AI Systems Engineer; Cyber Detection Engineering

This role is HYBRID (2 days/week work in office).

This role is within the Detection Engineering & Automation function of the Global Security Operations Center (GSOC) within the Cybersecurity domain. The AI Systems Engineer (Detection Engineering) is responsible for designing and operating AI‑driven detection engineering systems, with a focus on agent orchestration, workflow automation, and token‑efficient AI usage. This role is central to the organization’s transition to a Modern SOC, where detection development is performed primarily by LLMs, automation pipelines, and orchestrated agent systems, rather than manual engineering.

Development of detections within the cybersecurity domain for the purposes of identifying external threats attempting to compromise the organization is the core focus area for this role.

• Designing AI systems, not writing cyber detections manually, where cyber detections are generated, validated, and maintained by AI workflows
• Orchestrating agents and workflows, not relying on single-model reasoning
• Using AI selectively and efficiently, combining LLMs with deterministic code (e.g., Python) wherever more reliable
• Experienced with commercial AI tools and frontier models, actively explores the cutting edge, and understands how to engineer systems that minimize cost, maximize reliability, and avoid unnecessary AI usage.
• Translate detection requirements into:
  Structured prompts, Agent workflows, Deterministic processing pipelines
• Focus on system design over manual implementation, ensuring outputs are scalable and repeatable
• Design Agent Orchestration & Workflow Engineering (Design and implement multi-agent systems for detection engineering, including:
  Orchestrators that break down complex tasks, Specialized sub-agents for Detection generation, Tuning and false-positive reduction, Context enrichment, Documentation and validation)
• Define and optimize agent interaction patterns (chaining, feedback loops, tool usage)
• Integrate agent workflows into engineering and operational pipelines
• Intelligent Use of AI vs Deterministic Code by designing solutions that minimize unnecessary reliance on LLM reasoning
• Build orchestration tooling and deterministic workflows (e.g., Python services, rule engines, validation layers)
• Perform Context Engineering (window optimization, compression, re-use, RAG, stateless/stateful workflow design) & Token Optimization (token consumption, latency, cost)
• Act as a subject matter expert in commercial AI tooling, including:
  Git Hub Copilot, Claude (Sonnet / Opus) or equivalent frontier LLMs, Enterprise AI platforms (e.g., AWS Bedrock or similar)
• Detection‑as‑Code & Pipeline Integration of AI systems into detection‑as‑code pipelines, ensuring detection artifacts are generated, validated, and deployed automatically, outputs are versioned, traceable, and auditable, embed AI workflows into CI/CD processes for detection generation, testing and validation, continuous tuning and maintenance
• Cybersecurity Context & Detection Enablement (guide AI systems, including Adversary behaviors and attack techniques, Threat intelligence and incident learnings).

• Bachelor Degree or higher in Cybersecurity or Engineering or any other relevant discipline
• Deep, hands‑on experience using modern AI tools both personally and professionally
• Proven expertise working with frontier LLMs (e.g., Claude, GPT-class models)
• Experience designing or implementing AI workflows, Multi-agent or orchestrated systems, Tool-augmented LLM pipelines
• Strong understanding of Prompt engineering, Context window management, Token optimization strategies
• Experience building deterministic systems alongside AI (e.g., Python-based workflows, services, or automation)
• Strong programming skills…