Cyber Incident Responder (Python / ELK / Java / SIEM)

Maltem Asia-Pacific is currently seeking a Cyber Incident Responder for our i-Banking Client.

Summary: Lead technical activities (security usecase definition, design, implementation & enrichment) in the team of IT Production Security Investigation & Incident Response based on real-world attack scenarios and framework like MITRE ATT&CK, ensuring robust security detection posture across various layers.

Understand ongoing security threats in the wild and propose security usecase to detect and when possible, protect or mitigate.

Be autonomous on technical activities (definition, R&D/threat hunting) in the team of IT Production Security Investigation & Incident Response and oversee the detection capabilities of the 24/7 regional IT Production SOC Respond to Cyber / IT security incidents and evaluates the type and severity of security events.

Technical Skills: Requires a minimum of 7 or more years of experience as security professional Experience in security usecase design/development with understanding of Java language. Good working knowledge of Linux (RedHat/Ubuntu). Working knowledge to interpret security logs or instructions into threat models.

SecOPS-DevOPS mindset & skills. Experience and knowledge in investigating incidents, remediation, tracking and follow-up for incident closure with concerned teams, stakeholders.

Thorough understanding of technologies and security concepts, with knowledge & hands on experience in SIEM Product and Security Incident Management Experience on incident response activities (threat hunting, event analysis, incident investigation, reporting) Comfortable working with and making the most of large data sets (collection, analysis, response), creating content/use cases/models and bringing an automation mindset.

Personal Attributes Strong problem-solving skills Good communication skills (English is MUST, French is added advantage) Positive attitude, willing to upskill and carry out in-depth troubleshooting Has the ability to work autonomously