HIPAA-compliant CI/CD pipelines, built to ship and prove it.
Parent/child pipeline architecture, continuous evidence collection, signed artifact promotion, and policy gates that pass HIPAA audits without slowing developers down. GitHub Actions, GitLab CI, Jenkins, or your existing stack, restructured around the PHI boundary so the audit becomes a query, not a project.
Book a 30-minute scoping call →The CI/CD pipeline is a HIPAA boundary. Most teams discover this during their first audit.
Healthcare engineering teams hire us when the pipeline becomes the bottleneck between shipping product and proving compliance. Sometimes that pressure is internal, the engineering lead can feel the audit coming and wants to stop manually compiling deployment evidence. Sometimes it is external, a 3PAO has flagged the CI/CD architecture during a readiness review, or a customer security questionnaire has surfaced control gaps the team did not realize existed.
This is for engineering teams that
- Already ship a productPost-product-market-fit, with 5 to 50 engineers, where the pipeline is a real bottleneck not a hypothetical one.
- Handle PHI in productionClinical SaaS, EHR-adjacent tooling, digital health, healthcare AI, or platforms with HIPAA-aligned customer obligations.
- Have a real compliance triggerHITRUST CSF target, payer customer requirement, BAA negotiation in progress, or a 3PAO readiness review on the calendar.
- Want to keep velocityEngineering leadership refuses to slow deployment frequency to get compliant. Wants compliance to be a property of the system, not a tax on it.
This is not for teams that
- Are pre-productBuilding HIPAA infrastructure before you have customer demand for a HIPAA product is the wrong sequence. Ship the product first, get the contract, then we talk.
- Need policy or admin compliance workIf you need someone to write your BAA template, run your tabletop exercises, or stand up your risk register, that is a different consultant. We build the technical safeguards, not the administrative ones.
- Want a checklistIf the goal is to produce a static document that says "we are HIPAA compliant" and shelve it, the engagement will frustrate everyone. We build infrastructure that continues to produce evidence after we leave.
- Have no engineering teamWe work alongside an internal engineering team. We do not become the team. If there is no one to hand the pipeline back to, this is the wrong engagement.
What separates a HIPAA-aligned pipeline from a HIPAA-themed pipeline.
Every consulting firm with a healthcare practice has a HIPAA CI/CD page. Most of them describe the same set of generic SOC 2 controls and put a HIPAA label on it. The three principles below are what actually distinguishes a pipeline that will survive a 3PAO assessment from one that will trigger a finding.
The pipeline is part of the HIPAA boundary, or it isn't.
Most pipelines drift across the PHI boundary by accident. A migration job touches production data. A debugging step pulls production logs into the build environment. A runner has read access to a database it should never need. Boundary First means the pipeline is explicitly scoped: either every component is inside the boundary and treated with PHI controls, or every component is outside and physically cannot access PHI. No middle state, no exceptions, no implicit trust.
The audit log is the pipeline output, not a side effect.
Pipelines built without compliance in mind treat audit logs as something you scrape together before an assessment. The result is brittle, incomplete, and impossible to query at scale. Evidence by Construction inverts that: every signed artifact, every policy gate result, every deployment authorization is emitted as structured, queryable evidence the moment it happens. By the time the auditor arrives, three years of evidence already exist in a form they can read.
Both populations have to like the result.
A pipeline auditors love but engineers hate gets bypassed. A pipeline engineers love but auditors cannot read gets findings. Most HIPAA CI/CD implementations fail one or the other. The architecture we build holds both: engineers ship at the velocity they expect, auditors get answerable evidence in formats they recognize. Neither population has to translate for the other.
Three phases, named scopes, predictable price points.
Most engagements move through these three phases in sequence. Some teams start with the audit and stop there because the roadmap is enough for their internal engineers to execute. Others move directly to the build phase because they already know what's broken. The retainer is for teams that want continuity after the build phase, not a separate sales motion.
The HIPAA CI/CD Audit, two weeks, fixed fee.
