How We Help · Compliance & Infrastructure

Compliance built in.
Not bolted on.

HIPAA, FHIR R4, GDPR, SOC 2. SanoWorks engineers every control into your HealthTech product from sprint one — so you never face a failed audit, a frantic retrofit, or a breach disclosure.

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Retrofitting HIPAA compliance after a failed audit typically costs 3–5× more than building it correctly from the start — and delays launch by an average of 4 months. SanoWorks eliminates that risk entirely.

Every regulatory framework
your product faces

Compliance requirements vary by product type, geography, and data category. SanoWorks engineers know exactly which controls apply — and how to implement them without slowing your delivery.

HIPAA Technical Safeguards — built from sprint one

HIPAA isn't a checkbox. It requires specific technical controls — and most vendors don't implement them until a compliance consultant flags the gaps. SanoWorks builds them into the architecture before the first line of application code is written.

Our HIPAA foundation covers the full Technical Safeguard rule: access controls, audit controls, integrity controls, transmission security, and automatic logoff. BAA structuring and breach notification workflows are documented as part of delivery.

  • Role-based access controls (RBAC) with least-privilege enforcement
  • AES-256 encryption at rest, TLS 1.3 in transit
  • PHI audit logging — who accessed what, when, from where
  • Automatic session timeout and re-authentication
  • Integrity controls preventing unauthorised PHI alteration
  • BAA template and third-party sub-processor documentation
  • Breach notification workflow and incident response runbook
Kencor Health — 5 years, 0 HIPAA breaches. See the case study →

FHIR R4 and HL7 — interoperability that actually ships

FHIR R4 is the current US interoperability mandate (21st Century Cures Act). Most HealthTech startups underestimate the complexity: resource mapping, terminology bindings, SMART on FHIR auth, and EHR-specific quirks all require deep implementation knowledge.

SanoWorks has a prebuilt FHIR layer that accelerates greenfield implementations significantly. For EHR integrations, we handle the full Epic, Cerner, or Athena sandbox-to-production cycle including app certification where required.

  • FHIR R4 resource modelling and profile validation
  • SMART on FHIR OAuth 2.0 authentication flows
  • CDS Hooks implementation for clinical decision support
  • HL7 v2 and v3 message parsing and transformation
  • Epic, Cerner, Athena API integration and certification support
  • Bulk FHIR export for analytics and population health
  • FHIR Subscription and webhook infrastructure
Gulf Coast Registry — 38 hospitals, 4 GCC countries, FHIR-enabled eClinical platform. →

GDPR — engineered for UK and European HealthTech

Health data is a special category under GDPR Article 9, requiring explicit consent, processing restrictions, and data subject rights automation. UK GDPR applies post-Brexit with additional ICO guidance for health data processors.

SanoWorks implements GDPR-compliant data architectures for HealthTech — privacy by design from Article 25, data minimisation, automated data subject request handling, and cross-border transfer controls for EU-UK-US data flows common in clinical research products.

  • Privacy by design architecture (Article 25)
  • Special category health data processing controls (Article 9)
  • Consent management and withdrawal workflows
  • Automated Data Subject Access Request (DSAR) handling
  • Right to erasure — clinical data retention exceptions documented
  • Data Processing Agreement (DPA) template and third-party register
  • Cross-border transfer mechanisms (SCCs, UK adequacy)
e-pokratis (Greece) — GDPR-compliant telehealth + IoMT platform. 99.9% uptime. →

SOC 2 Type II — the enterprise sales prerequisite

Enterprise health system customers will ask for a SOC 2 Type II report before signing. Most Seed-stage products can't produce one — and spend 9–12 months scrambling to implement controls retroactively. SanoWorks builds SOC 2 readiness into the product from the start.

We implement the Security and Availability trust service criteria — the two most commonly required — as engineering defaults. This means your SOC 2 audit observation period starts the day you launch, not the day you realise you need the report.

  • Logical access controls and user provisioning/deprovisioning
  • Continuous infrastructure monitoring and alerting
  • Change management controls with audit trail
  • Incident response and escalation procedures
  • Vendor risk management documentation
  • Availability and performance monitoring targets defined
  • Penetration test cadence and remediation tracking
ArzaMed — HIPAA-compliant AWS infrastructure, zero-downtime CI/CD, SOC 2-ready. →

GCC and regional frameworks — UAE, KSA, and beyond

Healthcare data regulation across the GCC is evolving rapidly. UAE has NABIDH (Abu Dhabi) and DOH (Dubai) requirements for clinical data exchange. Saudi Arabia's PDPL and NDMO cloud guidelines apply to health data processors operating in-Kingdom.

SanoWorks has delivered compliant HealthTech products across the GCC for five years. We understand data residency requirements, Arabic-language clinical data handling, regional HL7 profiles, and the practical realities of regulator engagement in each market.

  • NABIDH data exchange and integration standards (Abu Dhabi)
  • DOH compliance framework requirements (Dubai)
  • Saudi PDPL and NDMO cloud governance controls
  • Data residency — in-country hosting and sovereignty controls
  • Arabic clinical data handling and RTL interface compliance
  • Regional HL7 and FHIR profile adaptations
  • Regulator engagement and submission documentation support
Gulf Coast Registry — 38 hospitals across 4 GCC countries, 200+ physicians. →

Compliance as engineering,
not paperwork

Most teams treat compliance as documentation produced after the code is written. SanoWorks treats it as an architectural constraint from the first sprint — the same way you'd treat performance or scalability.

