Principal, GRC Automation and Cyber Risk

At F5, we strive to bring a better digital world to life. Our teams empower organizations across the globe to create, secure, and run applications that enhance how we experience our evolving digital world. We are passionate about cybersecurity, from protecting consumers from fraud to enabling companies to focus on innovation. Everything we do centers around people. That means we obsess over how to make the lives of our customers, and their customers, better. And it means we prioritize a diverse F5 community where each individual can thrive. The Principal, GRC Automation & Cyber Risk Quantification is a senior engineering and strategic leadership role responsible for designing, implementing, and scaling automated, data-driven cyber risk and GRC capabilities across the enterprise. This role blends deep cyber risk management expertise with hands‑on software engineering , GRC platform architecture, workflow automation, API development and systems integration , and emerging AI-enabled and Agentic capabilities to modernize how the organization manages risk, compliance, and governance at scale. Reporting to the VP, Cyber Governance, Risk & Compliance, this role serves as a force multiplier for the GRC organization, translating complex regulatory and risk frameworks into automated controls, continuous monitoring workflows, decision‑ready dashboards, and audit‑ready evidence. The principal is expected to write, review, and own production‑quality code and partner closely with ERM, Engineering, IT, Legal, Privacy, Internal Audit, and Digital teams to embed risk intelligence directly into business and technology processes. Key Objectives Shift GRC from manual, point‑in‑time assessments to continuous, automated, and risk‑informed execution by leveraging purpose‑built engineering solutions, Python‑based tooling, and Agentic workflows. Enable executive and board‑ready cyber risk insights grounded in quantitative and business‑relevant data, supported by automated data pipelines and integrations. Standardize and automate control mapping, testing, evidence collection, and risk reporting across frameworks and regulators through scalable API‑driven architectures. Act as the technical and architectural authority for ServiceNow IRM and adjacent GRC automation capabilities, including custom‑developed integrations and Agentic automation agents. Primary Responsibilities GRC Automation & Platform Architecture Design, build, and evolve end‑to‑end GRC automation across risk, compliance, policy, and issue management domains — including writing and maintaining Python‑based automation scripts, services, and tools. Integrate GRC workflows with source systems (cloud platforms, vulnerability tools, IAM, SDLC, third‑party systems) via RESTful APIs, webhooks, and event‑driven integration patterns to reduce manual effort and improve data quality. Architect and maintain a systems integration layer connecting GRC platforms to enterprise data sources, enabling real‑time risk signal ingestion and automated control validation. Cyber Risk Quantification & Decision Enablement Partner with Cyber Risk leadership to operationalize quantitative and scenario‑based risk analysis (e.g., FAIR‑aligned methods). Engineer automated pipelines for ingesting threat, vulnerability, asset, and business context data to support risk‑based prioritization, leveraging Python data processing libraries (pandas, NumPy), integration APIs, and Agentic workflows. Enable financially grounded cyber risk outputs that inform: Risk acceptance and investment decisions Executive and board‑level reporting Program prioritization and roadmap planning Compliance Automation & Continuous Monitoring Translate regulatory and framework requirements into automated, testable, and traceable controls, implementing these as code‑driven workflows and API‑integrated monitoring checks. Implement continuous control monitoring and evidence refresh to support ISO, SOX, SOC, and regulatory audits, using automated evidence collection scripts and scheduled integrations. Reduce audit fatigue by standardizing artifacts, workflows, and control narratives across compliance programs. Partner with Internal Audit and external auditors to improve transparency, timeliness, and defensibility of GRC outputs. AI‑Enabled GRC & Agentic Development Design, build, and deploy Agentic automation solutions — autonomous AI‑driven agents capable of reasoning across GRC data, identifying risks, triggering workflows, and recommending actions with minimal human intervention. Identify and pilot AI‑assisted capabilities to accelerate GRC outcomes, such as: Control mapping and gap analysis Risk scenario generation and prioritization Policy‑to‑control alignment and impact analysis Agentic issue triage, intelligent remediation recommendations, and autonomous evidence collection Develop and integrate LLM‑based or agent‑framework tooling (e.g., LangChain, AutoGen, or comparable frameworks) into GRC workflows. Ensure all AI‑enabled and Agentic GRC use cases align with internal security, privacy, and governance standards. API and Systems Integration Design, develop, and maintain RESTful and GraphQL APIs that expose GRC data and capabilities to downstream consumers including dashboards, reporting tools, and integrated enterprise systems. Own the end‑to‑end systems integration architecture connecting GRC platforms to security tools, cloud environments, HR systems, asset management, and third‑party risk platforms. Establish and enforce API governance standards, including versioning, authentication, documentation (OpenAPI/Swagger), and rate management. Build and maintain integration middleware, ETL pipelines, and event‑driven connectors to ensure consistent, reliable data flows across GRC systems. Stakeholder Partnership & Influence Serve as a trusted advisor to security, IT, engineering, and business leaders on risk‑based automation, control design, and engineering best practices for GRC tooling. Influence teams to embed GRC requirements directly into