AT A GLANCE
HHS proposed the first major overhaul of the HIPAA Security Rule in over 20 years on December 27, 2024. As of mid-2026, the rule remains under OCR review — the agency’s original Spring 2026 finalization target has passed with no final rule published, and more than 4,700 public comments are still being processed.
If finalized, the NPRM would eliminate the “addressable” designation — a mechanism that required teams to justify equivalent alternatives to specific safeguards. Standardizing MFA, encryption of ePHI at rest and in transit, written asset inventory, network segmentation, and annual business associate verification codifies practices most modern security programs already treat as baseline, and removes the overhead of documenting exceptions.
Building a HIPAA-compliant HealthTech app is a multi-skill engineering challenge — driven by the expanding scope of interoperability, clinical data standards, and regulated integrations, not by security changing its nature. The specialists who hold these layers together underpin both product velocity and clinical trust.
A hybrid Canada + Latin America staffing model expands access to mid- to senior-level HealthTech engineers across Latin America and Canada — all in overlapping North American time zones, at 25 to 50% below US tech-hub rates.
The HealthTech engineering bar keeps rising. In 2024 alone, US healthcare organizations reported 742 large data breaches affecting more than 289 million individuals (HIPAA Journal) — a signal that patient trust rests on how well engineering teams handle sensitive data. In response, HHS proposed the first significant update to the HIPAA Security Rule since 2013 — a Notice of Proposed Rulemaking (NPRM) published in the Federal Register on January 6, 2025.
As of mid-2026 the rule remains proposed, not final. OCR’s Spring 2026 finalization target has passed and the agency continues reviewing more than 4,700 public comments. But the direction is clear: the industry is standardizing around security controls that leading HealthTech teams already treat as baseline.
For HealthTech CTOs and engineering leaders, what changed isn’t the nature of security — it’s the surface area that has to be secured. Modern systems handle richer clinical data, connect to more external partners, and operate under expanding interoperability standards. The right specialists don’t just protect against penalties; they build products clinicians trust and health systems adopt. Below are the five roles every HealthTech team needs to build, scale, and defend a compliant product.
The five roles every HIPAA-compliant HealthTech team needs
1. Healthcare-Fluent Backend / Integration Engineer
HealthTech apps rarely live in isolation. They connect to EHRs (Epic, Cerner/Oracle Health, athenahealth), labs, pharmacies, and payer systems through HL7 v2 messages and increasingly through FHIR R4 APIs and the US Core Implementation Guide — the regulatory baseline ONC requires for certified health IT. This engineer designs the integration layer: handling clinical vocabularies (LOINC, SNOMED CT, RxNorm), managing event-driven message flows, building secure REST endpoints, and instrumenting application-level audit trails that record which user accessed which patient record and when. For a deeper look at what this layer requires in practice, see our full breakdown on building a healthcare interoperability engineering team. Without this role, integration becomes the bottleneck that delays every feature release.
2. Data Engineer with PHI Experience
Patient data flows through pipelines that must be auditable, segmented, and lineage-tracked. A HealthTech data engineer designs ingestion and transformation layers that maintain a chain of custody for ePHI, implement de-identification (HIPAA Safe Harbor or Expert Determination), and structure access controls down to the row level. Their piece of the audit story is data lineage — the ability to answer, for any record, where it came from, how it was transformed, and who could have touched it. That answer protects patient trust and gives the business a defensible position with regulators, auditors, and clinical partners alike.
3. HIPAA Security and Compliance Engineer
The proposed 2025 NPRM would remove the “addressable” designation from most Security Rule safeguards. That designation has never meant optional — under the current rule, teams that chose not to implement a specific safeguard had to document a reasoned justification and adopt an equivalent alternative. The NPRM, if finalized, replaces that documentation exercise with unambiguous requirements: encryption at rest and in transit, MFA, network segmentation, a maintained asset inventory, and annual business associate verification. For engineering teams, that is a simplification — standardized controls with less administrative overhead. A dedicated compliance engineer translates these safeguards into engineering tickets and gives the team a defensible position under either framework.
4. DevSecOps / Cloud Security Engineer
HIPAA-compliant apps usually run on AWS, Azure, or GCP under a signed Business Associate Agreement — but a BAA is not a compliance shield. Under the Shared Responsibility Model, the cloud provider secures the underlying infrastructure; how services are configured, integrated, and monitored sits with the customer’s engineering team. That is the DevSecOps engineer’s work: selecting HIPAA-eligible services, enforcing least-privilege IAM, setting up immutable infrastructure and access audit logs, hardening CI/CD pipelines, and operationalizing incident-response and restoration playbooks. They also own vulnerability scanning and penetration testing — areas where the proposed NPRM would set explicit cadences (six-month scans, annual pen tests) if finalized.
5. QA Engineer with Healthcare Experience
Healthcare QA is not generic QA. Test cases have to validate clinical workflows end to end — because a missed allergy alert is not a bug in a normal product; it is a patient-safety event. The healthcare QA engineer confirms conformance to US Core and FHIR resource profiles, produces documentation for internal quality processes and external audits, and — for teams whose product touches FDA-regulated functionality (Software as a Medical Device) — maintains the design history file and trace matrices required under 21 CFR Part 820. The output is a product clinicians can rely on.
HEALTHCARE TALENT IS NOT GENERIC TALENT
Every DevEngine candidate is peer-led technically screened by senior engineers and tested against role-specific assignments — including healthcare-fluent scenarios when the brief calls for it. See our behind-the-scenes look at how we vet candidates →
How to assemble this team without months of hiring cycles
For US HealthTech leaders, the practical question is rarely which roles are needed — it is how to source them at the speed regulatory deadlines and product roadmaps require. DevEngine’s peer-vetted talent pool spans Canada and Latin America and can staff any of the five roles above at mid- to senior level. Through Nearshore Staff Augmentation for delivery pods, IT Contract Staffing and IT Recruitment for individual placements, and Fractional IT Leadership and Expertise for architecture and compliance leadership, engineering leaders can build a HIPAA-aligned team in overlapping North American time zones — fully integrated into your stack and workflows, at 25 to 40% below US tech-hub rates. For engineering leaders integrating a distributed pod for the first time, we’ve documented what cultural intelligence in distributed engineering teams looks like day-to-day, and how managing distributed tech teams in the AI era changes the operating rhythm.
READY TO BUILD YOUR HIPAA-COMPLIANT HEALTHTECH TEAM?
Whether you are scaling toward a payer integration deadline, preparing for the proposed 2025 HIPAA Security Rule updates, or shipping your first FDA-regulated feature, a hybrid Canada + Latin America model gives you the specialists who turn compliance into a competitive advantage — in weeks, not months.
