Security Vulnerability Engineer (R-00224)

True Zero Technologies, a veteran-owned small business, was founded on the principle that the purposeful enablement of people and technology in an organization directly ties to the quality of its outcomes. True Zero recognizes that those outcomes begin and end with our people, and that is what we have built a community of like-minded, driven, and passionate individuals and innovators who are aligned in a common goal of delivering top-tier services to our customers. Our culture and commitment have been recognized through numerous accolades, including being named one of the Best Places to Work in 2023 in two categories (“Prosperous and Thriving” ($5MM–$50MM in gross revenue) and “Mid-Atlantic Region” (DC, DE, MD, NC, VA, WV)), and again in 2025 as a Best Places to Work honoree. In addition, True Zero earned coveted spots on the Inc. 5000 list of fastest-growing companies in America in 2022, 2023, and 2025, a testament to our sustained growth driven by our people-first approach and unwavering dedication to excellence.

True Zero is seeking a Security Vulnerability Engineer to lead the design, development, and operation of advanced vulnerability management and threat-detection capabilities across secure, mission-critical environments. This is a senior technical role for an engineer who pairs hands-on expertise in security analytics, detection engineering, and predictive risk modeling with the judgment to guide teams, engage clients, and deliver production-grade, responsibly governed security solutions.

The ideal candidate brings a track record of directing security and analytics initiatives across national security and highly regulated environments — combining technical depth in threat detection and predictive modeling with the strategic acumen to reduce operational risk, minimize exposure, and enable data-driven decision-making at the command level. This engineer will configure data pipelines, establish security telemetry ingestion processes, and implement predictive components that analyze five or more years of historical incident and vulnerability data to generate time- and location-based risk forecasts that are operationally meaningful to command staff and field leadership