SDLC, cloud, procurement, and third‑party workflows. Translate technical implementations — including architecture diagrams, API designs, and automation logic — into clear, executive‑ready narratives for leadership consumption. Knowledge, Skills & Abilities Knowledge Deep understanding of cyber risk management and GRC frameworks (NIST CSF, NIST 800‑53/171, ISO 27001, SOC 2, SOX). Strong grasp of enterprise risk management (ERM) concepts and alignment. Working knowledge of quantitative cyber risk analysis (FAIR or similar approaches). Familiarity with audit, regulatory, and certification processes. Understanding of software engineering principles, API design patterns, and systems integration methodologies. Knowledge of Agentic AI frameworks and multi‑agent system design principles. Skills Expertise designing and automating workflows within ServiceNow IRM or comparable GRC platforms. Proficient Python developer — able to write clean, maintainable, production‑ready code for automation scripts, data pipelines, API clients, and Agentic workflows. Experienced in API development and integration — designing and consuming REST APIs, managing authentication (OAuth, API keys), and building integration layers. Demonstrated systems integration experience — connecting heterogeneous enterprise systems through APIs, webhooks, message queues, or ETL frameworks. Hands‑on experience with Agentic development — building autonomous AI agents using frameworks. Ability to translate abstract frameworks into practical, automated, and scalable implementations. Strong systems thinking, connecting people, process, technology, and data. Excellent written and verbal communication skills, including executive‑level storytelling. Abilities Operate comfortably at both strategic and hands‑on engineering levels. Influence without authority in a highly matrixed environment. Drive change from legacy/manual processes to modern, code‑driven automated execution. Independently scope, build, and ship engineering solutions with minimal oversight. Qualifications Required Qualifications Bachelor's degree in Cybersecurity, Information Systems, Computer Science, Engineering, Risk Management, or related field. 10+ years of experience across cybersecurity, risk management, GRC, or security architecture roles — with at least 3–5 years in a hands‑on engineering or software development capacity. Demonstrated Python programming proficiency applied to automation, data processing, tooling, or security use cases. Proven API development and integration experience, including designing, building, and consuming APIs in enterprise environments. Demonstrated systems integration experience, connecting GRC, security, cloud, or enterprise systems at scale. Demonstrated experience automating or scaling GRC, risk, or compliance programs using enterprise platforms. Strong experience partnering with cross‑functional technical and business teams. Preferred Qualifications Master's degree in a related field. Experience with FAIR or quantitative risk methods. Hands‑on experience with Agentic AI development — building and deploying autonomous agents for task automation, decision support, or workflow orchestration. Familiarity with LLM orchestration frameworks (LangChain, LangGraph, AutoGen, CrewAI, or similar). Experience with Python data and automation libraries (pandas, NumPy, FastAPI, Celery, Airflow, etc.). Experience with API gateway tooling, integration platforms (e.g., MuleSoft, Boomi, Workato), or message broker systems (Kafka, RabbitMQ). Hands‑on experience with AI, data analytics, or workflow automation applied to GRC use cases. Professional certifications (CISSP, CISM, CRISC, Open FAIR). Why This Role Matters This role is foundational to advancing the organization’s GRC maturity by reducing friction, increasing signal, and enabling leadership to make faster, better‑informed risk decisions. It is a highly visible engineering leadership position with direct impact on executive confidence, audit outcomes, and enterprise risk posture. The ideal candidate is equally comfortable writing Python code and building Agentic workflows as they are presenting risk insights to a board of directors — a rare blend of engineering depth and strategic influence that will define the next generation of GRC capability. The annual base pay for this position is $167,200.00 - $250,800.00. F5 maintains broad salary ranges for its roles in order to account for variations in knowledge, skills, experience, geographic locations, and market conditions, as well as to reflect F5’s differing products, industries, and lines of business. The pay range referenced is as of the time of the job posting and is subject to change. You may also be offered incentive compensation, bonus, restricted stock units, and benefits. More details about F5’s benefits can be found at the following link: F5 reserves the right to change or terminate any benefit plan without notice. Please note that F5 only contacts candidates through F5 email address (ending with @f5.com) or auto email notification from Workday (ending with f5.com or @myworkday.com). It is the policy of F5 to provide equal employment opportunities to all employees and employment applicants without regard to unlawful considerations of race, religion, color, national origin, sex, sexual orientation, gender identity or expression, age, sensory, physical, or mental disability, marital status, veteran or military status, genetic information, or any other classification protected by applicable local, state, or federal laws. This policy applies to all aspects of employment, including, but not limited to, hiring, job assignment, compensation, promotion, benefits, training, discipline, and termination. F5 offers a variety of reasonable accommodations for candidates. Requesting an accommodation is completely voluntary. F5 will assess the need for accommodations in the application process separately from those that may be needed to perform the job. Request by contacting View email address on click.appcast.io. #J-18808-Ljbffr F5