DevSecOps Storage Security Engineer

DevSecOps Storage Security Engineers own the security of data wherever it lives — block volumes, file shares, object buckets, backup vaults, and data lakes — and they deliver that ownership through code rather than one-off configuration changes. The role sits at the intersection of three disciplines that don't always speak the same language: infrastructure engineering, application security, and DevOps automation. Making those three functions work together on storage problems is the core value this position provides.

On a given day, the work might involve reviewing a pull request that adds a new Terraform module for an S3 data lake, checking that the module enforces encryption, blocks public access, enables versioning, and wires up CloudTrail logging before it merges. Later that shift, a SIEM alert fires on an unusual volume of GetObject calls from a service account at 2 AM — the engineer investigates, determines whether it's a legitimate batch job or something that needs escalation, and updates the detection logic either way.

Infrastructure automation is a significant part of the job. Most organizations have storage security baselines written in policy documents that no one enforces programmatically. Converting those policies into Terraform modules, Ansible roles, or OPA (Open Policy Agent) rules that fire in the CI pipeline is unglamorous work that directly reduces the attack surface. Engineers who can do this well — who write code that's readable and maintainable, not just functional — create durable security improvements rather than one-time fixes.

The compliance dimension is real and often consuming. SOC 2 audits, PCI DSS assessments, and FedRAMP authorization packages all require documented evidence that storage encryption is in place, access is restricted, and audit logs are retained. Generating that evidence automatically — rather than manually pulling screenshots before each audit — is a project that takes months to build but saves weeks per audit cycle.

This role requires fluency in cloud storage APIs, IaC tooling, and security frameworks simultaneously. Organizations hire for it because the alternative — separate storage engineers, security analysts, and DevOps engineers who don't share context — produces gaps that attackers reliably find.

Education:

• Bachelor's degree in computer science, information security, or information systems (common but not universal)
• Relevant self-taught or bootcamp backgrounds are accepted at many organizations when paired with strong certifications and demonstrable IaC/cloud experience
• Master's in cybersecurity or information assurance provides an edge for government-adjacent or large enterprise roles

Certifications (in rough priority order):

• CISSP — the baseline credential for senior security roles
• CCSP — cloud security specialty, increasingly required
• AWS Certified Security Specialty or Azure Security Engineer Associate
• HashiCorp Certified Terraform Associate
• CompTIA Security+ (required for DoD 8570 roles)
• CISM for engineers moving toward security management

Technical skills:

• Cloud storage: AWS S3 (bucket policies, S3 Object Lock, Macie), Azure Blob Storage, GCP Cloud Storage
• Enterprise storage: NetApp ONTAP, Pure Storage Purity, Dell EMC PowerStore — enough to read configurations and assess controls
• Encryption and KMS: AWS KMS, Azure Key Vault, HashiCorp Vault, hardware HSMs, FIPS 140-2 compliance
• IaC: Terraform (primary), Ansible, CloudFormation; writing reusable modules with security controls embedded
• CI/CD: Jenkins, GitLab CI, GitHub Actions — integrating security scanning tools (Checkov, tfsec, Snyk IaC)
• SIEM: Splunk query writing, Microsoft Sentinel KQL, alert tuning
• Storage protocols: NFS, SMB/CIFS, iSCSI, S3 API, NVMe-oF at a conceptual security-assessment level
• Scripting: Python and Bash for automation; Go is a differentiator for custom tooling

Compliance and frameworks:

• NIST 800-53 control mapping
• PCI DSS Requirements 3 and 7
• SOC 2 CC6 series (logical and physical access)
• FedRAMP boundary documentation and evidence collection
• GDPR/CCPA data residency and deletion controls

Experience benchmarks:

• 5–8 years of combined storage engineering and security experience
• At least 2–3 years of hands-on IaC in a production environment
• Demonstrated experience driving a compliance program (SOC 2, PCI, FedRAMP) from an infrastructure perspective

Demand for engineers who combine storage, security, and DevOps automation skills has grown faster than the talent pipeline for several years running. The reason is structural: organizations moved infrastructure to cloud at speed without fully solving the security implications, and the resulting backlog of misconfigured storage buckets, over-permissioned service accounts, and unencrypted data lakes has become a board-level issue after a sequence of high-profile breaches traced directly to storage misconfigurations.

Cloud providers have made storage easier to provision than ever, which paradoxically creates more security work. Every developer who can spin up an S3 bucket in a Terraform module is a potential source of a misconfiguration, and the only scalable answer is to build the security controls into the modules themselves — which is precisely what this role exists to do.

The compliance driver is equally strong. SOC 2 has become a de facto requirement for any SaaS company selling to enterprises, and PCI DSS 4.0 (effective March 2025) added storage-specific requirements around encryption and access logging that many organizations are still working to satisfy. FedRAMP authorization work has expanded as government agencies continue cloud migrations, and each ATO requires detailed storage security documentation. Every one of these compliance programs creates sustained demand for people who understand storage architecture deeply enough to satisfy the technical requirements.

AI is reshaping the tooling environment. Misconfiguration scanning tools have become significantly more capable, and engineers who can configure and extend platforms like Wiz, Orca Security, or Lacework — rather than just consume their dashboards — are building a skill set that compounds in value. The engineers most at risk are those who can only perform manual audits; automated detection and policy-as-code are making that work obsolete at organizations with mature security programs.

Career paths from this role lead toward cloud security architecture, principal security engineer, or security engineering management. Some experienced practitioners move into security consulting, where storage security expertise commands project rates of $200–$300 per hour. The combination of cloud fluency, IaC skills, and compliance experience also makes this background unusually portable across industries — financial services, healthcare, SaaS, and defense all hire for variants of this role at competitive compensation.

Job postings for DevSecOps and cloud security roles have consistently outpaced applicant supply for the past three years. That imbalance shows no near-term sign of correcting.

Dear Hiring Manager,

I'm applying for the DevSecOps Storage Security Engineer position at [Company]. I've spent the last six years working at the intersection of storage infrastructure and security engineering — first as a storage engineer at [Company] managing NetApp and Pure Storage arrays, then in a combined DevSecOps role where I led the migration of our backup and data lake infrastructure to AWS while building the security automation around it.

The project I'm most proud of is the IaC storage security baseline I built at [Current Company]. We had 140+ S3 buckets in production provisioned by a dozen different teams, with no consistent encryption enforcement, inconsistent logging, and three public-access misconfigurations that Wiz caught before an auditor did. Over eight months I rebuilt our Terraform module library so that every bucket provisioned through our internal catalog was encrypted with a customer-managed KMS key, had access logging enabled, blocked public access by policy, and triggered a Checkov scan in the pipeline before merge. By the time our SOC 2 Type II audit ran, the auditor's storage evidence requests took four hours to answer instead of two weeks.

On the detection side, I've written Splunk queries for anomalous S3 access patterns — specifically high-volume GetObject calls from non-human service accounts during off-hours — and tuned them down from 40 false positives per week to under three. The key was building baseline profiles per service account rather than applying a single threshold.

I hold CISSP and AWS Certified Security Specialty and am currently working through CCSP. I'm comfortable in both cloud-native and hybrid environments, and I'm looking for a role where the security program is mature enough to build on rather than starting from scratch.

I'd welcome a conversation about the role.

[Your Name]