A two-week assessment of the existing pipeline architecture against HIPAA Security Rule technical safeguards. We walk every pipeline component, map data flows to the PHI boundary, identify which controls are present, which are absent, and which are partially implemented in a way auditors will not accept. Output is a written remediation roadmap with effort estimates, prioritized so the highest-risk findings are addressable inside one sprint.
- Pipeline component inventory mapped to PHI boundary scope
- 47-control compliance matrix against §164.308 and §164.312
- Prioritized remediation roadmap with effort and dependency estimates
- Existing-evidence inventory and gap analysis
- Written report formatted for sharing with a 3PAO or board
Pipeline Build Engagement, six to twelve weeks.
Hands-on engineering. We rebuild the pipeline architecture using parent/child decomposition, signed artifact promotion, OPA or Kyverno policy gates, and structured evidence emission. We work inside your repositories on your tooling stack, deploying changes incrementally so the engineering team keeps shipping during the engagement. Most builds touch three to seven repositories and replace or reinforce four to nine pipeline components. By the end, your engineering team operates the pipeline without our involvement and the evidence stream is self-sustaining.
- Parent/child pipeline architecture for polyrepo or monorepo
- OIDC-based runner trust, eliminating long-lived credentials
- SAST, dependency scanning, and secrets detection gates
- Signed artifact promotion with provenance attestation (SLSA Level 3)
- OPA or Kyverno admission policies for production deploys
- Structured audit evidence emission to immutable storage
- Pipeline runbook and team training before handoff
Continuous Compliance Retainer, monthly cadence.
For teams that want continuity after the build phase. Monthly engagement covers pipeline maintenance, evidence stream verification, pre-audit readiness checks, and architectural review when new services are added to the pipeline. The retainer is scoped to a specific hour cap per month with clear scope boundaries, not an open-ended consulting agreement. Most retainer clients use it to keep the pipeline current as the engineering team grows and the compliance surface expands.
- Monthly evidence stream verification and integrity checks
- Architectural review for new services entering the pipeline
- Pre-audit readiness assessments before 3PAO engagements
- Pipeline component upgrades and runner refresh cycles
- Quarterly written report for engineering leadership
Senior engineering, narrow focus, specific opinions.
The healthcare consulting market is full of generalist firms with a HIPAA practice page and a stable of junior consultants. We are the opposite: the founder writes the Terraform, the founder builds the pipelines, the founder runs the engagement from scoping to handoff. The narrow focus is the entire business.
Same engineer scope to handoff
Every engagement is delivered by Lucas Jones. No junior consultants billing senior rates, no offshore handoffs, no surprises in the discovery call. The engineer who scopes the work is the engineer who writes the code is the engineer who walks your team through the handoff. This is not "founder-led with a delivery team underneath." There is no delivery team. There is just the work.
3PAO-tested architecture patterns
The parent/child pipeline pattern, the signed-artifact promotion model, the OIDC trust scope, the runner isolation architecture, all of these have been built and successfully assessed by 3PAOs in real engagements. We are not testing patterns on your engagement. The patterns are tested. The engagement is about adapting them to your environment.
Tool-agnostic, opinionated where it matters
We work in whatever pipeline tooling you already run. GitHub Actions, GitLab CI, Jenkins, CircleCI, Azure DevOps, all of them have a working HIPAA architecture. We do not push you into a specific stack to extract migration fees. We do, however, have strong opinions about how each tool should be configured for HIPAA, and we will explain why.
Not a compliance-in-a-box vendor
We do not sell you software. We do not lock you into a continuous monitoring platform with annual licensing fees. We do not own your evidence after we leave. The pipeline we build belongs to your organization, runs on infrastructure you control, and uses tools you can read. If we disappeared tomorrow, your engineering team would keep operating the pipeline without us.
Outcomes from real engagements, quantified.
The numbers below are from completed client engagements, anonymized where the engagement details would identify the customer. The patterns are consistent across engagements: deployment time drops, evidence collection moves from days to minutes, and the next audit cycle is dramatically less stressful for everyone involved.
