Staff Security Engineer – Vulnerability Management

GEICO•Bethesda, WA

1d•$110,000 - $230,000

About The Position

GEICO is seeking a highly experienced Staff Security Engineer to lead the strategy, architecture, and execution of Vulnerability Management across a complex, hybrid technology ecosystem. This role combines deep hands-on engineering expertise with strong ownership, operational rigor, and the ability to influence outcomes across teams. This role reports directly to the hiring manager and is accountable for delivering measurable improvements in security posture, operational excellence, and engineering maturity. The position operates as a hands-on advisor to the leadership while remaining deeply embedded in day-to-day execution. This is not a purely strategic role—the individual is expected to actively contribute to team deliverables, participate in on-call rotations, and take ownership of operational outcomes alongside peers. Success in this role requires independent leadership, strong judgment, and the ability to consistently drive high-quality outcomes while influencing teams across infrastructure, product, and engineering.

Requirements

8+ years of experience in cybersecurity or security engineering roles.
Deep expertise in vulnerability management, security engineering, and modern infrastructure (cloud, containers, distributed systems).
Strong programming/scripting skills (Python, Go, Java, or similar) with experience building automation at scale.
Strong data mining and analytical capabilities with exceptional SQL skills; ability to query, transform, and analyze large security datasets to derive actionable insights and drive decision-making.
Proven ability to operate with high ownership and deliver results independently.
Strong understanding of systems, networking, identity, and security architecture.
Ability to influence engineering teams and senior stakeholders with clear, outcome-oriented communication.

Nice To Haves

Experience with vulnerability research, offensive security techniques, or threat modeling.
Familiarity with attack surface management and exposure analysis at scale.
Experience integrating security into CI/CD and DevSecOps practices.
Working knowledge and applied experience with regulatory and control frameworks, including PCI and NYDFS, is a strong plus.
Experience with SIEM, SOAR, and large-scale security data pipelines.
Relevant security certifications (CISSP, OSCP, cloud security certifications) are a plus.

Responsibilities

Own outcomes end-to-end with a strong sense of accountability; does not defer responsibility for gaps or failures.
Drive work to closure with clear ownership of results, timelines, and quality.
Proactively identify and address risks, gaps, and inefficiencies without waiting for direction.
Maintain high standards of execution and hold self and others accountable to those standards.
Establish and enforce strong operational discipline across services, including monitoring, alerting, and reliability.
Ensure systems are observable, measurable, and consistently meet defined SLAs/SLOs.
Drive improvements in availability, performance, and scalability through data-driven decisions.
Reduce operational toil by simplifying systems, improving automation, and standardizing processes.
Build and maintain durable pipelines and integrations across asset inventory, scanning, ticketing, and engineering workflows.
Leverage advanced SQL and data mining techniques to analyze vulnerability, asset, and operational data; generate insights that drive prioritization, risk reduction, and system improvements.
Apply a security-first engineering mindset from design through production and ongoing operations.
Drive vulnerability research by analyzing systems, dependencies, and emerging threats to uncover exploitable weaknesses.
Operate with an offensive security mindset, proactively identifying and validating real attack paths and risks.
Lead and evolve attack surface and exposure management, maintaining continuous visibility into internal and external exposure across assets, services, and environments.
Identify, prioritize, and reduce exposure through improvements in architecture, configuration, and implementation.
Challenge assumptions and existing designs where risks are not adequately addressed, acting as a constructive disruptor.
Integrate pragmatic, high-impact security improvements into engineering workflows without blocking delivery.
Demonstrate a strong “learn and be curious” mindset to deeply understand systems, dependencies, and behaviors.
Actively uncover service potential, hidden risks, scaling limits, and architectural gaps.
Stay current with evolving technologies, threats, and engineering practices, applying insights to improve systems.
Maintain urgency and consistently push for better outcomes, even under constraints.
Follow through commitments with discipline and focus.
Remove blockers, drive momentum, and ensure sustained progress across initiatives.
Continuously raise the bar on quality, reliability, and security outcomes.
Operate as a team player contributing daily alongside peers, including participation in on-call rotations.
Provide advisory support to leadership while remaining grounded in execution and delivery.
Influence without authority by setting a high bar for ownership, engineering rigor, and operational discipline.
Mentor and elevate engineers through guidance, design reviews, and hands-on collaboration.
Lead the full vulnerability lifecycle: discovery, validation, contextual risk analysis, prioritization, and remediation.
Leverage threat intelligence and system context to distinguish true risk from noise.
Drive automation across scanning, triage, remediation tracking, and reporting.
Generate actionable insights that enable teams to reduce risk efficiently and measurably.
Collaborate with infrastructure, cloud, DevOps, and product engineering teams to integrate security into delivery workflows.
Partner with risk, governance, and incident response functions to ensure alignment on priorities and outcomes.
Communicate clearly with technical and non-technical stakeholders on risk, trade-offs, and remediation strategies.