01

Compliance Discovery

Before writing a line of code, we map every data flow — what PHI touches which system, crosses which border, and requires which control. Surprises eliminated up front.

02

Prebuilt Compliance Layer

SanoWorks maintains a prebuilt infrastructure layer: HIPAA-ready AWS/Azure environments, FHIR server scaffolding, audit logging pipelines, and IAM templates. Your product inherits weeks of work on day one.

03

Controls Woven into Sprints

Each sprint's definition of done includes the relevant compliance controls. Encryption isn't a final sprint item. Audit logging isn't a post-launch add-on. They ship with the feature.

04

Continuous Compliance Validation

Automated security scanning, dependency auditing, and infrastructure drift detection run in every CI/CD pipeline. Compliance isn't a point-in-time state — it's a continuous property of the codebase.

05

Documentation as a Deliverable

Every engagement produces a compliance documentation package: data flow diagrams, BAA templates, control evidence library, risk register, and audit-ready documentation — produced throughout delivery.

06

Audit Readiness Hand-Off

At launch, you receive everything your HIPAA, SOC 2, or ISO 27001 auditor will ask for — organised, evidenced, and ready. The audit is a formality, not a fire drill.

The SanoWorks compliance
infrastructure stack

Every SanoWorks engagement starts from a prebuilt, validated infrastructure foundation. These components aren't built from scratch on your dime — they're refined across years of HealthTech delivery and drop into your architecture from day one.

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PHI Vault
Encrypted data store with field-level encryption, key rotation, and access-controlled PHI retrieval. AWS KMS or Azure Key Vault backed.
HIPAA · SOC 2
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Audit Log Service
Immutable, tamper-evident logging of all PHI access events. Structured for HIPAA audit controls and SOC 2 evidence collection.
HIPAA · SOC 2
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FHIR R4 Server Layer
SMART on FHIR authentication, R4 resource validation, CDS Hooks endpoints, and HL7 v2/v3 transformation pipeline.
FHIR R4 · HL7
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Identity & Access Management
Role-based access control, MFA enforcement, session management, and automated user provisioning / deprovisioning.
HIPAA · SOC 2 · GDPR
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Security Monitoring Pipeline
Continuous vulnerability scanning, infrastructure drift detection, dependency auditing, and anomaly alerting in every CI/CD run.
SOC 2 · ISO 27001
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Compliance Documentation Package
Data flow diagrams, BAA templates, control evidence library, risk register, and audit-ready documentation — produced throughout delivery.
All frameworks

Know what compliance gaps
your product has right now.

The free audit takes 72 hours. You'll get a written breakdown of every control gap, data exposure risk, and remediation step — before your investors or customers find it.

Get a free compliance audit

Five years. Zero breaches.

Kencor Health's remote patient monitoring platform handles continuous biometric data from patients across US hospital networks. HIPAA compliance isn't optional — it's existential. SanoWorks has maintained zero HIPAA breaches across five years of continuous product delivery.

Kencor Health · US · Remote Patient Monitoring

HIPAA-compliant RPM at scale — 5 years, zero breaches, 156% billing growth

Kencor's platform processes continuous biometric streams from patients across US hospital networks. SanoWorks built the HIPAA-compliant architecture from the ground up — PHI vault, audit logging, access controls — and has maintained that compliance posture through five years of feature development and scale.

Read the full case study
0
HIPAA breaches across 5 years
↓73%
Documentation time for clinical staff
↑156%
Billing revenue recovered

What founders ask about
compliance engineering

HIPAA's Technical Safeguard rule requires: encryption of PHI at rest and in transit, role-based access controls with audit logging of every PHI access event, automatic session timeout, and integrity controls to prevent unauthorised alteration. SanoWorks builds all of these into the architecture from sprint one — not the sprint before launch.
A greenfield FHIR R4 implementation for a typical Seed-stage product takes 3–5 weeks with the SanoWorks prebuilt FHIR layer. EHR-specific SMART on FHIR integration (Epic, Cerner, Athena) adds 2–4 weeks depending on the EHR's sandbox environment and production approval process.
Yes — though retrofitting costs 3–5× more than building correctly from the start. SanoWorks audits the existing codebase, identifies PHI exposure risks and control gaps, and remediates them systematically. If you have already failed an audit, see our Rescue a Failing Product service for the faster path forward.
SanoWorks has delivered compliant HealthTech products across the GCC for five years, including UAE, Saudi Arabia, and Bahrain. Our engineers understand regional data residency requirements, NABIDH integration standards, DOH licensing frameworks, and the practical realities of regulator engagement in each market.
As early as possible — ideally before the first sprint. The compliance architecture decisions made in week one (data model design, PHI boundaries, third-party integrations) determine how expensive or inexpensive the full compliance programme will be. Engaging SanoWorks at the architecture stage is the highest-ROI point in the product lifecycle.

SanoWorks is an AI-augmented HealthTech software engineering partner founded in 2011, helping Seed to Series A digital health startups ship compliant products faster across the US, UK, and Middle East. Powered by Peerbits — 100+ engineers, ISO 9001, ISO 27001, CMMI certified.

The audit is free. The findings are yours. If there are compliance gaps in your product, you need to know before your next investor meeting — or your next customer's security review.