DEV Community: Hannah Adam

Top Skills to Look for When Hiring Cybersecurity Professionals - By Role

Hannah Adam — Sun, 07 Jun 2026 09:37:27 +0000

Introduction

Hiring the right cybersecurity talent is more critical than ever. A single gap in your team's expertise can be the vulnerability that leads to a major incident. But with dozens of specialized roles, how can you be sure a candidate truly possesses the skills they claim?

Relying solely on resumes and interviews is a risky strategy. To build a resilient defense, you need a clear, role-specific understanding of the capabilities you're hiring for. This article breaks down the top skills to look for in key cybersecurity roles, providing a blueprint for your hiring process.

Essential Cybersecurity Roles and Their Key Skills

Building a strong cybersecurity team requires understanding the distinct roles that form your defense lineup. Each position brings unique skills to protect your organization. Here's what to look for in key cybersecurity hires:

1. Security Analyst / SOC Analyst: The Frontline Defender

The Security Operations Center (SOC) Analyst is your 24/7 watchdog, triaging alerts and investigating potential threats. Look for candidates who are more than just ticket-closers.

Key Skills to Assess:

Threat Intelligence Analysis: Can they contextualize an alert within the current threat landscape?
SIEM Proficiency: Practical experience with tools like Splunk, Sentinel, or ArcSight to query and correlate log data.
Incident Triage & Response: A methodical approach to prioritizing and handling security events.
Network & Endpoint Forensics: Basic skills to understand the "who, what, when, where" of an incident.
Critical Thinking: The ability to see the signal through the noise and avoid alert fatigue.

How to Vet Them: Pose a scenario about a specific alert (e.g., "You see a suspicious PowerShell command from a user's machine. What are your next steps?"). Their answer reveals their analytical process and technical knowledge.

2. Penetration Tester (Ethical Hacker): The Controlled Adversary

Penetration testers proactively find weaknesses before malicious actors do. They need a hacker's mindset with a professional methodology.

Key Skills to Assess:

Mastery of Tools & Frameworks: Proficiency with Kali Linux, Metasploit, Burp Suite, and understanding of the MITRE ATT&CK framework.
Vulnerability Assessment & Exploitation: Not just finding flaws, but safely demonstrating their impact.
Web Application & Network Testing: Deep knowledge of OWASP Top 10, network protocols, and lateral movement techniques.
Social Engineering: Understanding the human element as a security layer.
Clear Reporting & Communication: The ability to write a compelling report that technical and non-technical stakeholders can understand and act upon.

How to Vet Them: Ask them to walk you through a recent engagement or provide a sanitized sample report. The quality of their documentation is as important as their technical exploits.

3. Security Engineer: The Architect of Defense

Security Engineers build the security infrastructure that Analysts and Pen Testers operate on and against. They are the builders and automators.

Key Skills to Assess:

Cloud Security (AWS, Azure, GCP): Expertise in identity and access management (IAM), secure configuration, and cloud-native security tools.
Security Tooling & Automation: Experience deploying and managing firewalls, IDS/IPS, EDR, and scripting (Python, PowerShell) for automation.
Secure System Design: The ability to embed security into systems from the ground up (DevSecOps).
Identity & Access Management (IAM): Designing robust authentication and authorization models.
System Hardening: Knowledge of benchmarks from CIS (Center for Internet Security) and how to apply them.

How to Vet Them: Present a design challenge, such as, "How would you architect a zero-trust network for a new remote workforce?" This tests their architectural knowledge and practical problem-solving.

4. Governance, Risk, and Compliance (GRC) Analyst: The Policy Expert

The GRC Analyst ensures the organization meets its legal, regulatory, and internal policy obligations. They translate technical controls into business risk.

Key Skills to Assess:

Framework Expertise: In-depth knowledge of standards like NIST CSF, ISO 27001, SOC 2, HIPAA, or GDPR.
Risk Assessment & Management: Ability to identify, analyze, and quantify risk for business leaders.
Audit Management: Experience preparing for and managing internal and external audits.
Policy Development: Skill in writing clear, enforceable security policies and procedures.
Communication & Stakeholder Management: Bridging the gap between technical teams and business executives.

How to Vet Them: Ask how they would handle a specific compliance challenge, such as, "A new vendor doesn't meet our security requirements, but the business wants to move forward. How do you proceed?"

