DevSecOps Architect

INSPYR Solutions; Florida; Hybrid; USD 180,000 - 185,000; Full time

Job summary

INSPYR Solutions in Hollywood, FL seeks a DevSecOps Architect to embed security into the SDLC, automate controls, and enforce compliance across CI/CD, cloud, and application delivery. Reporting to Cybersecurity leadership, this role combines software engineering, cloud ops, and security to build secure by default platforms.

The ideal candidate thrives in a shift-left environment, writes production‑grade code, and materials security into engineering workflows to prevent vulnerabilities at scale.

Qualifications

• Security-conscious mindset across the SDLC.
• Experience shaping enterprise DevSecOps architectures.

Responsibilities

• Design and implement enterprise DevSecOps architecture with automated testing and compliance.
• Define secure coding standards and reference architectures for development teams.
• Architect threat modeling and CI/CD security gates for production readiness.
• Own security reviews for new apps and major changes to accelerate delivery.

Tools

Python

PowerShell

Go

Job description

Title: DevSecOps Architect

Location: Hollywood- onsite (flex 1 day remote)

Duration: Direct Hire

Compensation: $ 180,000- $185,000

Work Requirements: U.S. Citizen, GC Holders, or Authorized to Work in the U.S.

DevSecOps Architect

As the DevSecOps Architect, you will define, build, and champion the integration of security into every stage of the Secure Software Development Lifecycle (S‑SDLC), embedding automated security controls, governance, and compliance into CI/CD pipelines, cloud infrastructure, and application delivery processes across the enterprise.

Reporting to the Director II of Cybersecurity Architecture, Engineering & IAM, this role requires a deeply technical, security‑minded architect and engineer who bridges the worlds of software development, cloud operations, and cybersecurity. You will design and implement secure‑by‑default development frameworks, automate security testing and compliance enforcement, and drive a cultural shift toward shared security ownership, ensuring that every application and infrastructure deployment across all Rock business units is built secure from the ground up.

This is a shift‑left architecture role. The ideal candidate does not sit at the end of the pipeline reviewing what others have built, they embed themselves into the engineering lifecycle, define the standards developers work within, and build the tooling and automation that makes security the path of least resistance. You architect at scale, write production‑grade code, and measure your impact in vulnerabilities prevented, not just discovered.

Responsibilities

• Design and implement an enterprise DevSecOps architecture that embeds security controls, automated testing, and compliance validation into every phase of the software development lifecycle, from code commit through production deployment
• Define and maintain secure coding standards, application security reference architectures, and security design patterns that development teams adopt as foundational building blocks, not optional guidelines
• Architect threat modeling frameworks and processes that enable development teams to proactively identify and mitigate security risks during design and development phases, before code is written
• Establish and govern security gate criteria within CI/CD pipelines, ensuring that code, container images, infrastructure-as-code templates, and third‑party dependencies meet security and compliance thresholds before promotion to production
• Own the security architecture review process for new applications, platforms, and major system changes, providing timely, actionable guidance that accelerates delivery rather than blocking it

Pipeline Engineering & Automation

• Design, build, and maintain secure CI/CD pipelines integrating automated security tooling across the full spectrum: static application security testing (SAST), dynamic application security testing (DAST), software composition analysis (SCA), container scanning, infrastructure-as-code (IaC) scanning, and secrets detection
• Develop and maintain custom pipeline integrations, security automation scripts, and policy-as-code frameworks using Python, PowerShell, Go, or similar languages, enforcing security controls programmatically at scale
• Implement automated compliance-as-code solutions that continuously validate infrastructure and application configurations against regulatory requirements (PCI-DSS, SOX, tribal gaming regulations) and internal security policies, eliminating manual evidence collection
• Engineer automated remediation workflows that detect, alert, and resolve common security misconfigurations and vulnerabilities without manual intervention, reducing mean time to remediate across the portfolio
• Build developer‑facing security tooling and integrations that surface security findings directly within developer workflows (IDE plugins, pull request gates, ticketing integrations), making security feedback immediate and actionable

Cloud & Infrastructure Security

• Architect and enforce security guardrails across cloud environments (Azure, AWS, Google Cloud), including network segmentation, identity and access policies, encryption standards, logging configurations, and monitoring baselines
• Design and implement secure infrastructure-as-code (Terraform, Ansible, ARM/Bicep, CloudFormation) templates and modules that serve as hardened, reusable baselines for all cloud and on‑premises deployments
• Oversee container and Kubernetes security architecture, including image hardening, runtime protection, network policies, secrets management, and admission control policies
• Collaborate with cloud engineering, infrastructure, and platform teams to ensure IaaS, PaaS, and serverless workloads across Linux and Windows environments are deployed and operated in accordance with zero‑trust principles and enterprise security standards
• Define and maintain cloud security posture management (CSPM) standards, continuously monitoring for drift and enforcing guardrails that prevent insecure configurations from reaching production

Application Security & Vulnerability Management

• Lead the application security program in partnership with development teams — conducting architecture reviews, code reviews, and penetration testing coordination to identify and remediate vulnerabilities before they reach production
• Evaluate, implement, and manage application security tooling across SAST, DAST, SCA, container, and cloud posture domains, ensuring comprehensive, continuous coverage across the full application and infrastructure portfolio
• Drive adoption of secure software supply chain practices, including software bill of materials (SBOM) generation, dependency management, artifact signing, provenance verification, and third‑party component vetting
• Establish a vulnerability management lifecycle with defined SLAs, risk‑based prioritization, and integration into development sprints — ensuring findings are remediated by development teams, not just reported by security
• Lead red team coordination and penetration testing engagements, translating findings into architectural improvements and developer education, not just remediation tickets

Culture, Enablement & Continuous Improvement

• Champion a DevSecOps culture of shared security responsibility across development, operations, and security teams, breaking down silos and fostering collaboration through training, enablement, and embedded security practices
• Develop and deliver security training programs, workshops, secure coding guidelines, and self‑service tooling that empower developers to build securely and independently — without requiring security team involvement for every decision
• Establish DevSecOps metrics and KPIs (mean time to remediate, vulnerability escape rate, pipeline security coverage, compliance drift, developer security adoption) to measure program effectiveness and drive continuous improvement
• Research, prototype, and evaluate emerging DevSecOps capabilities, including AI‑powered security testing, LLM/generative AI security controls, and