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The Demand for Entry-Level SOC Analysts In mid-2024, a lively discussion emerged within the Aspiring SOC Analyst community. Many expressed frustration over the scarcity of entry-level positions, arguing that most jobs demanded 1-3 years of cybersecurity experience. Recognizing this gap, Cyber NOW® stepped forward. We began to spotlight companies hiring fresh talent and released monthly job lists. This initiative greatly raised our profile and garnered attention from industry leaders like SANS. As a result, we saw a surge in traffic and interest in our training programs. This proved we were not just a service; we became leaders in our community. Initially, a significant portion of jobs did indeed require prior cybersecurity experience. The concerns raised by aspiring SOC analysts were valid and warranted attention. Fast forward to today, after compiling three months of data from our job lists, we've developed substantial statistics that can help clarify entry qualifications for SOC analysts. Entry-Level Job Statistics For those seeking a career in cybersecurity, our data focuses on various factors, including experience, qualifications, and remote work options. Historically, there has been much debate regarding the value of certifications and degrees in landing a job. In this article, I will share our findings from data collected between October 2024 and January 2025. I’ll also provide insights on how these statistics should be interpreted. You are encouraged to draw your conclusions, but I offer my perspective as the founder and CEO of Cyber NOW® and author of the multi-award-winning book, Jump-start Your SOC Analyst Career . Do Degrees Matter? Approximately half of all entry-level positions in cybersecurity require a degree. If you don't have one and haven’t started pursuing a bachelor's degree, consider Western Governors University (WGU), which offers a cost-effective program. While having a degree is essential, it’s not worth a $50,000 price tag. There are alternative paths to landing a job that might be just as effective. Do Certifications Matter? Only about one-third of jobs require specific certifications. However, this figure does not account for positions that strongly prefer candidates with them. Earning a Security+ certification usually takes just a month or two, making it a feasible goal. Given that nearly a third of jobs require or prefer this certification, I strongly recommend candidates earn it before starting a degree. If you are already in a degree program, begin working on your Security+ certification concurrently. Certifications are pivotal in demonstrating your dedication and skill, especially since they are relatively straightforward to obtain. Can I Work From Home? When asked if remote work is an option, my answer is always: it's complicated. If you're among the top applicants in your field, your chances of working from home are average. However, networking plays a crucial role in maximizing those opportunities. On the other hand, if you're contemplating a long-term career strategy, understand that being onsite has become a significant trend again. The Evolving Cybersecurity Landscape The cybersecurity field is continually evolving, and so are the skills employers seek. With the rise of threats and attacks, companies are prioritizing candidates who are proactive, adaptable, and well-prepared. Upskilling through online courses, boot camps, and hands-on experiences can set you apart from other applicants. One key strategy is participating in internships or volunteer opportunities that allow you to apply your knowledge in real-world situations. Networking and Community Involvement Building connections within the industry is essential. Joining local cybersecurity meetups, attending conferences, or engaging in online forums can provide invaluable insights and job leads. Remember, personal recommendations carry weight in this field. Cyber NOW® is committed to being a part of your journey throughout your career. We aim to provide resources and support as you navigate your path. Your Path Forward The cybersecurity field holds great potential for those willing to invest the time and effort into their careers. With the right qualifications and a proactive approach, you can successfully transition into an entry-level SOC analyst role. In summary, misconceptions about the job market can be dispelled with accurate data and effective strategies. Locating gainful employment may take dedication and persistence, but it is achievable. Cyber NOW® offers a lifetime membership designed to support you through your entire career. Together, we can navigate the complexities of the cybersecurity landscape.

If you're looking to launch a career in cybersecurity, starting as a SOC (Security Operations Center) Analyst is an excellent choice. SOC Training: A Solid Foundation To enter the field of cybersecurity, acquiring the right training is crucial. SOC Analysts play a critical role in monitoring and defending an organization’s networks. They analyze security alerts and investigate potential security incidents. Many institutions offer specialized training programs. Look for courses that teach you the fundamentals of network security, threat detection, and incident response. On average, a well-structured SOC training program can take anywhere from three months to a year to complete. Understand the Role of a SOC Analyst The role of a SOC Analyst can vary, but their primary responsibilities include monitoring security alerts, analyzing traffic patterns, detecting threats, and responding to incidents. They are often the first line of defense against cyber threats. Understanding these responsibilities helps aspiring SOC Analysts focus on specific skills and knowledge areas. Key skills include: Analytical Thinking : Having the ability to assess complex situations and provide solutions is critical. Technical Skills : Familiarity with firewalls, VPNs, IDS/IPS, and SIEM technologies is essential. Communication Skills : SOC Analysts must effectively communicate findings to stakeholders. Educational Background and Certifications While a degree in computer science, cybersecurity, or a related field can be advantageous, it's not a strict requirement. Many SOC Analysts come from various academic backgrounds. However, obtaining relevant certifications can provide a competitive edge. Certifications to consider include: CompTIA Security+ : This entry-level certification covers essential cybersecurity skills and concepts. Practical Experience Matters Theory and knowledge are foundational, but practical experience is what sets successful SOC Analysts apart. Internships or entry-level positions can provide hands-on opportunities to work with security monitoring tools. Participating in Capture The Flag (CTF) competitions or other cybersecurity challenges can also enhance your skills. Platforms like Hack The Box and TryHackMe offer virtual labs where you can practice real-world scenarios. But do note that the value in CTFs is the ability to work as a team. Networking is another crucial aspect. Attend cybersecurity conferences, meetups, or local chapter meetings of organizations like (ISC)² or ISACA. Engaging with professionals in the field can provide insights, job leads, and mentorship opportunities. The Job Search Process When you're ready to enter the job market, tailor your resume to emphasize skills and experiences relevant to SOC Analyst positions. Use keywords from job descriptions to ensure your resume captures the attention of recruiters and hiring managers. In your job applications, be sure to highlight: Relevant Coursework : Mention specific classes that pertain to cybersecurity. Certifications Obtained : Clearly list all relevant certifications. Technical Skills : Include tools and technologies you've used, such as SIEM systems, risk assessment software, or vulnerability scanners. Utilize job boards and company websites to apply directly for SOC Analyst positions. Consider platforms like LinkedIn and Glassdoor for job opportunities in your area. Continuous Learning and Career Growth The field of cybersecurity is constantly evolving. As a SOC Analyst, continuous learning is crucial to stay updated with the latest threats and technologies. Consider the following methods for ongoing education: Online Courses : Platforms such as Cyber NOW Education offer a variety of courses on advanced cybersecurity topics. Webinars : Many industry leaders host webinars on current trends and emerging technologies in cybersecurity. Conferences : Attend workshops and seminars to learn directly from experts in the field. Within a few years, you may choose to specialize in areas like Incident Response, Threat Intelligence, or even move into management roles. The skills you develop as a SOC Analyst lay a strong foundation for these advanced positions. Getting Started on Your SOC Analyst Journey Starting your career as a SOC Analyst requires dedication and a willingness to learn. The path involves understanding the role, obtaining relevant training, and gaining practical experience. Embrace every opportunity to grow and adapt in this dynamic field. For structured training that prepares you for a successful SOC Analyst career, explore our soc analyst training . It can provide the necessary skills and knowledge to thrive in today's cybersecurity landscape. With the right mindset, training, and experience, you will find path-breaking opportunities in the field of cybersecurity. Stay committed, keep learning, and get ready to play a pivotal role in protecting critical information.