Moving Beyond the Resume: How to Truly Validate Cybersecurity Skills

Identifying the necessary skills is the first step. Confirming a candidate possesses them is the real challenge. Traditional hiring methods often fall short, leading to costly mis-hires.

This is where a strategic skills assessment process becomes your most powerful tool. Imagine being able to:

Present Real-World Scenarios: Instead of hypothetical questions, give candidates a hands-on challenge that mirrors the problems they’ll solve on the job.
Benchmark Objectively: See how candidates perform on the exact skills you need, from writing a KQL query for a SOC alert to exploiting a vulnerability in a controlled lab environment.
Gain Data-Driven Insights: Move from "I think they did well" to "They scored in the 90th percentile on incident response and cloud security."

How We Help You Hire with Confidence

At Simulations Labs, we understand that building a robust assessment process from scratch is a complex task. That's why we offer a powerful, flexible solution.

Our Assessment Platform provides everything you need to create, deploy, and analyze role-specific skills evaluations:

Customizable Assessments: Build tailored tests that perfectly match your open roles and internal tech stack.
Hands-On Labs: Validate practical skills in safe, isolated environments that simulate real IT and security systems.
Comprehensive Analytics & Scoreboards: Get an immediate, clear view of candidate strengths and weaknesses with detailed reports and an intuitive scoreboard.

Don't have the time to build the content?

We offer a full service where our team of cybersecurity experts will create the assessment content for you, perfectly aligned with the roles you're hiring for—whether it's a Penetration Tester, GRC Analyst, or Cloud Security Engineer.

Stop guessing if a candidate can do the job. Start knowing.

Ready to transform your cybersecurity hiring? Get Started Now On Simulations Labs

Building a Security Culture: How Training Platforms Close the Human Risk Gap

Hannah Adam — Sun, 07 Jun 2026 09:29:20 +0000

There is a version of cybersecurity training that organisations buy out of obligation. It checks a compliance box, gets assigned to the whole company at the start of the year, and is quietly resented by everyone who has to sit through it. Security teams know this content is not changing behaviour. HR knows it. The employees certainly know it. And yet the cycle continues.

Then there is the other version — the kind that actually builds a security culture. The difference between the two is not budget or branding. It is whether the training is designed around how humans actually process risk, make decisions under pressure, and develop habits that stick.

The human risk gap — the space between the security controls your organisation has in place and the decisions your employees make every day — is where the majority of breaches still originate. Closing that gap requires something different from what most compliance-focused programmes offer.

What Security Culture Actually Means

Security culture is not a feeling. It is not whether employees say they take security seriously on an internal survey. It is a set of observable, measurable behaviours: whether people report suspicious emails, whether they question unusual requests from leadership, whether they follow clean desk policies without being reminded, and whether they push back when a process feels off.

These behaviours do not emerge from annual training modules. They develop through repetition, reinforcement, and — critically — through environments where reporting a near-miss is seen as a contribution rather than an embarrassment. Building that environment is as much a leadership and communications challenge as it is a technical one, but training platforms play a central role in creating the conditions for it.

Why Simulation-Based Training Changes the Equation

The core problem with traditional security awareness content is that it addresses knowledge without addressing behaviour. Someone can watch a video explaining how phishing works, understand the concept entirely, and still click a malicious link two days later — because the knowledge was never tested under realistic conditions.

Simulation-based training disrupts this by putting people in situations that closely mirror real attacks. When an employee receives a simulated phishing email that mimics a genuine vendor invoice, their response is not a quiz result — it is a behavioural data point. When they report it to the security team rather than clicking, that is a cultural indicator. When they do click but then receive immediate, contextual feedback about why that particular email was suspicious, that feedback loop is far more effective than any retrospective training module could be.

The research on this is fairly consistent: spaced repetition, immediate feedback, and realistic context produce measurably better retention and behaviour change than passive content delivery. Simulation platforms are, at their best, applied behavioural science.

Personalisation Is Not a Feature — It Is a Requirement

One of the limitations of legacy training programmes is that they treat an organisation as a single audience. A 60-year-old finance director and a 24-year-old developer face fundamentally different threat profiles and have very different relationships with technology. Sending them the same phishing simulation templates and the same training modules is a wasted opportunity.