"Hired Lucas to overhaul our CI/CD pipelines in a HIPAA environment and he absolutely delivered. He rebuilt our pipelines with proper artifact promotion, added security scanning, and tightened up our deployment process so we're now both faster and more compliant. His background in healthcare infrastructure showed, he understood the constraints from day one and didn't need lengthy explanations about what we could and couldn't do with PHI. Deployment time dropped significantly and the audit trail is now clean. Highly recommend for anyone doing serious work in regulated industries."Ryan S. · CTO @ AI SaaSVerified Review · HIPAA CI/CD Overhaul · Third engagement
The pattern across every engagement
Every Stonebridge engagement applies the Evidence-Driven Infrastructure framework: Boundary First, Continuous Evidence, Policy as Code, Founder-Delivered. The framework synthesizes NIST SP 800-53, FedRAMP 20x KSIs, HITRUST CSF, SLSA supply chain integrity, and DevSecOps practice into a coherent approach.
Read the full methodology →Built by an engineer who has shipped HIPAA-aligned pipelines in production.
Stonebridge is founder-led, not founder-fronted. Same engineer scopes the work, designs the pipeline architecture, writes the Terraform, and trains your team before walking away.
Six years building cloud infrastructure and CI/CD pipelines for healthcare and federal engineering teams. The HIPAA CI/CD work specifically spans multi-stage GitLab pipelines with Ansible-driven HIPAA control checks across 32+ hosts (roughly 70% deployment time reduction), GitHub Actions migrations for healthcare SaaS, and the audit-ready evidence emission patterns now referenced in the Field Notes archive.
Before founding Stonebridge, I worked as Systems Engineer, DevOps Engineer, and Principal Platform Engineer across healthcare SaaS and federal energy environments. The HIPAA CI/CD audit checklist published here is the same 47-control map I use during 2-week audit engagements, drawn directly from active client work. The HIPAA CI/CD field notes are cited by Google AI Overview and Bing AI as authoritative sources on regulated CI/CD architecture.
Certifications
- AWS Solutions Architect Associate
- GCP Professional Cloud Architect
- CompTIA Network+
- Linux LPI Essentials
- ITIL 4 Foundation
Frameworks
- HIPAA Security Rule (incl. 2026 update)
- FedRAMP Moderate / High
- FedRAMP 20x KSIs
- HITRUST CSF
- SOC 2 Type II
- NIST 800-53 & 800-171
Pipeline Stack
- GitLab CI/CD
- GitHub Actions
- Argo CD
- Open Policy Agent / Rego
- Kyverno
- Terraform & Ansible
Practical questions, directly answered.
The questions below come up in nearly every scoping call. If the answer to your question is not here, the discovery call is the right place. Most questions resolve in 15 minutes.
Do I need Argo CD or is GitLab CI / GitHub Actions enough for HIPAA?
GitLab CI or GitHub Actions are enough for most HIPAA workloads on their own. Argo CD enters the picture when you want pull-based deployment with declarative reconciliation against a cluster, which solves a specific class of audit problem (drift detection between desired and actual cluster state) but adds operational surface.
For teams shipping fewer than five times a day to a single cluster, the parent/child pipeline pattern handles the entire flow inside one tool. For teams with multiple environments, multiple clusters, and frequent deploys, Argo CD pays for itself within a quarter. The decision is about deployment topology, not HIPAA compliance specifically.
How does HIPAA CI/CD differ from SOC 2 CI/CD?
SOC 2 cares whether you have a change management process and whether you follow it. HIPAA cares about the specific technical safeguards around the data the pipeline touches: encryption in transit between pipeline stages, audit logging that captures who deployed what code to which PHI-handling environment, access controls on runners, and evidence retention that survives 6 years.
A SOC 2-aligned pipeline is the foundation. The HIPAA-specific additions sit on top: PHI boundary scoping for runners, signed artifact promotion, immutable evidence collection, and pipeline-level access reviews. Most engagements start with an existing SOC 2 pipeline and add the HIPAA-specific architecture rather than rebuilding from zero.
