What are the most important cybersecurity career paths in Internet Services?

There are many cybersecurity career paths within the internet services industry that are vital to the protection of data and infrastructure. Some of the key paths include: 1. Security Analyst 2. Security Engineer 3. Security Architect 4. Chief Information Security Officer (CISO) 5. Penetration Tester (Ethical Hacker) 6. Incident Responder 7. Cybersecurity Consultant 8. Security Software Developer 9. Forensics Expert 10. Compliance Analyst 11. Security Operations Center (SOC) Analyst 12. Vulnerability Assessor 13. Security Auditor Often, there is an overlap in these roles and specific duties can vary depending on the organization type and size. Cybersecurity career paths can be highly dynamic and rewarding.

A NSE can be a lot of thing and there are many hats that you can wear. I myself was the "firewall/endpoint guy" and thats what I cut my teeth on. NSE is a great place to start in Security but also a place you can stay at forever. If you like cli, automation, design and creating solutions it a great place to be the glue that holds the business together - operationally. It can be daunting and overwhelming but the reward for getting a new location up or providing a service for a client can be just as rewarding. I would recommend a CCNA R&S as a great place to start a networking career the knowledge you gain here will stick with you through the rest of your career as everything needs a network to communicate!

Cybersecurity plays a critical role in protecting sensitive data, maintaining customer trust, and ensuring the integrity and availability of online services in the Internet Services sector. Most important cybersecurity career paths within Internet Services are Security Engineer/Analyst, Threat Intelligence Analyst, Incident Responder/Handler, Penetration Tester, Security Solution Architect, Cloud Security Engineer, Identity and Access Management (IAM) Specialist, Forensics Expert, Security Compliance Specialist and Security Consultant/Advisor. These career paths offer diverse opportunities for cybersecurity professionals to contribute to protecting Internet Services from cyber threats and ensuring the resilience of online platforms.

A network security engineer protects a organization internet services by setting up security tools like firewalls and VPNs and watch over the network, it runs smoothly and respond to any security problems. To become one, you need a strong background in IT and certifications like CCNA Security or CISSP

Make sure to get involved in the application development life cycle and participate as part of the application development team. Be highly collaborative vs handing down hard and fast requirements. Work to incorporate input string validation, authentication with x.509, encryption with TLS, certificate automation to ensure outdated certs don't take down the app. Provide a place for logging of the application logic, not just HTTP logs from web servers. Beware that most web applications expose not only browser interfaces but also API endpoints so you have code on browsers talking to the web app not just browsers fetching data to render. Pay attention to OAuth for user authorization and understand the workflow and privileges the app provides.

Some advice I have for this one is to take a look at OWSAP Top Ten. It has great information on the top web application vulnerabilities. Good place to get a pulse on today threats. As someone still learning its good to have an idea as to what issues and threats businesses face. If you're looking to learn more about how attacks work or could, you should look into Damn Vulnerable Web App (DVWA).

Enterprise architecture skills, and cloud security architecture I would say are becoming crucial for AI implementation in regulated sectors because they ensure AI systems are secure and compliant. These skills enable the creation of AI infrastructures that align with legal standards while optimizing cloud resources. Architects adept in security and compliance frameworks are key in integrating AI with existing systems, ensuring that sensitive data is handled appropriately and that AI deployments meet rigorous regulatory demands efficiently

Cybersecurity careers can go in many directions, yet, they can be divided to organizational or technical careers; however, the correlation between the two is important and should be based on good knowledge of both perspectives in order to ensure the protection of CIA of information, the business success and an effective communication with all stakeholders.

It's important to know and understand what risks there are out in the wild. In Consulting you'll be looked at as the person in the know. You need to understand threats, frameworks, process and be able to articulate clearly to both technical and non-technical users, help desk to C-Suite executives and everyone in between. It also does help to understand what vertical you'll be operating in. Cybersecurity is a large umbrella and know one can know it all - and thats OK. Being part of a trusted advisor or consultant is knowing your limitations but doing your research to help your customers obtain their goals and objectives.

System Administration across a wide variety of systems. Any cybersecurity practitioner needs a broad base of experience: admin, dev, project management. One should gain perspectives from both the user side of the computer, and the back-end magic, and those perspectives should be across a variety of configurations and environments. It's not enough to just know Windows, or Linux, or be a Python developer.

The blend of organizational and technical expertise is essential for ensuring comprehensive security measures. Understanding both perspectives enables professionals to not only protect the confidentiality, integrity, and availability (CIA) of information but also to align security strategies with business objectives effectively.