The cybersecurity workforce is changing.
Organizations are adopting cloud platforms, artificial intelligence, automation and increasingly interconnected digital systems. As a result, cybersecurity teams are not simply becoming larger they are becoming more specialized.
The important question for business leaders is no longer just:
“How many cybersecurity professionals do we need?”
It is:
“Which capabilities do we need, and which roles can provide them?”
The answer will vary by organization, but several cybersecurity roles are becoming particularly relevant as businesses modernize their technology environments.
1. SOC Analysts
Security Operations Center (SOC) analysts are often responsible for monitoring security environments, investigating alerts and identifying suspicious activity.
Typical responsibilities include:
- Monitoring security systems
- Investigating alerts
- Identifying potential threats
- Supporting incident response
- Escalating serious security events
- Documenting findings
SOC roles remain important, but AI is changing how security operations teams work. SANS reported in 2026 that 79% of surveyed SOCs use AI or machine learning tools, while only 36% had incorporated them into a defined SOC workflow.
That means businesses increasingly need professionals who can work effectively alongside automated security technologies.
2. Security Analysts
Security analysts provide broader security monitoring and analysis capabilities.
Depending on the organization, they may work across:
- Network security
- Endpoint security
- Vulnerability management
- Security investigations
- Risk identification
- Security reporting
The role can also act as an important bridge between security operations and other IT functions.
3. Security Engineers
Security engineers focus more heavily on designing, implementing and maintaining security controls.
They may work with:
- Firewalls
- Endpoint protection
- Identity systems
- Security platforms
- Network controls
- Cloud security technologies
- Security automation
This role becomes particularly valuable as businesses expand their technology environments.
4. Cloud Security Engineers
Cloud security is an increasingly important capability as organizations move workloads and applications into cloud environments.
ISC2’s 2025 research identified cloud security as the top technical skill sought by cybersecurity hiring managers, with 29% selecting it among the technical skills they value when hiring.
Cloud security professionals may focus on:
- Cloud architecture
- Identity and access management
- Configuration security
- Data protection
- Cloud monitoring
- Security controls
- Risk management
5. Application Security Engineers
Application security professionals work to identify and reduce security weaknesses in software and applications.
Their work may include:
- Secure development practices
- Vulnerability assessment
- Application testing
- Code security
- Security architecture
- DevSecOps collaboration
As organizations develop software faster, integrating security into the development process becomes increasingly important.
6. Identity and Access Management Specialists
Identity has become a central component of enterprise security.
IAM professionals may manage:
- User access
- Privileged accounts
- Authentication
- Authorization
- Identity governance
- Access policies
Organizations with complex employee, customer and application ecosystems may require dedicated identity expertise.
8. Incident Response Professionals
When a security incident occurs, organizations need professionals who can investigate what happened and coordinate an appropriate response.
Incident response professionals may support:
- Incident investigation
- Containment
- Evidence analysis
- Recovery
- Post-incident reviews
- Response planning
Their expertise becomes particularly important when businesses face sophisticated or high-impact incidents.
9. Threat Intelligence Professionals
Threat intelligence specialists analyze information about potential threats, attackers and emerging security risks.
They can help organizations understand:
Who may target us?
What techniques might be used?
Which assets could be affected?
What indicators should security teams monitor?
This information can support proactive security decisions.
10. AI Security Professionals
AI is creating new cybersecurity requirements, and organizations are beginning to develop roles around securing AI systems and integrating AI into security operations.
Potential responsibilities can include:
- AI system security
- AI risk assessment
- Model security
- AI governance
- Data protection
- AI-related threat analysis
SANS reported in 2026 that AI is influencing cybersecurity team structures, while its AI cybersecurity careers research notes that new roles are emerging and existing roles are evolving as AI changes the field.
So, Which Role Should a Business Hire?
There is no universal cybersecurity team structure.
A growing business with a cloud-first environment may prioritize cloud security.
A financial organization may need stronger GRC and risk capabilities.
A software company may prioritize application security and DevSecOps.
An organization with a mature SOC may need threat intelligence, incident response or security engineering expertise.
The better approach is to start with the business’s security requirements, rather than simply hiring based on popular job titles.
A Simple Decision Framework
| Need continuous monitoring? | SOC / Security Analysts |
| Expanding cloud infrastructure? | Cloud Security Engineers |
| Developing software? | Application Security / DevSecOps |
| Facing growing compliance requirements? | GRC Professionals |
| Need stronger access controls? | IAM Specialists |
| Preparing for serious incidents? | Incident Response Professionals |
| Adopting AI? | AI Security / AI Governance expertise |
Building the Right Mix of Cybersecurity Talent
Organizations should also avoid assuming that one professional can cover every security requirement.
Modern cybersecurity is increasingly multidisciplinary. ISC2 research found that organizations have significant needs across areas including AI, cloud computing, application security, risk assessment and GRC.
That makes workforce planning critical.
Businesses should identify:
- Current security capabilities
- Missing skills
- Critical technology priorities
- Immediate hiring requirements
- Future skills requirements
- Permanent vs. temporary needs
Specialized IT staffing can help organizations access professionals across different cybersecurity disciplines without relying on a single recruitment channel.
Vailexa’s IT Staffing Solutions can support businesses looking for specialized cybersecurity professionals across evolving technology and security requirements.
The goal is not to hire the most cybersecurity professionals.
It is to build the right combination of cybersecurity capabilities for the organization.
Frequently Asked Questions
There is no single role that is most important for every organization. The right roles depend on the company’s technology environment, risk profile, regulatory requirements and existing security capabilities.
Yes. AI is changing existing cybersecurity responsibilities and contributing to the emergence of specialized AI-security capabilities. SANS reported that 74% of organizations surveyed said AI is changing cybersecurity team size or role structures.
As businesses increasingly rely on cloud environments, professionals who understand cloud architecture, identity, configuration, monitoring and security controls can help address specialized security requirements.
No. Smaller organizations may combine responsibilities across fewer professionals or use external specialists for specific requirements.
Businesses can use internal recruitment, professional networks, skills-based sourcing, specialized staffing partners, contract professionals and RPO depending on their workforce requirements.