I’ve Interviewed Thousands of Cybersecurity Professionals — Here’s My Best Advice I’ve been in cybersecurity for over 20 years, and I’ve interviewed all kinds of people — from the brilliant to the downright bizarre. I once had a candidate who insisted he could “hack anything in under five minutes” but struggled to explain how basic encryption worked. Then there was the guy who, instead of answering questions, just kept repeating cybersecurity buzzwords like “zero trust,” “blockchain security,” and “AI-driven SOC,” as if hoping we’d be dazzled into hiring him. Needless to say, these interviews didn’t end well for the candidates. This is I’ve Interviewed Thousands of Cybersecurity Professionals — Here’s My Best Advice. While these examples might seem extreme, I’ve also seen many strong candidates stumble over avoidable mistakes also. Cybersecurity interviews can be nerve-wracking. Whether you’re a seasoned professional or a newcomer to the field, the interview process is your opportunity to showcase your skills, problem-solving abilities, and strategic thinking. However, many candidates make critical mistakes that can cost them the job. In this article, we’ll cover the most common missteps in cybersecurity interviews and how to avoid them. Common Mistakes That Can Derail Your Cybersecurity Interview 1. Bluffing About Your Knowledge One of the biggest mistakes you can make in a cybersecurity interview is pretending to know something you don’t. Interviewers, especially in technical roles, are skilled at spotting bluffs. Instead of trying to fake expertise, focus on demonstrating your ability to learn and adapt. What to Do Instead: If asked about a technology you’re unfamiliar with, acknowledge the gap and pivot to related experiences. Example: “I haven’t worked with Kubernetes security directly, but I’ve managed containerized environments and understand the principles of securing them.” 2. Exaggerating Achievements It’s tempting to inflate your accomplishments, but cybersecurity is a field where credibility matters. Interviewers value authenticity over flashy claims, and they often verify your contributions through references or technical assessments. What to Do Instead: Be honest about your contributions and back them up with real-world metrics or tangible outcomes. Example: Instead of saying, “I built the entire security infrastructure from scratch,” you could say, “I contributed to designing and implementing key security controls, which reduced vulnerabilities by 40%.” Demonstrate your impact with measurable results rather than broad, exaggerated claims. 3. Not Asking Questions About the Role or Culture An interview is a two-way street. Not asking questions can make you seem disinterested or unprepared. Thoughtful questions demonstrate your curiosity and help you determine if the role is the right fit for you. What to Do Instead: Ask about team dynamics, challenges, and expectations for the role. Example: “How does your organization prioritize threat modeling in its overall security strategy?” Inquire about the company’s security culture and how they handle incidents or compliance requirements. Avoid generic questions that can be answered by a quick search — focus on insights that matter to you as a professional. 4. Failing to Prepare for Behavioral Questions Technical skills are essential, but employers also want to assess how you handle challenges in a professional setting. Behavioral questions help interviewers evaluate your problem-solving skills, leadership abilities, and adaptability. What to Do Instead: Use the STAR method to structure your responses (Situation, Task, Action, Result). Prepare answers for common cybersecurity scenarios, such as responding to an incident, advocating for security investments, or improving security awareness. Practice articulating your experiences in a structured, concise manner to make a strong impression. Let us dive into this a bit more with examples ! What is the STAR Method? Situation: Describe the context or background of the scenario. Task: Explain the specific challenge or objective you had. Action: Detail the steps you took to address the situation. Result: Share the outcome and any measurable impact. Let’s go through some cybersecurity-specific examples: 1. Dealing with a Security Breach Interview Question: “Tell me about a time you had to respond to a security incident.” Situation: “We detected unusual traffic patterns in our SIEM, indicating a potential breach.” Task: “As the incident response lead, I needed to identify the source, contain the threat, and prevent further impact.” Action: “I coordinated with the team to analyze logs, isolate affected systems, and implement our incident response plan. I also worked with stakeholders to ensure transparent communication.” Result: “We contained the breach within 3 hours, preventing data loss and reducing recovery time by 40%.” 2. Convincing Leadership to Invest in Security Tools Interview Question: “Can you describe a time when you had to advocate for a cybersecurity initiative?” Situation: “Our organization lacked a robust Endpoint Detection and Response (EDR) solution, leaving endpoints vulnerable to advanced attacks.” Task: “I needed to secure leadership approval to implement an EDR tool.” Action: “I prepared a business case by presenting incident data, outlining potential cost savings, and highlighting the ROI of adopting EDR.” Result: “Leadership approved the project, which reduced endpoint incidents by 50% within the first six months.” 3. Improving Security Awareness Across Teams Interview Question: “Tell me about a time you improved security awareness in your organization.” Situation: “Phishing emails were causing repeated incidents, impacting productivity and security.” Task: “My goal was to design a training program to reduce phishing-related risks.” Action: “I developed hands-on workshops, simulated phishing campaigns, and implemented a reward system for identifying threats.” Result: “Phishing-related incidents decreased by 60% within three months, improving overall security posture.” That wraps it up Avoiding these common mistakes — such as bluffing, exaggerating, or failing to prepare —improves your chances of success. Additionally, structuring your responses using the STAR method will help you give your answers in a clear and concise manner. Practice using the examples I gave and you will get better over time Good luck with your next interview! Taimur Ijlal is a multi-award-winning, information security leader with over two decades of international experience in cyber-security and IT risk management in the fin-tech industry. Taimur can be connected on LinkedIn or on his YouTube channel “ Cloud Security Guy ” on which he regularly posts about Cloud Security, Artificial Intelligence, and general cyber-security career advice.

