Securing application and AI architecture. Design and implement secure patterns across applications, APIs, cloud platforms, and AI-agent systems, with particular emphasis on identity, authorization, tenant isolation, data access, tool use, and runtime guardrails.
Automating security in engineering workflows. Build and tune risk-based controls so material issues are caught and acted on inside delivery workflows, rather than at manual checkpoints.
Eliminating recurring vulnerabilities. Find root causes, fix weaknesses at the architecture or platform-pattern level, and make the same class of issue structurally difficult to reintroduce
The responsibilities below describe how this work shows up day-to-day across architecture, delivery, AI systems, remediation, and engineering.
Build security into delivery and platform engineering
Design and implement scalable controls for software and AI supply chains, including dependency integrity, SCA, SAST, DAST, build provenance, artifact security, secrets protection, container and infrastructure-as-code assurance, and software or AI bills of materials where appropriate.
Implement platform-level controls: policy as code, authorization enforcement, data-access guardrails, secure defaults, and reusable reference implementations.
Design AI-assisted security-testing environments, automated attack scenarios, and security-regression suites that prevent resolved issues from silently returning.
Implement risk-based quality gates with documented exception paths, accountable ownership, and service-level expectations, so material issues block release.
Find, prove, and fix material weaknesses
Review source code, APIs, and application designs for weaknesses in authentication, authorization, session management, input handling, data-access scope, and multi-tenant isolation, including row- and field-level boundaries.
Conduct authorized application, API, and AI security testing, including targeted manual testing of business logic and trust boundaries that automated tools cannot adequately validate.
Work alongside engineers to remediate root causes, validate fixes, create regression tests, and put preventive controls or secure patterns in place.
Establish vulnerability triage and remediation practices, including exploitability and exposure analysis, accountable ownership, target dates, exception handling, retesting, closure evidence, and escalation of overdue material risk.
Secure AI agents and AI-assisted development
Establish agent identities and least-privilege permissions, with clear separation of read, write, execute, approval, and administrative capabilities.
Govern model, tool, skill, connector, plug-in, memory, and data access, including tenant isolation and boundaries between trusted and untrusted context.
Validate untrusted inputs and tool outputs, and design defenses against direct and indirect prompt injection, goal manipulation, tool misuse, privilege escalation, sensitive-data exposure, memory poisoning, unsafe delegation, and cascading failures.
Assess multi-agent workflows to implement approval requirements for consequential or irreversible actions, runtime policy enforcement, rate and resource limits, and tamper-resistant auditability.
Shape secure architecture at scale
Lead high-risk threat modeling and architecture reviews for complex, multi-tenant, cloud-native, event-driven, and AI-enabled systems.
Develop and demonstrate reusable secure patterns for microservices, APIs, event-driven systems, containers, Kubernetes, cloud services, and agentic AI applications.
Contribute to platform roadmaps and engineering practice so controls are implemented at the most effective layer and reused across products.
Provide evidence from implementation, testing, and incidents to help Information Security team continuously improve enterprise standards and assurance expectations.
Support engineering teams and incidents
Partner across distributed engineering hubs, including North America and Chennai, to drive adoption of secure patterns and automation at scale.
Translate findings into prioritized, actionable engineering work reflecting technical severity, exploitability, customer impact, and delivery context.
Mentor senior engineers and technical leaders in secure design, development, threat modeling, and remediation.
Serve as the application and AI security technical lead during relevant incidents – coordinating with designated incident lead and Information Security team to support investigation, containment, eradication, recovery, remediation validation, and lessons learned.
Represent application and AI security in significant technical, executive, customer, audit, and assurance discussions when needed.
Generous paid time off (vacation, sick days, company holidays, personal days)
Multiple Medical and Dental benefit plans to choose from, Vision benefits
Spending accounts – FSA, Dependent Care, Commuter Benefits, company-seeded HSA
Employer-paid, therapist-led, virtual care services through Talkspace
401(k) with company match
Company provided life insurance, short-term, and long-term disability benefits
Education reimbursement program
Flexible work schedule with hybrid opportunities
Charitable Matched Giving and Volunteer Rewards through our Impact Program
Volunteer time off (VTO) paid by the company
Career advancement opportunities
Benefits vary based on position, tenure, location, and employee election**
DNV is a proud equal opportunity employer committed to building an inclusive and diverse workforce. All employment is decided on the basis of qualifications, merit, or business need, without regard to race, color, religion, age, sex, sexual orientation, gender identity, national origin, disability, or protected veteran status. DNV is committed to ensuring equal employment opportunity, including providing reasonable accommodations to individuals with a disability. US applicants with a physical or mental disability who require a reasonable accommodation for any part of the application or hiring process may contact the North America Recruitment Department (hrrecruitment.northamerica@dnv.com). Information received relating to accommodation will be addressed confidentially.
For more information
https://www.eeoc.gov/know-your-rights-workplace-discrimination-illegal
DNV provides a reasonable range of compensation for this role. The actual compensation is influenced by a wide array of factors, including but not limited to skill set, level of experience, and specific location. For the states of California, Connecticut, Illinois, Maine, Massachusetts, New Jersey, New York, Virginia and Washington only, the starting pay range for this role is $175,000 - $225,000.
What Is Required
8+ years of experience in application security or secure software engineering, with demonstrated responsibility for production software and security controls.
A degree in computer science, cybersecurity, engineering, or a related field is welcome but not required. Equivalent practical experience is fully recognized.
Deep application and API security expertise, including authentication, authorization, session management, data protection, input validation, and multi-tenant isolation. This is the core of the role.
Ability to review, write, test, and improve production-quality code in one or more languages commonly used in cloud applications, automation, and security engineering.
Experience leading source-code reviews, application and API security testing, threat modeling, and architecture reviews for complex systems.
Experience integrating and tuning security tooling in CI/CD and converting findings into risk-based automated controls.
Production experience with a major cloud provider (Azure, AWS, or comparable) and practical understanding of cloud identity, platform services, and the shared-responsibility model.
Demonstrated ability to set technical direction, create reusable capabilities across multiple products, and influence senior stakeholders without relying on formal authority.
Ability to explain material security risk clearly to engineers, product leaders, executives, customers, and assurance stakeholders.
Strong written and verbal English communication skills.
We conduct pre-employment drug and background screening.
What Is Preferred
Practical AI-agent security experience, including excessive permissions, insecure tool invocation, untrusted inputs, memory or context risks, sensitive-data exposure, insufficient human oversight, and unsafe autonomous action.
Experience applying AI to security testing, code analysis, vulnerability triage, or security automation.
Experience securing distributed, event-driven, multi-tenant, or critical enterprise systems where authorization and data boundaries are material risks.
Container, Kubernetes, infrastructure-as-code, and software-supply-chain security.
Incident response, vulnerability investigation, exploit validation, and remediation verification.
Hands-on depth with Veracode, Burp Suite Professional, or equivalents, and practical familiarity with OWASP application, API, and agentic AI security guidance.
Certifications are a plus, demonstrated hands-on ability matters more. Relevant credentials include OSCP, GIAC GWAPT, GWEB, GCSA, AZ-500, AWS Certified Security - Specialty, CISSP, or CCSP.
Immigration-related employment benefits, for example visa sponsorship, are not available for this position*
