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Sumit Arora

Full-Stack Architect

Brisbane, Australia
February 2026
22 min readCybersecurityPart 9 of 9

Cybersecurity Careers — What the Industry Actually Does

From SOC analysts watching screens at 2 AM to identity architects designing zero-trust systems — here is what each role actually does, and how to get into the field.

The Cybersecurity Career Landscape

After studying job descriptions from major tech companies, telcos, financial institutions, defence contractors, consulting firms, and AI companies — cybersecurity is not a single career path. It is an ecosystem of interconnected specialisations, each requiring different skills and temperaments.

Some roles are deeply technical (writing detection rules, reverse-engineering malware). Others are strategic (risk assessment, policy, compliance). Many are a blend. And with AI transforming the industry, new hybrid roles are emerging that did not exist two years ago.

1

The Core Cybersecurity Roles — Decoded

What each role actually does day-to-day

SOC Analyst (Security Operations Centre)

The front line. SOC analysts monitor security dashboards 24/7, triage alerts from SIEM systems, investigate suspicious activity, and escalate confirmed incidents.

Day-to-day: Review 50-200+ alerts per shift. Determine real threats vs false positives. Investigate suspicious login attempts, unusual network traffic, or malware detections.

Key skills: SIEM tools (Splunk, QRadar, Sentinel), log analysis, basic networking, threat indicators

Entry path: Most cybersecurity careers start here. Entry-level with certifications and lab experience.

Incident Responder / Digital Forensics

When a breach is confirmed, incident responders contain the attack, investigate how the attacker got in, collect forensic evidence, and coordinate recovery.

Day-to-day: Lead major incident response. Perform forensic analysis. Identify attacker techniques (MITRE ATT&CK). Write investigation reports. Develop response playbooks.

Key skills: Forensic tools, memory analysis, disk imaging, malware analysis, MITRE ATT&CK, report writing

Entry path: Typically 2-4 years SOC experience. Some enter from digital forensics or law enforcement.

Cloud Security Engineer

Designs and implements security controls for cloud infrastructure. Configures GuardDuty, Security Hub, WAF rules, IAM policies, VPC security, container security.

Day-to-day: Review cloud security findings. Implement security guardrails in Terraform. Configure least-privilege IAM. Harden container images and Kubernetes clusters.

Key skills: AWS/Azure security services, Terraform, IAM, container security, CSPM tools, compliance frameworks

Entry path: Excellent entry from platform engineering or DevOps. AWS Security Specialty certification valued.

Identity and Access Management (IAM) Engineer

Designs how people and systems authenticate and what they can do. Implements SSO, MFA, RBAC, PAM, and zero-trust architecture.

Day-to-day: Manage identity providers (Okta, Azure AD, Keycloak). Design RBAC models. Conduct access reviews. Implement MFA policies. Support compliance audits.

Key skills: SAML, OAuth, OpenID Connect, LDAP, Active Directory, SailPoint, CyberArk, zero-trust

Entry path: Enter from sysadmin, help desk, or app dev. Senior IAM roles command high salaries.

Security Architect

Designs overall security strategy. Reviews architectures for weaknesses. Defines security standards all teams must follow. Senior role requiring broad experience.

Day-to-day: Review architecture proposals. Define security reference architectures. Evaluate tools/vendors. Lead threat modelling. Advise leadership on security investment.

Key skills: Broad security knowledge, architecture frameworks (SABSA, TOGAF), threat modelling, risk assessment

Entry path: Senior role (8+ years). Deep experience in cloud security, app security, or security engineering.

Cybersecurity Threat Intelligence Analyst

Monitors the external threat landscape. Tracks attacker groups, techniques, and emerging threats. Translates intelligence into guidance for the organisation.

Day-to-day: Monitor threat feeds and OSINT sources. Analyse attacker techniques. Produce intelligence briefings. Identify emerging threats. Collaborate with SOC/IR teams.

Key skills: OSINT, threat intelligence platforms, MITRE ATT&CK, adversary tracking, report writing, analytical thinking

Entry path: Enter from military intelligence, journalism, policy analysis, or SOC analyst backgrounds.

