AVP, Advanced Threat & Cyber Fusion Lead

VulnU; Kilkenny; A distancia; EUR 150.000 - 190.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Retirement match

Equity

Descripción de la vacante

State Street is seeking a Director/AVP-level Cyber Fusion Advanced Threat Analyst in Kilkenny, Ireland, reporting to the VP of the Advance Threat Team. You will lead threat hunting, intelligence sharing, and incident response within a global cyber fusion framework to protect clients and partners.

You will collaborate across architecture, engineering, SOC, and security operations to design, deploy, and tune advanced security controls while applying MITRE ATT&CK to improve detection and response

Formación

• Extensive knowledge of Advanced Persistent Threat (APT) groups and TTPs.
• Experience with MITRE ATT&CK framework and threat mapping.
• Bachelor's degree or equivalent plus security certifications (OSCP, OSCE, GCFA, GNFA, etc.).

Responsabilidades

• Collaborate to design and implement security technologies for threat hunting and detection.
• Coordinate with IT and Cyber Fusion Center to align solutions with business needs.
• Identify valuable log sources and assist onboarding for improved detection.
• Tune log sources to enhance threat visibility and alert quality.
• Contribute to Cyber Fusion Center strategies and operating models.

Conocimientos

Threat hunting

Threat detection

Incident response

Automation & orchestration

Cyber threat intelligence

Educación

Bachelor of Science in Computer Science / Information Security / Engineering

Descripción del empleo

State Street is seeking a Director/AVP-level Cyber Fusion Advanced Threat Analyst in Kilkenny, Ireland, reporting to the VP of the Advance Threat Team. You will lead threat hunting, intelligence sharing, and incident response within a global cyber fusion framework to protect clients and partners.

You will collaborate across architecture, engineering, SOC, and security operations to design, deploy, and tune advanced security controls while applying MITRE ATT&CK to improve detection and response