All case studies

// Compliance & Security

HIPAA & FINRA-compliant infrastructure on GCP

A security-sensitive application needed regulator-grade infrastructure from day one. I architected a HIPAA/FINRA-compliant GCP environment with Pulumi — isolated workloads, managed secrets, TLS everywhere, and RBAC throughout.

HIPAA & FINRA-compliant infrastructure on GCP
SYS_BLOG_PREVIEW_SECURE
HIPAA-COMPLIANT-INFRASTRUCTURE

Impact Metrics

HIPAA

+ FINRA compliant

100%

Infra as code (Pulumi)

0

Plaintext secrets / public workloads

Stack Applied

GCPPulumiKubernetesNetBirdInfisicalOpenBao

// Context & Background

A client was deploying a security-sensitive application subject to HIPAA and FINRA controls. The infrastructure had to be reproducible, auditable, and compliant from the very first deploy — not retrofitted later.

// The Challenge

Stand up a regulator-grade environment from scratch: encryption everywhere, network isolation, centralized secret management, and least-privilege access — all reproducible as code.

// The Roadmap & Approach

01

Compliant infrastructure as code with Pulumi

Architected and provisioned VPCs, GKE clusters, Cloud SQL, VM instances, and Cloud Storage buckets entirely through Pulumi — making the whole compliant environment reproducible.

02

Secure access and workload isolation

NetBird provided secure peer-to-peer access; Coolify handled isolated internal staging while production workloads stayed locked inside the GKE cluster.

03

Centralized secret management

Infisical and OpenBao managed every secret and credential — no plaintext secrets in code, in config, or in CI.

04

TLS and RBAC at the edge

Ingress resources exposed services with TLS termination and RBAC-based access controls, so every entry point was encrypted and authorized.

// Validated Results

  • A fully HIPAA- and FINRA-compliant GCP environment, reproducible on demand
  • Secrets centrally managed — zero plaintext credentials anywhere
  • Production workloads isolated from staging and the public internet
  • Every access path encrypted with TLS and gated by RBAC

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