2

How AI Is Changing Cybersecurity Careers

What will be automated, what will not, and what is emerging

Being Automated

  • • Basic alert triage (Level 1 SOC tasks)
  • • Routine log analysis and correlation
  • • Standard vulnerability scanning reports
  • • Repetitive compliance evidence gathering
  • • Pattern-based malware detection

Not Being Automated

  • • Complex incident investigation and response
  • • Security architecture design decisions
  • • Adversarial thinking and red-team ops
  • • Regulatory interpretation and compliance strategy
  • • Stakeholder communication during crises

Emerging AI-Era Roles

  • • AI Security Engineer — securing LLMs, prompt injection, data poisoning
  • • AI Governance Analyst — compliance, bias, regulatory alignment
  • • SOAR Engineer — AI-powered automation playbooks
  • • AI Threat Analyst — how attackers weaponise AI

The Career Advice That Matters

AI will automate the routine parts of cybersecurity. What AI cannot replace is judgement under uncertainty, creative adversarial thinking, and the ability to communicate risk to decision-makers. If your career is built on clicking buttons in a SIEM, it is vulnerable. If it is built on understanding adversaries and making complex risk decisions — you will be more valuable than ever.

3

Certifications That Matter in Cybersecurity

Ordered by career stage

Entry Level (0-2 years)
CompTIA Security+~$400 USD

Industry standard entry-level. Covers threats, vulnerabilities, cryptography, identity, compliance.

AWS Cloud Practitioner + SAA$250 USD total

Cloud fundamentals prerequisite for cloud security roles.

Mid Level (2-5 years)
AWS Security Specialty$300 USD

Deep AWS security expertise. IAM, encryption, logging, incident response on AWS.

CISSP$749 USD

Gold standard. 8 security domains. Often required for senior roles. Needs 5 years experience.

GIAC (SANS)$2,000+ USD

Deeply technical hands-on certs. GCIH (Incident Handler), GCIA (Intrusion Analyst). Expensive but respected.

Senior Level (5+ years)
CISM$760 USD

Security management and governance. Risk management, program development, organisational level.

CCSP$599 USD

Advanced cloud security architecture and governance.

4

Career Progression and Salary Expectations

Year 0-2: Junior SOC Analyst / Security Engineer

Monitor alerts. Learn tools. Understand threats. Get certified. Build a home lab.

₹4-10 LPA (India) · $65-90K (AU) · $70-100K (US)

Year 2-5: Cloud Security / IR Analyst / IAM Engineer

Specialise. Lead investigations. Design security controls. Mentor juniors.

₹15-35 LPA (India) · $110-160K (AU) · $130-180K (US)

Year 5-8: Senior Security Engineer / Architect

Define architecture. Lead security programs. Evaluate tools. Influence culture.

₹35-60 LPA (India) · $160-220K (AU) · $180-280K (US)

Year 8+: Director / CISO / Principal

Set strategy. Manage teams/budgets. Report to board. Shape industry practices.

₹60 LPA+ (India) · $220K+ (AU) · $250K+ (US)

This Series Is Complete

Over 9 articles, we have covered what platform engineering is, how to monitor and observe production systems, how to design for failure, how to automate deployments, how to build a career in the field, networking fundamentals, and the full spectrum of cybersecurity — from high school-level fundamentals to production security architecture to career paths.

The demand for people who can build, secure, and operate production systems is real and growing. Whether you are drawn to platform engineering, cloud security, incident response, or identity management — the roadmap is clear. Start today.

Note: The architecture examples in this series reference LexAML, a real-world AML/CTF compliance platform. The diagrams shown are high-level representations shared for educational purposes.

This content is compiled from various industry sources, official documentation, and practical experience gained across production environments. Your experience may differ based on your organisation, tech stack, and industry context.

We are continuously developing and fine-tuning this content. If something differs from your understanding, or if you have suggestions for improvement, we would genuinely appreciate hearing from you.

Reach out: sumit@getpostlabs.io