In today's digital age, the importance of cybersecurity has soared as organizations increasingly face sophisticated cyber threats. One crucial element in safeguarding these organizations is the Security Operations Center (SOC) Analyst. This blog post will delve into the vital role of a SOC Analyst in cybersecurity, their responsibilities, skills required, and how they contribute to the protection of information assets. What is a SOC Analyst? A SOC Analyst is a cybersecurity professional responsible for monitoring, detecting, and responding to security incidents within an organization. They serve as the first line of defense against cyber threats, ensuring that any suspicious activity is promptly identified and addressed. SOC Analysts work within the Security Operations Center, a centralized unit that handles security issues on an organizational level. A SOC Analyst diligently monitoring cybersecurity alerts in a control room. Their role lies at the intersection of technology, processes, and people. With a strong understanding of various cybersecurity tools and techniques, they analyze security data, identify potential threats, and implement necessary measures to mitigate risks. Duties and Responsibilities of a SOC Analyst SOC Analysts have a wide array of responsibilities. Their primary tasks include: Monitoring Security Alerts : SOC Analysts continuously monitor security alerts generated by various security tools, such as Intrusion Detection Systems (IDS), Security Information and Event Management (SIEM) systems, and firewall logs. They assess the severity of alerts to determine whether they indicate a genuine threat. Incident Response : When a true security incident is detected, SOC Analysts are responsible for escalating for a response. Threat Intelligence Analysis : SOC Analysts stay updated on the latest cyber threats and vulnerabilities. They analyze threat intelligence reports to identify potential risks facing their organization and adjust security measures accordingly. Reporting and Documentation : After incidents occur, SOC Analysts document their findings and actions. They provide detailed reports to management and contribute to incident response planning. A security dashboard displaying real-time alerts and statistics. Skills and Qualifications Required To thrive as a SOC Analyst, individuals need a mix of technical and soft skills, including: Technical Proficiency : They must have a solid grasp of networking concepts, operating systems, cybersecurity protocols, and the tools used for threat detection and response. Analytical Skills : The ability to analyze large sets of security data and logs is crucial. SOC Analysts need to discern patterns and anomalies that could signify malicious activity. Problem-Solving Abilities : Quick thinking and a solutions-oriented approach are essential when responding to incidents. Communication Skills : SOC Analysts often need to convey complex information in a clear, understandable manner to both technical and non-technical stakeholders. Certifications : Many SOC Analysts hold a Security+ The Importance of SOC Analysts in Cybersecurity The role of SOC Analysts is more critical than ever. With cybercrime on the rise, organizations face increasing pressure to protect their sensitive data and maintain customer trust. A well-functioning SOC team can significantly enhance an organization's security posture. Research shows that businesses with a dedicated SOC experience fewer successful cyberattacks. According to a study by the Ponemon Institute, organizations with a SOC can detect a breach in an average of 280 days, while those without one take an average of 400 days to discover a breach. Moreover, SOC Analysts contribute to the continuous improvement of cybersecurity measures within organizations. By analyzing security incidents, they help refine processes and implement best practices to prevent future occurrences. Career Path and Advancement Opportunities for SOC Analysts A career as a SOC Analyst can be both rewarding and lucrative. Many professionals starting as SOC Analysts may eventually move into specialties or management. To advance in their careers, SOC Analysts should: Continue Education : Cybersecurity is a fast-evolving field. SOC Analysts must continually update their knowledge and skills through training, webinars, and certifications. Gain Experience : Hands-on experience is invaluable. Engaging with various security tools and scenarios enhances problem-solving skills. Network : Becoming involved in cybersecurity communities and forums can offer insights and job opportunities through connections with industry professionals. Seek Leadership Roles : Developing leadership and mentoring skills can position SOC Analysts for managerial roles within the organization. The Future of SOC Analysts Looking forward, the role of SOC Analysts is expected to evolve alongside emerging technologies and threats. The rise of artificial intelligence (AI) and machine learning in cybersecurity is transforming how SOC Analysts operate. Automated systems can handle routine monitoring tasks, allowing SOC Analysts to focus on more complex incidents. Additionally, the trend of remote work introduces new challenges, with analysts needing to safeguard shifting network perimeters. These changes demand adaptability and continuous learning, making the field of cybersecurity both challenging and exciting. The role of the SOC Analyst is crucial in creating a robust cybersecurity infrastructure. For those interested in becoming a SOC Analyst, resources such as the soc analyst guide can provide further insights into this dynamic field. The Crucial Part of SOC Analysts in Cyber Defense In summary, SOC Analysts play a pivotal role in protecting organizations from cyber threats. Their responsibilities involve constant vigilance, quick reaction to incidents, and an understanding of the ever-evolving landscape of cybersecurity. By equipping themselves with the right skills and continuing to learn, SOC Analysts ensure that they are prepared to face future challenges in this critical field. Becoming a SOC Analyst can be a fulfilling career path for anyone interested in technology and cybersecurity. As organizations increasingly recognize the value of a strong SOC, the demand for skilled analysts will continue to grow, offering numerous opportunities for professional development and advancement.

Curiosity Drives Innovation: Cultivating Curiosity as a SOC Analyst Curiosity drives innovation, learning, and problem-solving. It pushes us to explore, ask, and discover new ideas. For Security Operations Center (SOC) analysts, curiosity is not a luxury; it is an essential skill that can significantly shape their careers and lead to exciting opportunities. This post explores how curiosity can be developed over time and its importance in the field of cybersecurity. This is Cultivating Curiosity as a SOC Analyst. Understanding Curiosity Curiosity often comes naturally, but anyone can nurture it. You don't need to be born with it. Instead, you can build curiosity through practice and a willingness to learn. The goal is to adopt a mindset focused on continuous learning and treat curiosity as a habit you develop over time. At its core, curiosity is the desire to learn and understand. It involves asking questions, seeking knowledge, and welcoming new experiences. This mindset is crucial for SOC analysts who face the challenge of navigating complex systems and identifying potential threats in a rapidly changing landscape. Strategies to Cultivate Curiosity Ask Questions Proactively One effective way to encourage curiosity is through questioning. Instead of taking information at face value, dig deeper. For instance, if you come across an incident report, think about why things escalated, what steps were taken, and how those decisions impacted the outcome. Such inquiry can lead to a deeper understanding of security incidents, enhancing your analytical capabilities. Explore New Subjects Broadening your knowledge can enhance your understanding of various topics. SOC analysts should expand their horizons beyond cybersecurity alone. Exploring areas like psychology can offer insights into human behavior, which helps when analyzing potential insider threats. Reading articles, books, or even watching documentaries outside your field can provide fresh perspectives. Learning about data analysis techniques from fields like marketing can enhance your data interpretation skills. Stay Updated on Industry Trends Cybersecurity is a fast-moving field, with new threats emerging regularly. Staying informed about the latest trends and technologies not only enhances a SOC analyst's capacity to respond but also sparks curiosity about how these trends relate to broader industry challenges. For example, following updates on ransomware attacks can help you understand the evolving tactics used by cybercriminals and how organizations can defend against such threats. Attending industry conferences and webinars can provide valuable insights into cutting-edge developments. The Importance of Curiosity in Cybersecurity Curiosity is vital for SOC analysts in several key areas, including problem-solving and adaptability. But why is this trait so crucial? Enhanced Problem-Solving Skills Curious individuals often excel at problem-solving. They go beyond identifying issues to uncover the underlying reasons for them. In cybersecurity, this means recognizing not just that a breach has occurred, but also how it happened and what preventive measures can be taken. Research from the Harvard Business Review shows that organizations that encourage curiosity improve their problem-solving capabilities by up to 30%. Adaptability to Change Curiosity fosters adaptability. In a field where new threats and technologies arise constantly, a curious mindset enables a SOC analyst to embrace change. It encourages the exploration of new methods and strategies to directly address security challenges. A curious analyst may assess an emerging technology like Artificial Intelligence and investigate how it can be applied to threat detection. Career Progression Curiosity often leads to personal and professional growth. SOC analysts who actively seek to learn new skills and knowledge generally find themselves moving into leadership roles, innovative projects, or even new career paths. Professionals who regularly engage in learning experiences can see salary increases of 10% to 20% over their peers who do not. Building a Culture of Curiosity in the Workplace Organizations play a crucial role in promoting curiosity among their teams. Creating a workplace culture that encourages exploration and questioning can enhance team dynamics and productivity. Here are a few strategies organizations can consider: Encourage Knowledge Sharing Fostering an environment where team members share interesting articles, findings, or even mistakes encourages curiosity and builds a collaborative spirit. For instance, hosting regular lunch-and-learn sessions allows team members to discuss recent security findings or new tools they discovered. Provide Learning Resources Access to training materials, online courses, and workshops can nurture curiosity. When organizations invest in resources that promote continuous learning, they empower employees to grow and explore new topics relevant to their work. Strategies for Personal Development in Cybersecurity Curiosity can also lead to effective personal development. SOC analysts should consider various approaches to improve their skills. Set Personal Learning Goals Setting concrete learning goals can motivate SOC analysts to acquire new skills. These goals should be specific, measurable, achievable, relevant, and time-bound (SMART). Networking with Peers Engaging with peers can spark new ideas and fuel curiosity. Attending meetups or joining online communities related to cybersecurity allows professionals to exchange knowledge and experiences. Mentorship Opportunities Seeking mentorship can be instrumental in fostering curiosity. Finding a mentor within or outside your organization can provide guidance and insight into new areas to explore. Embracing Curiosity for Success Cultivating curiosity is essential for SOC analysts aspiring to excel and explore new career avenues. By adopting a curious mindset and fostering environments that promote inquiry and exploration, individuals and organizations can thrive. Curiosity opens doors to new opportunities, insights, and experiences that enrich both professional and personal lives. So, let go of hesitation, ask questions, seek new knowledge, and allow your journey of curiosity to lead you to exciting paths in cybersecurity and beyond. Curiosity is not merely a spark; it is the flame that fuels growth. Nurture it, and watch as it transforms your career and life. You can delve deeper into the subject by checking out related resources here .