Modern training platforms worth their cost should be doing department-level and role-based targeting. Finance teams should be receiving business email compromise scenarios. Executives should be seeing whale phishing simulations. New starters should be in a structured onboarding track that builds foundational awareness before more sophisticated campaigns begin. IT and technical staff need different content entirely — their risk exposure is different, and their tolerance for generic content is low.

Personalisation also means responding to individual performance data. An employee who consistently flags simulated phishing emails does not need the same reinforcement as one who has submitted credentials twice in the past quarter. Platforms that adapt to this — surfacing targeted micro-training based on actual behaviour — are the ones that move the needle on culture rather than just awareness.

The Manager Layer Nobody Talks About Enough

Security culture does not scale without managers. An organisation can have the best training platform in the market, but if line managers do not reinforce the right behaviours, model good security habits themselves, or create psychological safety around reporting mistakes, the cultural impact stays shallow.

This is an area where training platforms can do more than they typically do. Giving managers visibility into their team's performance — not to discipline, but to facilitate conversations — makes a meaningful difference. So does giving them simple, non-technical language to use when an incident happens on their team. The message from a manager after someone clicks a phishing simulation matters enormously. It can either reinforce reporting culture or suppress it for months.

The most effective security culture programmes we have seen pair simulation and training data with regular manager briefings and talking points. It is a small addition to a platform rollout, but the impact on reporting rates tends to be significant.

Measuring Culture, Not Just Awareness

If you want to know whether a security culture programme is working, look beyond training completion. The metrics that signal genuine cultural shift are: voluntary reporting rates (people flagging things they were not prompted to flag), near-miss disclosures, and how the security team is perceived internally — whether employees see them as enforcers or as allies.

These are harder to quantify than click rates, but they are worth tracking. An annual security culture survey, benchmarked over time and broken down by department and tenure, gives you a view that simulation data alone cannot provide. Pair that with your platform's behavioural metrics, and you have the foundation for a genuine programme assessment rather than a compliance audit.

The human risk gap will never close entirely. Social engineering, by definition, targets human judgment — and human judgment is not a system you can fully patch. But organisations that build genuine security cultures get closer to closing it than those that rely on annual tick-box training. The difference is whether your programme is designed to change what people do, or just what they know.

That distinction is what Simulations Labs is built around. And it is the one that makes all the difference when the real test arrives.

FAQ

What is the human risk gap in cybersecurity?

The human risk gap is the space between the security controls an organization has in place and the decisions employees make every day. Many breaches still originate from this gap, which is why security culture and behavior-focused training are essential.

What does security culture actually mean?

Security culture is not just a belief or survey response. It is reflected in observable behaviors, such as reporting suspicious emails, questioning unusual requests, following security policies, and speaking up when something feels wrong.

Why is annual compliance training not enough?

Annual training often focuses on checking a compliance box rather than changing behavior. Employees may understand security concepts but still make risky decisions if they have not practiced responding under realistic conditions.

How does simulation-based training improve security behavior?

Simulation-based training places employees in realistic scenarios, such as simulated phishing emails or business email compromise attempts. Their responses provide behavioral data, and immediate feedback helps reinforce better decision-making.

Why is immediate feedback important in cybersecurity training?

Immediate feedback helps employees understand what they missed while the experience is still fresh. This makes the lesson more memorable and more effective than delayed or generic training modules.

Why should security training be personalized?

Different roles face different risks. For example, finance teams may face business email compromise, executives may face whale phishing, and developers may need more technical security scenarios. Personalized training makes the content more relevant and effective.

How can training platforms use employee performance data?

Modern platforms can adapt training based on individual behavior. Employees who consistently report suspicious activity may need less reinforcement, while employees who repeatedly fall for simulations may receive targeted micro-training.

Why are managers important for building security culture?

Managers help reinforce security behaviors in daily work. If they model good habits, support reporting, and avoid blaming employees for mistakes, they can strengthen the organization’s security culture.

How can managers support security training programs?

Managers can use team performance insights, simple talking points, and regular briefings to encourage better security behavior. Their response after a mistake, such as a phishing simulation click, can either strengthen or weaken reporting culture.

What metrics should organizations track beyond completion rates?

Organizations should track:

Voluntary reporting rates
Near-miss disclosures
Employee perception of the security team
Department-level behavior trends
Survey results over time

These metrics provide a better view of whether the culture is actually improving.

Can the human risk gap be fully eliminated?

