As a Network Security Engineer (Firewall) you will work in a team focused on network-security related services. The primary focus of a network-security engineer is technical.
As a Network Security Engineer (Firewall) you will work in a team focused on network-security related services. The primary focus of a network-security engineer is technical.
As a Network Security Engineer, you will be responsible for executing critical operational tasks across a comprehensive suite of network security solutions, encompassing but not limited to, network firewalls, intrusion prevention systems (IPS), proxies, and web application firewalls(WAF). Your core responsibilities will include monitoring system performance, maintaining security solutions to optimal standards, and employing advanced diagnostic tools to troubleshoot complex network issues. You will play a crucial role in analyzing and providing detailed insights on WAF violations, contributing to the organization's security posture. The position requires flexibility for post office-hours activation to provide essential support and troubleshooting services. Additionally, you will be tasked with conducting thorough data tabulation and generating comprehensive reports to support decision-making processes and security assessments.
Incident Management: Respond to managed security technologies’ fault alerts and/or customer escalation. This includes performing incident/problem escalation within SLA to internal technical teams or external product vendor until resolution.
You must deploy, configure, administer, and provide operational support for enterprise network security solutions across cloud and on-premises environments.
As a Senior Network Security Engineer (Firewall), you will work within a team responsible for secure, stable and compliant network-security services. The role remains strongly technical, with increased ownership for complex implementations, troubleshooting and operational quality.
Conduct research to gain in-depth understanding of the network devices' operating system architecture (kernel and subsystems) and how these subsystems could be exploited by malware