Technical Program Manager, Threat Detection; Remote

Job Description

The Technical Program Manager (TPM) for the Threat Detection Engineering team will be at the intersection of cybersecurity and program management, responsible for leading the execution of complex and large-scale projects. The ideal candidate is technical, with experience in Splunk, Detection Engineering, Security Operations, and emerging technologies such as Google Sec Ops and Agentic AI. Additionally, proficiency in creating automations with Python or low-code/no-code solutions like Tines is essential.

You will report to the Senior Director, Threat Detection.

• Lead the planning, execution, and delivery of large-scale, complex projects within the Threat Detection Engineering domain, ensuring objectives are met on time and within budget.
• Collaborate with multiple teams, including security engineers, software developers, and IT operations, to define project requirements, scope, and goals.
• Hands‑on work in Splunk, Cribl, Exabeam, Google Sec Ops, and other relevant technologies to guide project decisions and strategies.
• Lead integration of Agentic AI solutions to enhance detection engineering workflows, automate threat analysis, and improve decision‑making.
• Develop and implement automations to improve security operations and threat detection processes using Python or low‑code/no‑code platforms like Tines.
• Champion the use of Infrastructure as Code practices within the team, enhancing scalability and resilience of our security infrastructure.
• Manage project risks and ambiguities, navigating challenges and ensuring project success.
• Foster a culture of innovation and continuous improvement, encouraging exploration of new technologies and methodologies to promote our threat detection capabilities.
• Communicate project progress, risks, and outcomes to partners at all levels, providing transparency and encouraging informed decision‑making.
• Maintain knowledge of cybersecurity trends, threats, and technologies, ensuring our threat detection strategies remain ahead of potential attackers.