AI-Driven SOC Engineer: Incident & Threat Hunter

Rising Tide Digital Inc; Taguig; On-site; PHP 7,561,000 - 11,342,000; Full time

Job summary

Axos Bank seeks a Senior Security Engineer to drive AI-driven incident investigations and threat detection engineering. You will lead complex investigations, design high-fidelity detections, and mentor SOC staff.

The role emphasizes proactive threat hunting, automation, and integrating new data sources into the AI SOC platform. You will participate in a mandatory on-call rotation and collaborate with AI, Security Engineering, and SecOps teams to reduce detection gaps and improve autonomous

Qualifications

• 5+ years of experience in cybersecurity (incident response, threat detection, security engineering, or threat hunting).
• Hands-on experience with SIEMs (Splunk preferred), EDR tools, SOAR platforms, and automation frameworks.
• Ability to write and tune detection rules, correlation logic, saved searches, and behavioral analytics.

Responsibilities

• Lead complex security incident investigations across cloud, identity, endpoint, application, and network layers.
• Design, build, and tune detection logic across security telemetry systems (Splunk, SOAR, cloud).
• Conduct proactive threat hunting using advanced analytics and adversary-emulation techniques.
• Mentor SOC analysts and junior engineers to uplift investigation quality and detection maturity.

Skills

Cloud security

Incident response

Threat detection

SIEM Splunk

EDR tools

SOAR platforms

Python scripting

On-call readiness

Tools

Splunk

SOAR

Job description

Axos Bank seeks a Senior Security Engineer to drive AI-driven incident investigations and threat detection engineering. You will lead complex investigations, design high-fidelity detections, and mentor SOC staff.

The role emphasizes proactive threat hunting, automation, and integrating new data sources into the AI SOC platform. You will participate in a mandatory on-call rotation and collaborate with AI, Security Engineering, and SecOps teams to reduce detection gaps and improve autonomous