Network Security Architect: Automate Defenses & SIEM

Verizon; Cary (NC); Hybrid; USD 120,500 - 231,000; Full time

Benefits offered by this job

Health insurance

Matched 401(k) plan

Tuition assistance

Up to 15 days of vacation

Job summary

Verizon is seeking a Principal Engineer in Network Security for their Cary, North Carolina office. This role involves owning the security posture of the Broadband Access network and developing security policies across all assets. You will work with Routers, switches, and SIEM tools like Splunk to enhance security operations.

Candidates should have a Bachelor's degree and at least six years of relevant experience. This hybrid position offers the opportunity to innovate in a collaborative environment while ensuring the security of critical network functions.

Qualifications

• Experience with internet-scale data sets such as Netflow and IDS logs.
• Leadership skills as a project lead for cross-functional teams.
• Ability to assess and understand complex transport and 5G-SA network architectures.

Responsibilities

• Own the security posture and lifecycle protection against threats.
• Design and implement Network Security policies across assets.
• Conduct root cause analysis for incidents and perform security assessments.

Skills

Network security expertise

Routing and switching security

SIEM tools (e.g., Splunk)

Automation (Python, Ansible)

Understanding of network architectures

Education

Bachelor's degree

Tools

Splunk

Ansible

Terraform

Job description

Verizon is seeking a Principal Engineer in Network Security for their Cary, North Carolina office. This role involves owning the security posture of the Broadband Access network and developing security policies across all assets. You will work with Routers, switches, and SIEM tools like Splunk to enhance security operations.

Candidates should have a Bachelor's degree and at least six years of relevant experience. This hybrid position offers the opportunity to innovate in a collaborative environment while ensuring the security of critical network functions.