No. Human judgment can never be fully patched like software. However, organizations can significantly reduce the risk by building a strong security culture through realistic training, repetition, feedback, and leadership support.

How does Simulations Labs help close the human risk gap?

Simulations Labs focuses on training that changes behavior, not just awareness. Its approach supports realistic simulations, targeted feedback, and culture-building programs that prepare employees for real security threats.

The 3 CTF Formats That Still Work in an AI-Dominated World

Hannah Adam — Sun, 07 Jun 2026 09:21:59 +0000

The jeopardy-style CTF had a good run. For nearly three decades, it was the default format for cybersecurity competitions. Participants solve isolated challenges across categories like web, crypto, forensics, and binary exploitation, submit flags, and climb a leaderboard. It was clean, scalable, and effective.

Then AI agents showed up and solved everything. At BSidesSF 2026, autonomous systems cleared all 52 challenges, many within minutes of release. CTFAgent outperformed 88% of human teams on PicoCTF in fully automated mode. CryptoPilot achieved a 100% solve rate on the InterCode-CTF benchmark. A research team built D-CIPHER, a multi-agent framework where specialized planner and executor agents coordinate to handle every challenge category. And at CSAW, NYU now runs an entire competition track dedicated to building autonomous CTF-solving agents, acknowledging that AI-driven solving is the new reality.

The format isn't dead for learning. But as a measure of professional skill, it's been fundamentally compromised. So what works instead? Three formats have proven resistant to AI automation, and each one tests skills that matter more in professional cybersecurity than puzzle-solving ever did.

Format 1: Attack and Defense

In an attack-and-defense CTF, teams simultaneously defend their own infrastructure while attacking other teams' systems. There's no static flag hidden in a file. Instead, flags rotate periodically, services have to stay online, and points come from both offensive and defensive actions.

DEF CON CTF, the most prestigious competition in the field, uses this format for its finals. The competition runs in ticks of one to five minutes, and teams earn points three ways: capturing opponents' flags, defending their own services, and keeping services operational. The DEF CON 2025 finals also featured King of the Hill and LiveCTF components alongside the core attack-and-defense format, creating a multi-layered competition that no single AI system could optimize across. Traffic analysis plays a central role in attack-and-defense. Teams use tools like Tulip to monitor inbound requests and can often observe and replay other competitors' exploits as well as discover vulnerabilities they haven't yet found themselves.

saarCTF, which earned a weight of 97.22 on CTFtime, stands out as one of the few online attack-defense competitions. The format closely simulates real-world security operations, making it particularly valuable for teams preparing for professional roles. The International Cybersecurity Challenge in Tokyo 2025 featured attack-and-defense on Day 2 of competition, and organizers described it as a rarity even among global CTF events precisely because it demands both offensive and defensive expertise simultaneously.

This format is AI-resistant for a straightforward reason: the environment never stops changing. Other human teams are actively modifying their systems, patching vulnerabilities you just found, and launching attacks you haven't seen before. An AI agent that solves a static puzzle in three minutes has no advantage when the puzzle reshapes itself every thirty seconds based on what seven other teams are doing simultaneously. Attack-and-defense also tests defensive security, a skill set that jeopardy completely ignores but that most cybersecurity professionals spend their time actually doing.

The challenge for organizers is infrastructure. Attack-and-defense requires dedicated networks, service monitoring, and careful scoring systems. But platforms that provide managed infrastructure have made this format accessible to organizations that couldn't have hosted it five years ago.

Format 2: King of the Hill

King of the Hill sits between jeopardy and attack-and-defense. Teams compete to gain and maintain control of shared systems. You might exploit a vulnerability to gain access, plant your team's flag, then defend that position while other teams try to take it from you.

DEF CON CTF finals incorporated King of the Hill as a dedicated component alongside attack-and-defense in 2025. In their implementation, KotH challenges are jeopardy-style tasks played in rounds spanning several hours, where the objective is to develop the most effective solution for each round. After every round, the challenge changes, forcing teams to adapt continuously. For example, a KotH task might involve writing the shortest possible shellcode to read a flag, with each new round banning additional bytes, requiring teams to continually refine their approach. Virginia Tech's SummitCTF 2025 also used attack-defense for its in-person event while keeping jeopardy for the virtual track, showing how organizers are increasingly moving competitive in-person events away from pure jeopardy formats.