Aspiring SOC Analyst Groups You’re invited! Join new groups to access exclusive breaking news on cyber spies, getting Sec+ certified, hacking games, and more. This is Aspiring SOC Analyst Groups. Consider this your VIP invite to our exclusive community, where we delve deep into the fascinating world of cyber espionage, malware gangs, and the motivations behind their actions. The cyber-world is moving at breakneck speed — new zero-day vulnerabilities and threat actors are constantly emerging. It’s essential to stay up-to-date and build your brand as a thought leader  in the cyber field with your cutting-edge perspective. In Geopolitical Intelligence , we go beyond surface-level headlines to discuss: 🔍 Deep Dive Analysis Uncover the hidden connections between seemingly unrelated cyber incidents Track the evolution and attribution of Advanced Persistent Threat (APT) groups 💻 Technical Analysis Detailed breakdowns of novel attack techniques Analysis of malware innovations and zero-day exploits 🌐 Strategic Context Decode the geopolitical motivations behind major attacks Impact on global security You constantly ask yourself, “How do I get my foot in the door for my first cyber job?” The answer: hands-on experience is number one, and in-demand certifications. Building a mind-blowing portfolio and getting CompTIA Sec+ certified are the two best ways to distinguish yourself from the crowd when applying for your first cyber job. In Kickstart Your Cyber Career — Sec+ Study Group  we’ll share the best free Sec+ exam prep materials, bounce questions, and help keep each other motivated to get Sec+ certified on the first try! But getting hands-on experience doesn’t have to be a chore! Welcome to Will Hack for Love , your chill hacker lounge. Here, you can engage in Capture the Flag (CTF) challenges and bug bounty programs with friends while celebrating the retro roots of hacker culture.' What to Expect: CTF Challenges:  Test your skills in friendly competitions that sharpen your problem-solving abilities and technical knowledge. Bug Bounty Programs:  Collaborate with others to find vulnerabilities in real-world applications, gaining experience and some cash for your efforts Community Vibes:  Embrace the nostalgia of hacker culture — kick off your rollerblades, grab a bowl of Captain Crunch, and get ready to hack the world with your fellow white hats I’m super stoked to be on this journey with you. Join a group and tell me what you’re working on that interests you the most!

Navigating Challenges and Standing Out In the Current Job Market Is Cybersecurity Still a Good Career in 2025? The Real Story The Cybersecurity Job market in 2025 is a tale of two extremes The demand for skilled professionals is there BUT the competition remains intense If you’ve been feeling like the job market has hit the pause button, you’re not alone. Many white-collar professionals, especially in tech, are grappling with uncertainty about the future. This limbo period forces us to reassess strategies to stand out in an evolving and competitive landscape. In this article I want to go over the current state of the market and key strategies to stand out Hopefully this helps aspiring cybersecurity job seekers to stand out in a tough market! This is Is Cybersecurity Still a Good Career in 2025? The Real Story. The Cybersecurity Job Market In 2025 1. High Demand + High Competition Cybersecurity is and will remain a hot field The problem is the recent tech layoffs and an increasing influx of fresh graduates have flooded the market Standing out is harder than ever before Landing a job demands more than certifications; hands-on experience, such as building security projects or engaging in practical labs, is essential. Keep this in mind as we progress. 2. The Economy is still tough The tech industry is still going through a rough patch Tech budget cuts, outsourcing and overall gloominess is ever-present While these challenges are more pronounced in software development, they also have ripple effects in cybersecurity. For example: Automation: AI and automation continue to take over repetitive tasks, pushing cybersecurity professionals to upskill and specialize in areas like threat hunting and advanced incident response. Globalization: Companies increasingly hire remote and overseas talent, heightening competition in the job market. Economic Uncertainty: Organizations scrutinize cybersecurity budgets, emphasizing cost-efficiency and measurable returns on investment. Key Strategies to Stand Out in 2025 Given the market’s realities, here are actionable ways to distinguish yourself as a cybersecurity job seeker or professional: 1. Bridge the Gap Between Theory and Practice As I mentioned earlier putting certs and courses on your profile are no longer enough They may get you through the initial screening from HR but CISOs want to see what skills you bring to the table Build practical projects such as: A home labs, such as a personal cloud sandbox, using cloud platforms like Azure or AWS. Practice developing incident response plans and executing tabletop exercises. Showcase projects on platforms like GitHub, creating a portfolio that demonstrates applied knowledge. Practical experience signals to employers that you have hands-on skills to complement theoretical knowledge. 2. Adapt to AI and Automation AI is not going anywhere for the next decade or so It is transforming cybersecurity, automating routine tasks like log analysis and malware detection. If your job involves doing something monotonous like log review or patching then you need to upskill FAST Professionals must embrace tools that incorporate AI while upskilling in areas requiring human judgment, such as: Threat intelligence and behavioral analysis. Security architecture design. Ethical hacking and penetration testing. AI Governance 3. Improve your Soft Skills Technical skills will get you in the door .. soft skills will keep you there You have to be able to communicate technical stuff without drowning people in jargon Practicing soft skills like active listening, presentation, and effective communication can make or break your career. 5. Focus on Emerging Opportunities While traditional roles like Cloud Security remain important, emerging areas like securing generative AI and quantum computing are gaining traction Professionals who can align their skills with these cutting-edge domains will find themselves in demand. 6. Networking and Personal Branding LinkedIn is more than just the place to post your recent cert I have stressed time and time again about the value of a personal brand Building an online presence through LinkedIn, YouTube, or personal blogs allows you to showcase expertise, connect with industry leaders, and attract opportunities. Polish up your LinkedIn profile and then just social media to push traffic towards it! 8. Stay Resilient The market is tough right now, and anyone who says differently is delusional Landing a cybersecurity role may take time, especially in a saturated market. Diversifying your job search to include adjacent roles (e.g., IT support with a security focus) can be a stepping stone into the field. Hang in there, and you will 100% see the fruit of your patience Good luck in the amazing year ahead of you ! Check out my video on this also Taimur Ijlal is a multi-award-winning, information security leader with over two decades of international experience in cyber-security and IT risk management in the fin-tech industry. Taimur can be connected on LinkedIn or on his YouTube channel “ Cloud Security Guy ” on which he regularly posts about Cloud Security, Artificial Intelligence, and general cyber-security career advice.

