3-4x a week on-site in Wilmington DE - Non-Negotiable
*No sponsorship provided*
THIS ROLE REQUIRES DEEP TECHNICAL KNOWLEDGE AROUND TECHNOLOGY/ SECURITY ARCHITECTURE AND SECURITY ENGINEERING
The SVP, Head of Security Technology, leads the modernization and delivery of the enterprise's core cybersecurity technology capabilities through an AI-enabled, automation-first, engineering-led model. This role reports to the CISO.
This Role Is Accountable For Evolving And Integrating:
- Security Architecture
- Security Engineering
- Identity and Access Management (IAM)
- Continuous Threat and Exposure Management (CTEM)
The Position Transforms Legacy, Siloed Security Functions (e.g., Vulnerability Management, Attack Surface Management, Application Security) Into a Scalable, Intelligence-driven Security Ecosystem That:
- Reduces enterprise risk through engineering and automation
- Embeds security into enterprise architecture and technology platforms
- Strengthens identity lifecycle governance and compliance
- Enables continuous, risk-based exposure management
- Improves efficiency, control effectiveness, and compliance readiness
- Drives alignment between cybersecurity capabilities and business risk priorities, ensuring security investments directly support enterprise resilience, customer trust, and growth objectives
Security Architecture
- Define enterprise security architecture strategy, standards, and roadmaps
- Embed secure-by-design principles across cloud, applications, data, and AI
- Establish reusable design patterns and reduce exception-based approvals
- Integrate security into transformation and modernization efforts
- Lead Zero Trust security architecture strategy and adoption across identity, network, application, and data layers
- Establish reference architectures for multi-cloud and hybrid environments, including CNAPP, CIEM, and data protection controls
Security Engineering
- Lead engineering and lifecycle management of security platforms and controls
- Establish automation-first operations (API, orchestration, policy-as-code)
- Standardize tooling and reduce manual processes through automation
- Improve platform resilience, telemetry, and service performance
- Transition to a product and platform-based security engineering model with defined service ownership, SLAs, and performance metrics
- Drive rationalization of security tools and vendors to reduce cost and complexity while improving capability coverage
Identity and Access Management (IAM) - User Administrative Lifecycle Scope
- Lead and own overarching IAM strategy and lifecycle governance, including:
- Provisioning (joiners), Access changes (movers), De-provisioning (leavers)
- Enhance user access reviews and certifications
- Implement, enhance and automate segregation of duties (SoD) monitoring and governance
- Design and implement role and entitlement management capabilities
- Enable access-related compliance and audit readiness in preparation for continuous control monitoring and assessment in alignment with Governance Risk and Control Function
- Ensure least privilege, timely access removal, and reduction of orphaned accounts
- Integrate IAM with HR, applications, and enterprise platforms
- Enhance privileged access management and management of non-human identities in preparation for advanced agentic AI capabilities
- Advance privileged access, machine identity, and non-human identity security in support of automation, cloud, and AI use cases
- Implement identity-centric Zero Trust controls and continuous authentication models
Continuous Threat and Exposure Management (CTEM)
- Transform vulnerability, attack surface, and application security into a unified CTEM function
- Implement continuous, threat-informed prioritization of exposures
- Align findings to asset criticality and business risk
- Improve remediation effectiveness and reduce exploitable attack paths
- Enhance asset visibility, ownership clarity, and dependency mapping
- Partner with Security Operations and Security Incident and Response functions to coordinate a unified approach across teamsEstablish attack path analysis and exploitability-based risk prioritization to reduce material exposure
- Define measurable outcomes such as reduction in attack surface, time-to-remediation, and control effectiveness
AI and Automation Enablement
- Deploy AI and analytics to improve prioritization and decision-making
- Automate repetitive security processes and control validation
- Enhance reporting, telemetry, and audit evidence generation
- Partner with Head of Security AI to establish secure AI lifecycle practices, including model governance, data protection, prompt security, and third-party AI risk management
- Partner with Head of Security Operations to leverage AI to enhance threat detection, anomaly identification, and predictive risk analytics
DevSecOps and Secure Development
- Embed security into the software development lifecycle (SDLC), CI/CD pipelines, and developer workflows
- Partner with engineering teams to implement scalable DevSecOps practices and developer-friendly security tooling
Operating Model, Leadership And Other Requirements
- Establish a global operating model with clear accountability, service ownership, and capability maturity roadmaps
- Develop business cases tied to measurable risk reduction, operational efficiency, and cost optimization
- Partner with executive leadership and provide board-level reporting on security posture, risk trends, and investment impact
- Technology first leader with very strong interpersonal skills with demonstrated ability to build and maintain strong relationships and partnerships vertically and horizontally across a mix of business, technology, legal, HR, risk and audit leaders and practitioners
- Establish a product- and platform-based security technology operating model
- Define core requirements that evidence demonstrable risk reduction and can be measured using KPIs/KRIs in conjunction with the metrics and analytics program
- Drive roadmap, investment prioritization, and tool rationalization
- Drive budgetary discipline through management of finances, including the build of defendable business cases
- Lead and develop high-performing, multi-disciplinary teams in a positive and respectful capacity leading to high engagement across all disciplines
- Organically improve the security posture of the organization by ensuring the incorporation of secure principles into every phase of the design, development, deployment, and operation of systems and solutions
- Assess current environment and design a target state architecture with all accompanying diagrams and documentation as required by architecture teams
- Provide top-level support as needed on security and operational related issues
- Represent information security interests on various project teams and special assignments as directed
- Active in a continuous improvement of the existing process, methodologies, technologies and practices
- Provide top-level on-call support as required for this type of role, which is factored into the compensation for this role
Resilience and Risk Integration
- Partner with Security Operations and Incident Response to improve cyber resilience, recovery readiness, and crisis response integration
- Ensure alignment with enterprise risk management and regulatory expectations through continuous control monitoring
Qualifications
- 15 + years' experience in a cybersecurity role with at least 5 as head of senior most security architect
- Previous and progressive experience in a technical security leadership position.
- Demonstrated experience modernizing security organizations (tool consolidation, automation, operating model redesign)
- Strongexpertisein cloud-native security, Zero Trust, IAM, and CTEM practices
- Experience integrating cybersecurity with AI/ML technologies and governance frameworks
- Strong strategic thinking and decision-making capabilities
- Experience managing budgets, vendors, and large-scale programs
- Track record of delivering measurable improvements in risk reduction, efficiency, and security posture
- Disciplined thinker with structured approach to security architecture and strategic planning
- Inherent intellectual capability and curiosity to learn complex processes.
- Proven thought leadership, strategic thinking and decision-making.
- Must have strong analytical and problem-solving skills with the capability to identify solutions to unusual and complex problems.
- CISSP certification is strongly preferred
- Direct security related AI, networking , infrastructure , cloud, operating system, development , cloud, database experience is required
- Must be able to demonstrat e proficiency in a wide range of security technologies, embedded security, and network platforms - in a global institution
- Must be willing to travel (Domestic and International) as required , but not to exceed 30-40%