What makes this format AI-resistant is persistence under adversarial pressure. It's not enough to find an exploit. You have to maintain access while others are actively trying to remove you. This requires reading the environment, adapting your tactics in real time, and making strategic decisions about where to invest effort. Do you defend your current position or go after a higher-value target? Do you patch the vulnerability you used so nobody else can exploit it, or leave it open as a backup entry point?

These are judgment calls that depend on context, timing, and reading your opponents. AI can reason about these in theory, but the real-time, competitive, multi-party nature of King of the Hill creates a decision space that's fundamentally different from solving a static challenge. The information is incomplete, the environment is adversarial, and the optimal strategy depends on what everyone else is doing right now.

Format 3: Cyber Drills and Full-Scale Simulations

Cyber drills go further than any competitive CTF format by simulating actual security incidents from start to finish. Teams don't just find and exploit vulnerabilities. They detect threats, investigate incidents, coordinate their response, communicate with leadership, and manage the aftermath.

NATO's Locked Shields is the gold standard. The 2026 iteration brought together approximately 4,000 participants from 40 nations in a realistic, large-scale live-fire cyber conflict. It tests technical, operational, and strategic capabilities alongside decision-making under pressure, and incorporates legal and communication considerations. Teams protect vital services and critical infrastructure that modern societies depend on. All systems reflect authentic risks and real-life scenarios. This is about as far from a jeopardy CTF as cybersecurity training gets.

The trend is accelerating at the regulatory level, too. The U.S. Coast Guard's cybersecurity rule, effective July 2025, mandates that maritime facilities and vessel operators conduct two cyber drills and one full-scale exercise annually. Cyber Management Alliance, which has facilitated drills for over 400 organizations globally, reports that in 2026, cyber drills are no longer a nice-to-have but a regulatory expectation and a board-level priority. Their scenarios go beyond simple phishing simulations to challenge security teams and cross-functional stakeholders in realistic, complex ways, including ransomware with simultaneous data leak, business email compromise, and supply chain attacks.

This is the most AI-resistant format because it tests everything AI is worst at. There's no single right answer. Success depends on team communication, prioritization under stress, cross-functional coordination, and decision-making with incomplete information. A SOC analyst has to decide which alerts matter. A team lead has to brief a simulated CISO. Someone has to make the call on whether to shut down a system or keep it running while investigating.

Cyber drills also operate on a timescale that matters. A jeopardy CTF challenge might take thirty minutes. A drill runs for hours or days. This tests stamina, handoff procedures, shift management, and the kind of sustained focus that actual incident response requires. These are organizational skills as much as technical ones, and they're skills that separate effective security teams from collections of individually talented people.

What This Means Going Forward

The three formats share a common thread. They all test skills that require human judgment, real-time adaptation, and team coordination. These are the skills that define effective cybersecurity professionals, and they're the skills that AI is furthest from replicating.

This doesn't mean jeopardy-style CTFs are worthless. They remain excellent for learning fundamentals, building community, and introducing people to cybersecurity. But for skill assessment, hiring decisions, and organizational readiness evaluation, the industry needs to move toward formats that test what actually matters. When DEF CON structures its finals around attack-and-defense rather than jeopardy, when NATO runs 4,000-person live-fire simulations, and when regulators mandate annual cyber drills, the direction is clear.

The good news is that these formats are becoming more accessible. Managed platforms now handle the infrastructure complexity that used to limit attack-and-defense and simulation-based exercises to well-resourced organizations. What used to require a dedicated DevOps team and weeks of setup can now be launched in hours. The barrier isn't technology anymore. It's a mindset. The question for every cybersecurity training program, every hiring manager, and every team lead is simple: are you still measuring skills that AI already does better, or are you building toward the skills that will matter for the next decade?

Simulations Labs is a cybersecurity simulations platform for hosting CTFs, cyber ranges, and cyber drills.

Get Started Now For Free

FAQ

Why are traditional jeopardy-style CTFs becoming less effective?

Traditional jeopardy-style CTFs focus on solving isolated, static challenges with clear success criteria. Modern AI agents can now solve many of these challenges automatically and at scale, reducing their value as a measure of real-world cybersecurity skill.

What are the three CTF formats that still work in an AI-dominated world?

The three formats highlighted are:

Attack and Defense
King of the Hill (KotH)
Cyber Drills and Full-Scale Simulations

These formats emphasize adaptability, teamwork, and decision-making instead of static puzzle-solving.