If you are in your 20s or 30s and working in Cybersecurity then read this The Cybersecurity Career Advice I Would Give My Younger Self In 2025 I will complete over twenty three years in Cybersecurity .. a fact that makes my mind boggle Looking back I would love to time-travel and give my younger self some wisdom so I can avoid the mistakes I made. This is The Cybersecurity Career Advice I Would Give My Younger Self Unfortunately, I cannot do that so the next best thing is to give newcomers some good old fashioned career advice - If you are in your 20s or 30s then this advice might be very useful to you so pay close attention! 1. Certifications Do Not Equal Career Growth Cybersecurity certifications are massively useful .. do not get me wrong BUT they are not a silver bullet anymore In 2005 .. I was getting job offers left and right after completing the CISA and CISSP certs but those days are long gone The market is filled with certified individuals who cannot get jobs Do not go overboard with certs but balance them with learning hands on skills I made this mistake multiple times when I equated career stagnation with not having the latest cert ! Which brings me to my next point 2. Do Not Neglect A Career Plan Do you have a career plan in Cybersecurity ? Or does your strategy equal waiting for your manager to promote you in the coming year or getting a bonus? This is one of the easiest ways to get frustrated in your career Do not wait around for something to happen Open LinkedIn and find your dream job and then gap yourself against it What areas or skills are you falling short in ? Use that to create a tactical plan for the next 12 to 18 months 3. Cybersecurity Incidents Will Happen No Matter What As a wise person once told me: “There are only three things that are certain in life: death, taxes, and cybersecurity incidents during the holidays.” It does not matter how well-prepared you think you are or how many AI-powered products you implement. There will always be incidents that come out of nowhere and destroy your false sense of security. Focus on stabilizing the situation, then on the lessons learned. Avoid the blame game — it’s counterproductive. Instead, identify what training, tools, or processes could prevent a recurrence. 4. Don’t Get Caught Up in Buzzwords and Tools The cybersecurity industry loves buzzwords like “Zero Trust,” “shifting left,” and “cyber kill chain.” These are concepts to be applied, not products to be bought. Avoid over-reliance on third-party tools; invest in your team’s expertise instead. An experienced analyst who knows the environment is worth more than any shiny new tool. 5. Be Your Own Marketing Machine A bitter pill to swallow not just in Cybersecurity but any industry is that the most qualified person doesn’t always get the job Often it is the person who markets themselves the best. Resume writing, interview skills, and networking are critical to career success. Treat your career like a business, and position yourself as its CEO. No one else will if you don’t stand up for your career path or income. Promotions, raises, and career advancements won’t magically appear. Take control by setting goals and actively pursuing opportunities. 6. Don’t Stay Too Long in One Job We have all been there You stay in one position and find out that the market has passed you by Suddenly newly graduated professionals are earning as much as OR more than you. Staying in one position for too long can lead to wage stagnation. Regularly assess your career to ensure you’re staying competitive. 7. Nobody Cares About The Long Hours You Worked Cybersecurity and most tech jobs in general have a overtime problem Remember that while long hours and overtime often go unnoticed by employers but are keenly felt by your family. Don’t sacrifice work-life balance in the hope of being rewarded. Instead, focus on delivering value efficiently. When layoffs happen .. “ When did this employee leave the office everyday? ” is not a question that is asked by HR! 8. Build Your Brand Outside Your Job Relying solely on your job makes you vulnerable to layoffs and market shifts. Cybersecurity offers fantastic opportunities for personal branding. Sharing LinkedIn posts isn’t enough. Build a robust industry profile by: Creating and sharing course content on platforms like Udemy. Speaking at cybersecurity conferences. Writing a book — a challenging but rewarding way to showcase your expertise. Mentorship and teaching are also fulfilling ways to give back to the cybersecurity community. Sharing your knowledge not only helps others but also reinforces your own expertise. A strong industry network will open doors and provide stability if you ever find yourself between jobs. Check out this newsletter I have started that focuses on Cybersecurity side hustles that might give you some good ideas 9. Embrace Change and Adapt Being stubborn or resistant to change will hold you back. The earlier you adapt to new trends and requirements, the better prepared you’ll be for the future. Today it is GenAI .. tomorrow it will be Quantum Computing or something else Complaining about it will not change anything See what trends are changing the industry and feed that into your learning plan for the coming year 10. Becoming A CISO Is Not The Measure Of Success This is something I truly wish I knew over 10 years ago I thought becoming a CISO is what separates successful cybersecurity professionals from the failures And yet when I became a CISO I was not happy in the job at all Instead of doing technical stuff I was bogged down with budgets and PowerPoint presentations all day long Cybersecurity is a massive field with a huge number of career paths Not everybody is going to become a CISO nor do they need to be ! Find out your own long term goal be it starting your own cybersecurity company or becoming a consultant Do not follow the crowd That wraps it up I hope these insights help and inspire the next generation of cybersecurity professionals. The journey is challenging but incredibly rewarding. Take control of your career, and don’t forget to enjoy the ride! Taimur Ijlal is a multi-award-winning, information security leader with over two decades of international experience in cyber-security and IT risk management in the fin-tech industry. Taimur can be connected on LinkedIn or on his YouTube channel “ Cloud Security Guy ” on which he regularly posts about Cloud Security, Artificial Intelligence, and general cyber-security career advice.