Can we keep our existing pipelines or do you rebuild from scratch?
Existing pipelines stay. Almost no engagement starts with rebuild-from-zero. The audit phase identifies which pipeline components already meet HIPAA requirements (usually 40 to 60 percent), which need targeted reinforcement, and which need replacement. The build phase touches only what needs to change.
Most engineering teams are surprised how much of their current setup is already auditable with documentation and minor structural changes. Full rebuilds happen only when the existing pipelines were built without any compliance scoping and the cost of remediation exceeds the cost of starting fresh, which is rare.
What evidence do HIPAA auditors actually ask for from CI/CD pipelines?
Six categories show up in every HIPAA audit. Deployment authorization records, who approved this code to reach production. Code provenance, where did this binary come from and is it the same one we tested. Access logs for runners, who could have read PHI through a build. Evidence of automated security gates running on every change, SAST results, dependency scans, secrets detection. Policy enforcement records, the OPA or Kyverno policy that ran on each deploy. Change frequency metrics that demonstrate the process is actually used.
Auditors are checking that your stated process matches what your tooling actually does. The point of the architecture we build is to make that check trivially provable.
Do we need self-hosted runners for HIPAA?
Not always, and the reasoning matters. GitHub-hosted runners and GitLab SaaS runners both have BAAs available and meet HIPAA technical safeguards for the runner infrastructure itself. The question is whether the pipeline ever has access to PHI during execution, which it almost never should.
If the pipeline only builds artifacts, runs tests against synthetic data, and deploys to environments that hold PHI, runners do not need to be self-hosted. If the pipeline reads from production databases, processes PHI during builds, or runs migrations that touch PHI directly, self-hosted runners inside the PHI boundary become necessary. The architectural goal is to never need them.
How does HIPAA CI/CD work alongside FedRAMP or HITRUST?
There is significant overlap. The HIPAA pipeline architecture meets roughly 70 percent of FedRAMP CI/CD requirements and 80 percent of HITRUST CSF. The remaining differences are mostly about formality, documentation depth, and continuous monitoring cadence.
FedRAMP adds requirements around boundary documentation, FIPS 140-3 cryptographic modules in the pipeline, and POA&M tracking for any pipeline-related findings. HITRUST adds explicit risk acceptance language and more granular access review documentation. Building the HIPAA pipeline first and adding the framework-specific layers second is faster than trying to build for all three at once.
Field Notes from active engagements.
Specific technical breakdowns on the pipeline patterns referenced above. Written from active client engagements, not from documentation pages.
GitLab CI/CD parent/child pipelines for HIPAA workloads
The parent/child architecture pattern in GitLab specifically, what moves to the parent, what stays in the child, and the multi-project pattern for a polyrepo split across backend, frontend, infrastructure, networking, and security.
GitHub Actions for HIPAA-compliant deployments
OIDC trust scope, self-hosted runner discipline, reusable workflows as the compliance contract. The three GitHub-specific decisions that separate a HIPAA-aligned pipeline from a SOC 2 one.
The HIPAA CI/CD audit checklist for engineering teams
The practitioner's 47-control map we use during 2-week audit engagements, with the CFR section, the auditor's question, and the architectural fix for each one.
Five HIPAA CI/CD mistakes that show up in every audit
The architectural mistakes we see most frequently in healthcare engineering teams' pipelines, with the specific control the auditor will flag and the structural fix that prevents it.
Tell us what you are actually trying to ship.
Most discovery calls take 30 minutes. We come back with a written proposal within 48 hours. If we are not the right fit for the engagement, we will tell you in the first call and point you somewhere that is.
Book a 30-minute scoping call →Skip the form.
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Pick a time. Skip the back-and-forth.
30-minute discovery call. We walk your current pipeline and CI/CD posture, talk about the engagement that fits, and you get a written proposal within 48 hours.