What makes Attack and Defense CTFs resistant to AI?

Attack-and-defense environments constantly change. Teams must defend their own infrastructure while attacking others in real time. Since human teams continuously patch systems and change tactics, there is no fixed puzzle for AI to optimize against.

What skills do Attack and Defense competitions test?

These competitions test:

Offensive security
Defensive security
Service availability management
Real-time monitoring
Incident response
Strategic adaptation under pressure

They better reflect real-world security operations than static CTFs.

What is King of the Hill (KotH) in cybersecurity competitions?

King of the Hill challenges require teams to gain and maintain control of systems while competing teams attempt to take control away. Teams must continuously adapt their strategies as the environment changes.

Why is King of the Hill difficult for AI systems?

KotH requires persistence, strategic decision-making, and adaptation to incomplete information in a competitive environment. Success depends heavily on timing, judgment, and reacting to human opponents in real time.

What are cyber drills and full-scale simulations?

Cyber drills simulate real-world cybersecurity incidents from detection through response and recovery. Teams handle technical investigations, communication, leadership coordination, and operational decision-making during realistic crisis scenarios.

Why are cyber drills considered highly AI-resistant?

Cyber drills involve ambiguous situations with no single correct answer. They require:

Team communication
Leadership coordination
Prioritization under pressure
Cross-functional collaboration
Long-duration operational management

These are areas where human judgment remains critical.

What is NATO Locked Shields?

Locked Shields is a large-scale live-fire cyber defense exercise organized by NATO. It simulates realistic cyber conflict scenarios involving thousands of participants and tests technical, operational, legal, and strategic capabilities.

Are jeopardy-style CTFs still useful?

Yes. They remain valuable for:

Learning cybersecurity fundamentals
Practicing technical concepts
Building communities
Introducing newcomers to cybersecurity

However, organizations should not rely on them alone for hiring or readiness assessments.

What should organizations focus on moving forward?

Organizations should prioritize training and assessments that evaluate:

Strategic thinking
Real-time adaptation
Team collaboration
Communication under stress
Operational decision-making

These are the skills most relevant to modern cybersecurity roles and hardest for AI to replace.

AI Is Solving CTF Challenges in Minutes — What This Means for Cybersecurity Training

Hannah Adam — Sun, 07 Jun 2026 09:04:24 +0000

Something happened at BSidesSF 2026 that nobody saw coming. The top ten teams in the Capture The Flag competition didn't just use AI to help them solve challenges. They fully automated the entire process. An autonomous agent, running multiple AI models in parallel, solved all 52 challenges and won first place. Most challenges fell within minutes of being released.

A year earlier, at the same event, roughly half the players had ChatGPT open as a helper. It could handle easy challenges and free up brainpower for harder ones. That felt like a meaningful shift at the time. But the jump from 2025 to 2026 wasn't incremental. It was a complete transformation of how CTF competitions work.

What Actually Happened

The winning team at BSidesSF 2026 open-sourced their tool after the competition. Their system works by polling a CTF platform for new challenges, then spinning up parallel AI agents in isolated Docker containers. Each challenge gets attacked simultaneously by multiple models. A coordinator model shares insights between agents, and if one gets stuck, it feeds discoveries from the others back in. The result is a system that solves cryptography, binary exploitation, web security, and reverse engineering challenges faster than any human team could.

One competitor wrote afterward that he placed fifth the year before playing solo. In 2026, he estimated he would have finished seventy-fifth without AI assistance. The skill gap didn't change. The tools did.

Why This Matters Beyond Competitions

CTF competitions have been the backbone of cybersecurity skill development for decades. Universities use them to train students. Companies use them to assess candidates. Security teams use them to stay sharp. The underlying assumption has always been that if someone can solve these challenges, they have the skills to handle real threats.

That assumption is breaking down. If an AI agent can solve a standard jeopardy-style CTF challenge in minutes, then the challenge is no longer measuring a uniquely human skill. It's measuring something a machine does better and faster. This doesn't mean cybersecurity skills are obsolete. It means the way we measure and develop them needs to change.

What AI Still Can't Do

The research coming out of BSidesSF and academic institutions tells a consistent story. AI excels at bounded, well-defined problems with clear success criteria. That describes most jeopardy-style CTF challenges perfectly. Find the flag, submit it, move on.