Are Technical Skills in Decline in Cybersecurity Before you get your pitchforks out after reading the headline .. let me give a brief history lesson. Before the Industrial Revolution, labor-intensive skills were in high demand. The reason for their value was due to the expertise and time required to master them. Then .. industrialization came and significantly reduced (if not eliminated) the need for manual work. This is Are Technical Skills in Decline in Cybersecurity? The more factories grew and production scaled, the more the demand for manual skills dropped. These people either had to adapt by taking up new roles, often with lower pay and less skill required, or faced unemployment. The lesson is that specific skills thought to be irreplaceable suddenly became replaceable. Demand for these skills dropped significantly because machines could perform tasks more efficiently. Do you see where this is going ?? With AI, a similar shift is occurring with specific technical skills, particularly in areas like software development, data entry, and yes .. Cybersecurity This time, as of today while you are reading this.. is the worst that AI will ever be .. it is only going to keep improving and becoming more advanced AI is already writing code, analyzing data, and even performing customer service roles via GenAI-powered chatbots As AI becomes more advanced, it WILL automate tasks that once required technical expertise in Cybersecurity like: Security Code Reviews VA Scanning L1 Incident Response Security Assessments Will it be as good as a human Cybersecurity analyst ?? probably not But I hate to tell you that it might be good enough for companies to start looking at roles they can offload to AI It will not happen overnight .. BUT it will happen for sure The pattern in both AI and industrialization is clear: technological advancements can devalue specific skills that were once essential, pushing workers to adapt by acquiring new skills. OR finding ways to leverage their expertise in roles that complement the new technology rather than compete with it. The Rise of Complementary Skills So .. the bad news is that purely technical skills are no longer sufficient to guarantee job security or career advancement. The good news is that other skills are rapidly coming up which WILL be in high demand. Developing these complementary skills will enable individuals to thrive in an AI-augmented world. Remember that while AI excels at processing data and performing routine tasks, it needs help with creative problem-solving . AI can analyze data and provide insights but still requires human judgment to make strategic decisions. Developing your critical thinking skills will enable you to interpret and apply AI-generated data effectively. I predict the future of Cybersecurity will be something like the interfaces shown in Minority Report, where you have to make sense of huge amounts of data and then solve problems. To AI-proof your career, consider developing the following skill sets: 1 — Critical Thinking and Strategic Decision-Making As AI handles more routine tasks, the ability to think critically and make strategic decisions will be crucial. Cybersecurity professionals who can interpret AI-generated insights and apply them innovatively will be in high demand. Engage in activities that challenge your problem-solving abilities, such as complex case studies. Consider taking courses in strategic management or decision science 2 — Communication Skills No AI can “read a room.” It cannot replace the human touch needed to communicate complex security issues to non-technical stakeholders. Being able to explain cybersecurity risks and solutions in a way that others can understand will be invaluable. Practice explaining technical concepts to non-experts, join public speaking clubs like Toastmasters or take communication and leadership courses. 3 — Creative Problem-Solving AI struggles with tasks that require creativity and innovation. Developing your ability to think creatively and solve security challenges will help differentiate you from the machines. Engage in creative exercises like brainstorming sessions and design thinking workshops, or participate in hackathons encouraging innovative solutions. 4 — AI Ethics and Governance As AI plays a bigger role in society, understanding the ethical implications of AI decisions and ensuring they align with broader governance standards will be essential. Cybersecurity professionals with a firm grasp of ethics and compliance will play a key role in shaping the future of AI in this field. Check out my video on this below. 5 — Content Creation This may sound strange, but creating engaging content is a valuable skill that will become even more valuable over time. At a time of mass copy-pasted ChatGPT content .. content that gives genuine value will stand out. Building a personal brand will also help you to expand your network and sphere of influence. Start a blog, create a YouTube channel, or design infographics on topics you’re passionate about. Participate in content creation courses or workshops to refine your skills. 6 — Entrepreneurial Mindset In today’s rapidly evolving job market, having an entrepreneurial mindset can set you apart and open doors to new opportunities. It can show you how to break away from the 9 to 5 grind and start your own one-person company. Developing an entrepreneurial mindset involves thinking creatively, taking risks, and proactively identifying opportunities. It will also make you more resilient to technological disruptions like AI. Where others see a massive threat .. you will see an opportunity. Engage in projects that require innovation and initiative, read books on entrepreneurship, and consider starting a side hustle to practice these skills in a real-world setting. A Brave New World In the AI era, purely technical skills are no longer enough to secure your career. To stay competitive, you need to develop the complementary skills which I mentioned. Good luck during this crazy time! Taimur Ijlal is a multi-award-winning, information security leader with over two decades of international experience in cyber-security and IT risk management in the fin-tech industry. Taimur can be connected on LinkedIn or on his YouTube channel “ Cloud Security Guy ” on which he regularly posts about Cloud Security, Artificial Intelligence, and general cyber-security career advice.

Why Should You Learn Quantum Security NOW! In early 2022, I published a book on AI Governance and Cybersecurity, released to the sound of crickets. At that time, AI was a niche thing, and Cybersecurity / Risk professionals had other priorities in mind. All of that changed when ChatGPT burst onto the scene in late 2022. This is Why Should You Learn Quantum Security NOW! It’s arrival completely changed the landscape and made the industry realize how badly it had underestimated the impact of AI risks. Unfortunately, I see the same mistake happening again with Quantum Computing. Many cybersecurity professionals are either unaware of quantum risks or dismiss them as something far into the future. Or they think it is only relevant to cryptographic experts or vendors. However, the reality is that the onset of quantum technology will affect everyone, especially in cybersecurity. What is the big deal about Quantum Computing? Here is a quick recap on what Quantum Computing is. Quantum computing is a new technology that leverages the principles of quantum mechanics to perform complex calculations at speeds unimaginable with classical computers. Unlike traditional computers that process information in binary (0s and 1s), quantum computers use quantum bits, or qubits, which can exist in multiple states simultaneously. This enables them to solve complex problems exponentially faster than today’s best supercomputers. While this promises incredible advancements in fields like medicine, science, and artificial intelligence, it also poses significant dangers—especially in cybersecurity. The most alarming threat is the potential to break current encryption methods. Today’s encryption, which secures everything from banking transactions to personal communications, VPNs, SSH protocols, etc., relies on the difficulty of solving certain mathematical problems—something quantum computers will be able to do in minutes or even seconds! Once Quantum goes mainstream .. the encryption protocols we rely on will become obsolete. This makes the migration towards quantum-resistant cryptography crucial for Cybersecurity. But is this something we need to worry about today ?? Let’s dive into five reasons why understanding quantum risks is not just for the future but something you should prioritize today. 1. “Too Far Away” Is a Misconception — Quantum is Closer Than You Think The first viable quantum computer is years into the future but the risk is very much now. The ability of quantum computers to break modern encryption protocols means companies must start taking this seriously ASAP. NIST has just released its standards for post-quantum cryptography, which can withstand quantum threats, but a complete migration may take YEARS for the average-sized company. The need for upgrading your cryptography is not something to push off for the future; proactive preparation is crucial. Companies that wait for the full development of quantum technology to respond may find themselves at a severe disadvantage, scrambling to update critical infrastructure and security protocols. 2. Quantum Computing Is Not Just an “IT Thing” Another common misconception is that quantum computing and its risks are solely the responsibility of IT departments. Quantum computing will impact sectors beyond IT, including finance, healthcare, defense, and any industry that relies on encrypted data. CEOs, risk managers, and professionals must know quantum risks to make informed decisions about investments, infrastructure, and long-term security. If your company’s data has a lifespan of more than 5 years, then it is very much in the crosshairs of attackers who will be able to break once quantum goes mainstream. Learning about these risks allows decision-makers to lead quantum preparedness within their organizations rather than relying solely on IT professionals. 3. You Don’t Need to Know Programming or Encryption to Understand the Risks A common myth is that you need deep technical knowledge in quantum mechanics or encryption algorithms to grasp quantum risks. This is far from the truth, just like you do not need to dive deep into machine learning algorithms to understand AI risks and attacks. Understanding the impact of quantum computing on security and the need for quantum-resistant cryptography does not require a PhD in physics or computer science. Learning about quantum risks is more about understanding how the evolving technology will influence security protocols and what steps must be taken to protect data and infrastructure. It’s about recognizing that new attack vectors, like “harvest now, decrypt later” schemes, could allow hackers to store encrypted data today and decrypt it once quantum computers are available. The threat is not about the technology but its implications for everyday security. 4. New Attack Vectors Are Emerging, Even Before Quantum Matures Quantum computing poses an immediate threat, even before fully functional quantum machines exist. The “harvest now, decrypt later” tactic is a significant risk where attackers collect encrypted data now, with the plan to decrypt it once quantum technology matures. This means sensitive data, especially long-lived secrets such as financial records or national security information, is at risk today. As quantum technology evolves, new attack vectors will likely emerge, challenging even those who believe they have robust security protocols. Learning about quantum risks today can help you stay ahead of these evolving threats and ensure you’re prepared as new vulnerabilities are discovered. 5. Waiting for Certifications Is a Risky Gamble This is something that blows my mind, honestly. Many professionals think they will do a “certification” on Quantum Computing when it comes out, and that will be enough. This passive approach can leave you vulnerable. Quantum risks are developing now, and waiting for a formal certification or training program may mean missing critical opportunities to fortify your organization’s defenses early. The revision of existing standards to accommodate post-quantum encryption is happening now. By staying informed and engaged, you can ensure that you and your organization do not fall behind when these standards become mainstream. Ignoring quantum risks today means risking severe consequences in the future. The Way Forward Quantum computing is not just a futuristic concept. Its impact, especially on cybersecurity, is already emerging, and the risks are real. The misconception that quantum risks are distant, only relevant to IT professionals, or require deep technical knowledge can leave you unprepared for the coming changes. Quantum computing will impact various industries, creating new attack vectors and security challenges. The best way to stay ahead of the curve is to take proactive steps to understand and address these risks now rather than later. Taimur Ijlal is a multi-award-winning, information security leader  with over two decades of international experience in cyber-security and IT risk management in the fin-tech industry. Taimur can be connected on LinkedIn  or on his YouTube channel “ Cloud Security Guy ” on which he regularly posts about Cloud Security, Artificial Intelligence, and general cyber-security career advice.

