Sensitive data everywhere
Patient records spread across HIS, PACS, lab systems, file shares and email, with no single view of who can access what.
Healthcare
In healthcare, secure and always-on are the baseline.
Patient data carries legal and human weight, and clinical systems can’t go dark. We build identity-first, encrypted and resilient foundations first, then add integration, analytics and automation on top.
Industry challenges
What makes healthcare hard to secure.
Downtime is clinical risk
Outages stop admissions, prescriptions and imaging. Backups exist but recovery is rarely tested.
Legacy and vendor sprawl
On-prem clinical systems from many vendors, hard to integrate and hard to patch.
Integration pressure
Insurance claims, e-prescriptions and referrals demand reliable, standards-based data exchange.
Regulatory & compliance landscape
The frameworks this industry is measured against.
| Framework | What it requires | How we address it |
|---|---|---|
| HIPAA Security & Privacy Rules | Administrative, physical and technical safeguards for ePHI, minimum-necessary access and breach notification. | Data classification, encryption, access governance, BAA-covered cloud services. |
| NIST CSF 2.0 | A risk-based cybersecurity baseline across govern, identify, protect, detect, respond and recover. | Control mapping, hardening, continuous evidence. |
| HITRUST CSF | A certifiable control framework harmonizing HIPAA, NIST and ISO requirements for healthcare. | Governed landing zones, policy as code, evidence pipelines. |
| HL7 FHIR / CMS Interoperability & 21st Century Cures Act | Standards-based patient access, payer and claims data exchange without information blocking. | Integration layer, API security, monitoring. |
| ISO 27001 / ISO 27799 | Information security management for health information. | ISMS alignment, audit-ready evidence. |
Solutions for this industry
Where we typically start in healthcare.
Focus areas: identity and access, data protection, uptime and resilience, secure workflow automation, and analytics.
Cybersecurity & Compliance
Least-privilege access to patient data, tuned detection, and audit evidence without the pre-audit scramble.
Cloud Modernization
Move non-clinical and suitable clinical workloads onto a governed foundation, in reversible waves.
Data & Analytics
A trusted clinical and operational data platform for bed occupancy, wait times and revenue cycle.
AI Transformation
Governed AI for document processing, coding assistance and patient communication, with PHI kept protected.
Managed Operations
24/7 monitoring, patching and tested recovery so systems stay up after go-live.
Platform Engineering
Secure, repeatable environments for health-tech teams shipping patient-facing apps.
Use cases
Use cases we deliver in healthcare.
EMR/HIS hosting with tested DR
EMR/HIS hosting with tested disaster recovery.
Zero Trust clinical access
Zero Trust access for clinicians, staff and third-party vendors.
HL7 FHIR integration
HL7 FHIR and CMS Interoperability APIs behind a secured API gateway.
Medical imaging storage
Medical imaging (PACS) storage tiering and archiving.
Clinical & operational dashboards
Occupancy, ED wait time and claims-rejection dashboards.
AI-assisted document intake
AI-assisted document intake and claims processing with human review.
Reference architecture
How data and access typically flow.
Clinicians and patients reach applications through identity-verified access; an integration layer connects EHR, PACS, LIS and FHIR APIs; data lands in a governed platform; security monitoring and backup span every layer.
Delivery approach
Structured around clinical continuity, not disruption.
Each phase leaves a working, documented piece of the foundation, scheduled around clinical operations.
-
Map clinical systems, data flows and regulatory scope; identify single points of failure.
- Clinical systems & data-flow map
- Regulatory scope summary
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Design identity, network, data protection and recovery targets per system criticality.
- Identity & network design
- Recovery targets per system
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Build the foundation as code, then migrate or integrate in low-risk waves around clinical schedules.
- Foundation built as code
- Wave-by-wave migration plan
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Run recovery drills, access reviews and control-evidence checks before sign-off.
- Recovery drill results
- Access review report
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Monitor 24/7, patch on agreed windows, report on uptime and compliance posture.
- 24/7 monitoring live
- Uptime & compliance reporting
Delivery model
5 Phases
Milestone-Gated Delivery Model
Every phase ends with a documented deliverable and a clear go/no-go decision, scheduled around clinical operations, not against them.
01
02
03
04
05
Documented Deliverable & Formal Go/No-Go Decision Gate
No code or infrastructure moves to production without passing automated compliance checks and client review.
Zero Vendor Lock-In
Delivered into client Git & cloud accounts
Infrastructure-as-Code
Terraform / Bicep repeatable blueprints
Operational Runbooks
Knowledge transfer & team enablement
What we measure
Indicators that show whether this is actually working.
Recovery time & recovery point per clinical system
Proves DR works before you need it.
Privileged access coverage
How much PHI access is least-privilege and reviewed.
Mean time to detect & respond
How quickly real threats are caught.
Claims / integration failure rate
Reliability of data exchange with payers.
FAQ
Questions we hear from healthcare IT and compliance teams.
Short answers to common planning questions for Healthcare.
Can patient data stay inside the United States?
Yes. We design for US-region hosting on HIPAA-eligible services covered by your cloud provider BAA, and document ePHI data flows for HIPAA risk analysis.
Do we have to move clinical systems to the cloud?
No. Many engagements keep core clinical systems on-prem or hybrid and modernize identity, backup, security and integration around them.
How do you avoid downtime during changes?
Changes run in reversible waves, scheduled around clinical operations, with rollback plans and recovery tested first.
Can you work with our existing HIS/EMR vendor?
Yes. We work alongside vendors on integration, access and hosting; we don’t replace their application support.
Where do you usually start?
A short assessment of security, resilience and compliance gaps, ending with a prioritized roadmap.
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