But professional security work rarely looks like that. Penetration testers need to manage scope, avoid false positives, understand business context, and communicate findings to non-technical stakeholders. Incident responders need to coordinate across teams under pressure, triage competing priorities, and make judgment calls with incomplete information. SOC analysts need to distinguish real threats from noise across thousands of alerts. None of these skills has a hidden flag at the end.

Researchers at NYU found something interesting in their study of AI-assisted CTF competitions. The bottleneck wasn't the AI's reasoning capability. It was the human's ability to provide context and direction. When humans tried to guide the AI, ineffective prompting actually slowed things down. Autonomous agents that directed themselves performed better. That's a revealing finding, because it means the human skill that matters most in an AI-augmented world isn't technical execution. It's strategic thinking, context-setting, and knowing what questions to ask.

Where Cybersecurity Training Needs to Go

The implications for training are clear. Programs built entirely around solving static, flag-based challenges are teaching skills that AI already does better. That doesn't make those skills worthless, but it does mean they're becoming table stakes rather than differentiators.

Training needs to shift toward the things AI struggles with. Live attack-and-defense exercises where the environment changes in real time. Multi-day cyber drills that require coordination between teams and communication with leadership. Incident response simulations where there's no single right answer, just better and worse decisions under uncertainty. Scenarios that test judgment, not just technical knowledge.

This shift is already happening. Organizations that run cyber drills and simulation-based training are finding that these exercises reveal capabilities and gaps that traditional CTFs never exposed. Can your team communicate clearly during a crisis? Can they prioritize when everything seems urgent? Can they explain technical risk to a board member? These are the skills that matter when AI handles the routine technical work.

What This Means for You

If you're running CTF competitions, this doesn't mean you should stop. CTFs remain excellent for learning fundamentals, building community, and sparking interest in cybersecurity. But if you're using them as your primary method for assessing skills or measuring readiness, it's time to add simulation-based exercises to the mix.

If you're hiring cybersecurity talent, a candidate's CTF ranking tells you less than it used to. What matters more is how they think through ambiguous problems, how they communicate under pressure, and how they work with others. Hands-on simulations and scenario-based assessments reveal these qualities in ways that flag-based challenges cannot.

The cybersecurity professionals who thrive in the next few years won't be the ones who can solve the most puzzles. They'll be the ones who can think strategically, coordinate effectively, and make good decisions with imperfect information. AI is already solving the puzzles. The question is whether your training is preparing people for everything else.

Simulations Labs is a cybersecurity simulations platform for hosting CTFs, cyber ranges, and cyber drills.

Get Started Now For Free

FAQ

What happened at BSidesSF 2026?

At BSidesSF 2026, a team used autonomous AI agents to fully automate solving CTF challenges. Their system solved all 52 challenges faster than human competitors and won first place.

Does this mean traditional CTF competitions are dead?

No. CTFs still play an important role in learning cybersecurity fundamentals, building practical skills, and growing communities. However, they are becoming less effective as the only way to assess real-world cybersecurity readiness.

Why are AI models so effective at solving CTF challenges?

Most jeopardy-style CTF challenges are structured, well-defined problems with clear objectives and success criteria. AI performs exceptionally well in environments where tasks are bounded and measurable.

What cybersecurity skills can AI still not replace?

AI still struggles with human-centered and strategic tasks such as:

Decision-making under pressure
Communication during incidents
Prioritization and risk assessment
Team coordination
Understanding business context
Explaining technical issues to non-technical stakeholders

These skills remain essential in real-world cybersecurity operations.

How should cybersecurity training evolve?

Cybersecurity training should increasingly focus on:

Live attack-and-defense simulations
Incident response exercises
Multi-team cyber drills
Real-time decision-making scenarios
Communication and leadership during crises

These environments better reflect the realities of modern cybersecurity work.

Are CTF rankings still useful for hiring?

CTF rankings can still demonstrate technical curiosity and foundational skills, but they should no longer be the primary measure of cybersecurity capability. Employers should also evaluate problem-solving, collaboration, communication, and strategic thinking through simulations and scenario-based assessments.

What is the biggest takeaway for cybersecurity professionals?

The future belongs to professionals who can combine technical understanding with strategic thinking, teamwork, and decision-making. As AI automates routine technical tasks, human judgment becomes even more valuable.

How can organizations prepare for this shift?

