start without prior PlatOps engagement is 4–6 weeks at best, and you should call your healthcare attorney first.
Ready to Get Started?
Get a Free HIPAA Cloud Assessment. Our Healthcare specialists are ready to assess your environment and build a plan.