How to Choose a Cloud Security Certification? I recently wrote about how to start a career in Cloud Security in 2025 if you are starting from scratch. That is easily the number one question I get asked by professionals on LinkedIn and YouTube. The second most common is “which cloud security certification should I go for ??” There is honestly no one-size-fits-all answer to this. The right certification depends on what your career goals are PLUS your experience level. But to make this decision easy I have made this guide for you. This is How to Choose a Cloud Security Certification? In it, I am going to go over the major cloud security certs and which is the right one for you depending on your career level Cloud Security Certifications — Good or Bad ? Like them or hate them .. certifications are a necessary part of cybersecurity. It demonstrates to managers that you are serious about your area and have the necessary baseline of knowledge. But the question arises: Which Cloud Security Certification should you look at? One key point is that Cloud Security certifications fall into two categories. Platform agnostic and platform-specific Platform Agnostic : These are Certifications like CCSK and CCSP, which are not bound to any specific platform like Google, Azure, or AWS and instead focus more on technical concepts and creating a solid foundational knowledge of the cloud Platform Specific : Certifications like AWS security specialty or Azure Security Engineer are specific to a particular platform. These usually assume you know the platform you are trying to secure. If you have ZERO knowledge of cloud concepts, I would suggest going with a platform agnostic cert before attempting the platform ones. 1. Platform agnostic Certs ( CCSK or CCSP ) The discussion usually boils down to the CCSK or CCSP when discussing platform-agnostic cloud certifications. Let’s look at each in detail: CCSK ( Certificate of Cloud Security Knowledge ) Offered by the Cloud Security Alliance (CSA), the CSK gives an excellent in-depth overview of Cloud Security concepts such as Cloud Architecture, Identity and Access Management, Key Management, etc. The exam can be taken online and has around 60 questions. It requires you to show knowledge of fundamental cloud security concepts and has NO experience requirements. CCSP ( Certified Cloud Security Professional ) ISC2 is famous for introducing the gold standard in security certs, which is the CISSP, so everyone was quite excited when they introduced their own cloud security cert. The CCSP , similar to the CISSP, has become well respected in the industry for demonstrating cloud security expertise and is meant for people with a few years of experience in the field. It is NOT a beginner-level cert and covers the below domains in the cloud Domain 1. Cloud Concepts, Architecture, and Design Domain 2. Cloud Data Security Domain 3. Cloud Platform & Infrastructure Security Domain 4. Cloud Application Security Domain 5. Cloud Security Operations Domain 6. Legal, Risk and Compliance The CCSP benefits from the respect and credibility that ISC2 already has in the industry and that at least one year of that experience should have been in one of the above domains. CCSK or CCSP. Which one to go with? This one is tough to answer as both are excellent certifications backed by respected organizations. I have attempted to break it down as per the three criteria below: Experience : The CCSK does not have an experience requirement, and passing the exam is enough, while CCSP requires five years of experience in the cybersecurity industry, with one of those being in the cloud. The CCSK, therefore, is more suited to those who are at entry level and want to get into cloud security, whereas the CCSP is more geared towards experienced professionals. Cost : The CCSK exam is much cheaper than the CCSP, which can be pretty expensive, along with those pesky annual payments. Sometimes, companies are happy to reimburse the costs, so check with your employer before proceeding. Industry Standing : Both are respected certs with good standing in the industry. You cannot go wrong with either of them when validating your cloud security expertise. I think which you should go with depends on where you are in your career. If you are a mid to senior-level professional, you should go with the CCSP, while people new to Cloud security should go with the CCSK. 2. Platform-Specific Certs Let us move on to platform-specific certs, which show experience in a specific cloud provider. Cloud platforms like Azure, AWS, and GCP can have hundreds of services, and companies with critical workloads in the cloud want assurance that they can navigate them. A specialized cert will make you stand out in their eyes. Let’s take a look at what cloud security certification path you can take : AWS Certified Security — Specialty AWS is the most popular cloud platform in the world today, and demand for certified AWS professionals is not going down anytime soon. The AWS Certified Security specialty is an excellent certification to show you your way around the massive number of security services present and how to configure services like AWS GuardDuty, Config, Security Hub, etc. AWS recommends having a few years of experience before taking this test. If you do not have any experience with AWS, I would recommend first going with the AWS Solutions Architect Associate — Exam, as that gives you an excellent overview of the different AWS services and makes the AWS security specialty exam much more accessible, in my opinion. Microsoft Azure Security Engineer Associate For those on the Microsoft Azure platform, the Azure Security Engineer associate validates your expertise in configuring security services and data protection. You are expected to have a good knowledge of the platform and understand how the different services interact with each other as per the Microsoft guide : Candidates for this exam should have subject matter expertise implementing Azure security controls that protect identity, access, data, applications, and networks in cloud and hybrid environments as part of an end-to-end infrastructure. One advantage is that most people are usually familiar with Microsoft Services, so the learning curve is not as steep as those new to AWS or Google Platform. Professional Google Cloud Security Engineer Similar to the above two and rounding out the top three providers, the Google Security Engineer proves you can secure design and implement Google Cloud. The foundational elements are similar to Azure and AWS, with the requirement to know concepts like Identity and Access Management, Data protection, key management, etc. This is an excellent cert, and I recommend having it if you plan to work on the Google Cloud. It is also a stepping stone to one of the most in-demand certifications, the Google Professional Cloud Architect Cert ( GPCA ) . Although technically not a security cert, this is one of the hottest certifications year after year and one of the toughest. Choosing The Right Cloud Security Cert As I mentioned earlier which cert you should go for depends on your experience level and what your long term goals are. If you are a beginner then it would make zero sense to go for the CCSP as you will not have the experience requirements. The below roadmap would make more sense. On the other hand if you already have knowledge of Cybersecurity then the CCSK would hold zero value for you. Getting hands-on with a platform and getting the CCSP should be your long term goal similar to the below: Remember The Golden Rule The golden rule when getting any cert is that Skills >>> Certs Cert can validate your expertise and boost your career but remember they are not the end goal. The cloud is a highly challenging field, and you will not go far without hands-on experience. Having lots of certifications will only help during the interview process, but your hard work and experience will make a difference in the long run. Make sure that, along with the cert, you have the required skills to make your cloud career long-lasting and successful! Taimur Ijlal is a multi-award-winning, information security leader with over two decades of international experience in cyber-security and IT risk management in the fin-tech industry. Taimur can be connected on LinkedIn or on his YouTube channel “ Cloud Security Guy ” on which he regularly posts about Cloud Security, Artificial Intelligence, and general cyber-security career advice.

