SOC Analyst (Cybersecurity)

Location: Hybrid role requiring 3 days per week in the Dundee hub, United Kingdom; participation in a 24/7/365 shift schedule and on-call rotation may be required.

Company

hirify.global provides an end-to-end cyber resilience platform with AI-powered capabilities, security technologies, and integrations that help businesses manage, secure, and recover from cyberthreats.

What you will do

• Monitor security alerts and events across cloud, endpoint, and network security platforms.
• Investigate and triage security incidents with guidance from senior analysts.
• Escalate threats and suspicious activity according to established procedures.
• Support incident response through evidence gathering, log analysis, and documentation.
• Collaborate with internal teams to resolve security issues and improve monitoring, detection, and response capabilities.
• Participate in training, knowledge sharing, and continuous development within the Security Operations function.

Requirements

• Strong interest in cybersecurity and a desire to build a career in Security Operations.
• Foundational knowledge of security concepts, threats, vulnerabilities, and attack methods.
• Understanding of HTTP, DNS, TCP/IP, SSH, LDAP, and common networking concepts.
• Familiarity with SIEM, EDR, firewalls, antivirus, or vulnerability management tools.
• Strong analytical, problem-solving, communication, and documentation skills.
• Relevant education, cybersecurity training, or certifications such as Security+, Network+, Google Cybersecurity Certificate, or SC-900 are highly desirable.

Nice to have

• Previous experience in IT Support, NOC, Help Desk, Systems Administration, cybersecurity internships, or similar technical roles.

Culture & Benefits

• Hybrid working model based on trust and flexibility.
• Medical, dental, and vision coverage.
• Generous paid time off and observed holidays.
• Two paid volunteer days per year.
• Employee Stock Purchase Program and fundraising opportunities.
• Custom learning opportunities through N-ablite Learning.