Application Security Architect Edit listing

Core responsibilities

· Define application-security architecture principles, standards, patterns, reference implementations, and guardrails for web, mobile, API, microservice, and cloud-native systems.

· Perform architecture and design reviews, identify trust boundaries, attack paths, data flows, security gaps, and compensating controls.

· Lead or facilitate threat modeling for new applications, major features, integrations, and high-risk changes.

· Establish repeatable security requirements for authentication, authorization, session management, encryption, secrets management, logging, privacy, API protection, and data protection.

· Partner with software engineers to integrate security throughout the SDLC, including code review, CI/CD pipelines, infrastructure as code, testing, release approval, and production monitoring.

· Evaluate and guide use of security tools such as SAST, DAST, software composition analysis, container/image scanning, API security testing, secret scanning, and runtime protection.

· Define a vulnerability-management approach for applications and dependencies, including severity criteria, remediation SLAs, exception processes, and verification of fixes.

· Assess third-party libraries, open-source dependencies, SaaS integrations, and vendor-provided components for security risk.

· Design identity and access-control patterns, including least privilege, MFA/SSO integration, service-to-service authentication, RBAC/ABAC, and privileged-access controls.

· Work with cloud and platform teams to secure application hosting environments, including Kubernetes, serverless, containers, CI/CD, cloud IAM, network segmentation, and secrets storage.

· Advise incident-response teams on application-layer threats and contribute to root-cause analysis and security improvements after incidents.

· Maintain architecture documentation, security decision patterns, risk registers, and exception documentation.

Required qualifications

· Bachelor's degree in computer science, cybersecurity, engineering, or a related field or equivalent practical experience.

· 10 years in software engineering, application security, security engineering, or related technical roles, including 2 years designing security architecture for systems.

· Strong understanding of secure software-development principles and common application risks, including the OWASP Top 10, insecure authorization, injection, deserialization and API abuse.

· Design and implement end-to-end security architectures for data-at-rest, in-transit, and in-use across Azure, SQL Server, Dynamics 365, Power Platform, and ArcGIS platforms, utilizing automated classification (e.g., Microsoft Purview), robust encryption, DLP rules, and privacy risk assessments (DPIAs) to protect sensitive state transportation and infrastructure assets.

· Enforce granular data access controls (including RBAC, Row-Level Security, Column-Level Encryption, and dynamic masking) and establish centralized database audit logging and activity monitoring pipelines to ensure strict alignment with VITA SEC 530 security standards.

· Demonstrated experience with threat modeling and security architecture reviews.

· Experience securing APIs, web applications, distributed systems, cloud platforms, CI/CD pipelines, and containerized workloads.

· Working knowledge of secure coding in one or more common ecosystems, such as Java, .NET, JavaScript/TypeScript, Python platforms.

· Experience with identity, OAuth 2.0, OpenID Connect, SAML, JWTs, authorization design, PKI/TLS, encryption, and secrets-management practices.

· Ability to explain technical risks and tradeoffs clearly to engineers, product managers, executives, and nontechnical stakeholders.

· Strong written communication skills, including the ability to create architecture diagrams, standards, risk assessments, and actionable remediation plans.

Preferred qualifications

· Experience in a regulated environment such as financial services, healthcare, government, or payments.

· Experience implementing DevSecOps programs and security automation at scale.

· Familiarity with privacy engineering, data classification, and compliance frameworks relevant to the organization.

· Certifications such as CISSP, CSSLP, CCSP, GIAC, cloud-security certifications, or relevant vendor credentials.

· Experience conducting or coordinating penetration testing and translating results into durable architectural improvements.

Software engineering, application security, security engineering, or related technical roles

Required

10

Years

Experience in designing and implementing security architecture for IT systems

Required

6

Years

Secure software-development principles and common risks, including the OWASP Top 10, insecure authorization, injection, deserialization and API abuse

Required

6

Years

Design and implement end-to-end security architectures for data-at-rest, in-transit, and in-use for full MS stack (Azure, O365, Power Platform, D365)

Required

6

Years

Demonstrated experience with threat modeling and security architecture reviews

Required

6

Years

Experience securing APIs, web applications, distributed systems, cloud platforms, CI/CD pipelines, and containerized workloads

Required

6

Years

Experience with identity, OAuth 2.0, OpenID Connect, SAML, JWTs, authorization design, PKI/TLS, encryption, and secrets-management practices

Required

6

Years

Strong written communication skills, including ability to create architecture diagrams, standards, risk assessments, and actionable remediation plans

Required

10

Years

Experience in a regulated environment such as financial services, healthcare, government, or payments

Highly desired

6

Years

Experience conducting or coordinating penetration testing and translating results into durable architectural improvements

Highly desired

6

Years

Experience implementing DevSecOps programs and security automation at scale

Highly desired

4

Years

Familiarity with privacy engineering, data classification, and compliance frameworks

Highly desired

4

Years

Experience with security architectures in Esri's ArcGIS platform