Gartner Top 10 Tech Trends for 2025 — Key Insights For Cybersecurity Professional This research may not always be 100% accurate (which study is ?), but it is a good way to see where the industry is trending for the next few years. This is Gartner Top 10 Tech Trends for 2025 — Key Insights For Cybersecurity Professional. It shows a future where AI-driven systems, new types of computing, and human-machine collaboration will shake up things in a big way. For cybersecurity professionals, this evolution signals new opportunities and pressing challenges. The Top Technology Trends for 2025, listed in no particular order, are: Agentic AI Post-quantum Cryptography Spatial Computing AI Governance Platforms Ambient Invisible Intelligence Polyfunctional Robots Disinformation Security Energy-Efficient Computing Neurological Enhancement Hybrid Computing Here’s an in-depth look at these trends AND what they mean for Cybersecurity professionals. 1. Agentic AI The ability of AI to move from back-and-forth prompting to action-based execution will be a massive game changer. Autonomous decision-making or “Agentic AI” means these agents will operate independently within defined goals that users give them. This could streamline threat detection and response for cybersecurity, as agentic AI can act autonomously on security alerts (L1 SOC Analysts might start getting nervous !) However, with autonomy comes the risk of vulnerabilities leading to serious cyber threats if these systems are compromised. Check out my earlier video on this: 2. AI Governance Platforms AI security does not exist in a vacuum and needs a governance structure to work effectively. As organizations increasingly rely on AI, governance platforms are going to be used to maintain model reliability, transparency, and accountability. These platforms will not only boost customer trust but will also aid regulatory compliance. For cybersecurity professionals, AI governance is pivotal in ensuring AI-driven security tools align with ethical standards. I predict these tools will increase in popularity and allow organizations to gap their systems against standards like NIST and the EU AI Act. 3. Disinformation Security This is no surprise, given the rate at which GenAI has been advancing. Imagine an attacker blackmailing a company with the threat of spreading deepfakes about their executives to damage their brand and reputation. The ability to protect organizations against maliciously false information being spread online will be in huge demand. For cybersecurity teams, defending against disinformation will require innovative strategies, such as deploying disinformation detection tools and educating staff on identifying manipulated content. Start updating those Cybersecurity Awareness slides ASAP ! 4. Post-Quantum Cryptography Once they become mainstream, Quantum computers will change everything, especially from a security perspective. Due to the power of quantum computing, the cryptographic algorithms we rely on to protect our information will become obsolete. Cybersecurity professionals must begin their journey toward post-quantum computing today to safeguard sensitive data against quantum threats. The transition to quantum-safe encryption will demand a re-evaluation of current encryption protocols, emphasizing the need for cryptography professionals to future-proof digital infrastructure. Check out my earlier video on this: 5. Ambient Invisible Intelligence This is something I am quite interested in, honestly. Ambient intelligence will integrate sensing technologies seamlessly into environments without active user control. This sort of real-time tracking will undoubtedly lead to an amazing user experience but will also be a privacy nightmare. For security teams, there is also the challenge of monitoring vast, dispersed networks of sensors. Cybersecurity professionals must develop protocols that protect data privacy, prevent unauthorized access to sensor networks, and address the potential risk of environmental intelligence being exploited for malicious eavesdropping. 6. Energy-Efficient Computing Sustainable computing has been gathering momentum these last couple of years but is now essential because of AI and the vast amount of computing power it needs. With AI’s rapid growth, organizations must prioritize energy-efficient computing to manage the environmental impact. Security professionals will play a critical role here, ensuring energy-efficient architectures do not sacrifice security standards. As these computing solutions become commonplace, professionals must also stay vigilant against new attack vectors that may arise from these emerging architectures. 7. Hybrid Computing While traditional hybrid computing, consisting of on-prem and cloud, is nothing new, Gartner's mention sounds more like science fiction than reality. According to Gartner, “ AI that performs beyond current technological limits; autonomous businesses powered by higher levels of automation; augmented human capability allowing real-time personalization at scale and use of the human body as a computing platform . ” Cybersecurity teams already face challenges in securing hybrid setups, with attack surfaces spanning cloud, edge, and on-premises environments. Teams must adopt a unified security approach, integrating cloud-native tools with traditional methods to safeguard these diverse systems from threats. 8. Spatial Computing With virtual reality gaining traction, Spatial Computing will blue the lines between physical and digital realms. Think of VR glasses being used by companies for training and corporate meetings OR for customers to make online purchases. This trend introduces unique security concerns, such as protecting the privacy of digital overlays and preventing unauthorized access to virtual environments. 9. Polyfunctional Robots This could be seen as the next evolution of AI from agent-based systems. Polyfunctional robots represent a shift from task-specific machines to versatile, collaborative ones. This could be a massive shake-up in industrial environments where more complex tasks will move towards automation. As these robots enter workplaces, cybersecurity professionals must ensure that the data they collect and share is secure. Since polyfunctional robots may interact with multiple systems and users, they require stringent access controls and robust data protection policies to prevent data breaches and unauthorized manipulation. 10. Neurological Enhancement This should be familiar to anyone who has played games like Dues Ex, where characters can get “augmented” via machine implants. I doubt we are anywhere near to this reality from a tech perspective ( not to mention people won't like computers writing information to their brains ! ) But once it happens, think of the information that can be absorbed within a short period. The security concerns will also be massive! Cybersecurity professionals will be essential in developing protocols to protect against unauthorized access to brain data, potentially including biometric encryption and specialized firewalls for neural networks. What These Trends Mean for Cybersecurity Professionals These trends indicate a future where cybersecurity must adapt to increasingly intelligent and autonomous technologies, diverse computing environments, and new forms of human-machine interaction. For cybersecurity professionals, staying ahead requires continuous upskilling in AI governance, post-quantum cryptography, and multi-dimensional data protection strategies. Additionally, it shows the need for ethics and governance in cybersecurity frameworks as these technologies reshape traditional roles and introduce new risks. Here are key takeaways: Embrace a Proactive Approach : Implementing quantum-safe encryption, disinformation security measures, and AI governance will be essential to staying ahead of emerging threats. Focus on Privacy and Ethical Standards : With AI and neurological technologies gaining traction, maintaining ethical data collection and use standards is crucial. Cybersecurity must prioritize transparency and privacy to build trust with end-users. Prepare for Hybrid and Complex Environments : Hybrid computing and ambient intelligence increase complexity, demanding holistic cybersecurity strategies that provide security across various computing environments. Stay Adaptive and Future-Proof : Cybersecurity in the age of rapid technological advancement is a continuous process. As new threats emerge, professionals must be ready to pivot and adopt security measures that address current and anticipated risks. In summary , Gartner’s 2025 trends are a great guide to the tech industry's direction in the next decade. I am skeptical about some of the things mentioned in the study, but by studying these trends, cybersecurity teams can prepare for the new tech era that is about to come. Good luck prepping for the next 3 to 5 years ! Taimur Ijlal is a multi-award-winning, information security leader with over two decades of international experience in cyber-security and IT risk management in the fin-tech industry. Taimur can be connected on LinkedIn or on his YouTube channel “ Cloud Security Guy ” on which he regularly posts about Cloud Security, Artificial Intelligence, and general cyber-security career advice.