Organizations should complement traditional CTF programs with simulation-based training platforms that test operational readiness, collaboration, and response capabilities in realistic environments.

From CTF Hobbyist to Cybersecurity Professional: Career Paths That Start with Hacking Challenges

Hannah Adam — Sun, 07 Jun 2026 08:45:51 +0000

It usually starts the same way. Someone stumbles into their first Capture the Flag competition — maybe through a university club, maybe through a Discord server, maybe just because they were bored one weekend and found one online. They get introduced to picoCTF or CTFD or Simulations Labs or CyberTalents. They have no idea what they're doing. They spend four hours on a challenge that most people solve in twenty minutes. They get stuck in ways that feel embarrassing.

And then something clicks. They solve something. Or they read a write-up after the competition ends and realize they were closer than they thought. And they come back.

That cycle — get stuck, figure it out, come back — is how a huge percentage of working cybersecurity professionals got their start. And in 2026, the path from CTF hobbyist to a paid security career is more navigable than it's ever been. But it's not automatic. You have to be intentional about it.

Here's what that path actually looks like.

Why CTFs Are a Legitimate Career Launchpad

Before getting into specifics, it's worth being direct about something: CTF competitions are not a gimmick or a toy. The skills you build through competitive hacking challenges map directly onto real security work.

Web exploitation challenges teach you how applications fail — SQL injection, XSS, SSRF, and authentication bypasses. Binary exploitation teaches you how memory works at a level that most developers never touch. Forensics challenges teach you to read artifacts, reconstruct events, and think like an investigator. Cryptography challenges force you to actually understand the math that underpins secure systems, not just trust that it works.

The transfer to professional work isn't perfect — CTF environments are artificial in ways that real environments aren't. But the core skills, the methodology, the problem-solving instincts — those are absolutely real. Hiring managers who work in security know this. A strong CTF track record is meaningful on a resume in a way that a lot of other credentials aren't.

What the Career Paths Actually Look Like

The path from CTF competitor to security professional isn't one road. It branches depending on what you enjoy, what you're good at, and what the market needs. Here are the most common trajectories:

SOC Analyst (and the Blue Team Path)

This is the most accessible entry point and where a lot of CTF players land first. SOC analysts monitor environments for threats, investigate alerts, and triage incidents. The work is a mix of pattern recognition, technical investigation, and communication.

CTF skills that transfer: forensics, log analysis, and network traffic analysis. The forensics and network categories in most CTFs are essentially SOC work in challenge form. If you're good at them, you have a genuine head start.

The gap to bridge: CTFs don't always teach the tool stack that enterprises actually use — SIEM platforms, EDR tooling, ticketing systems. Supplement your CTF practice with hands-on time in common tools. Many have free tiers or learning environments.

Timeline: With solid CTF experience and focused preparation, landing a junior SOC role within 12-18 months of serious effort is realistic for most people.

Penetration Tester / Red Teamer

This is the role most people imagine when they think about "hacking for a living." Penetration testers are paid to attack systems — to find vulnerabilities before malicious actors do.

CTF skills that transfer: web exploitation, binary exploitation, privilege escalation, and network pivoting. Offensive CTF categories are essentially entry-level pentesting in challenge form. People who dominate offensive CTF categories often make extremely strong pentest candidates.

The gap to bridge: Real pentesting requires a methodology and report-writing skills that CTFs don't teach. You're not just finding the flag — you're documenting what you found, explaining the business risk, and recommending fixes. Getting some experience writing technical reports, even informal ones, helps.

Also, certifications matter more here than in other paths. OSCP (Offensive Security Certified Professional) remains the gold standard for entry-level pentesters and is worth pursuing. It's a practical exam — you actually hack machines — which means your CTF experience translates directly.

Threat Intelligence Analyst

Threat intelligence is less about hands-on technical work and more about understanding the adversary landscape — who's attacking whom, with what tools, for what purposes. It sits at the intersection of security and research.

CTF skills that transfer: OSINT challenges, reverse engineering, malware analysis. If you're the type of CTF player who finds yourself going deep on attribution questions and researching threat actor techniques, this might be your lane.

The gap to bridge: Threat intelligence requires broader contextual knowledge — geopolitics, criminal ecosystems, industry-specific threat landscapes. Supplement technical practice with reading: threat intel reports from vendors like Mandiant, Recorded Future, and CrowdStrike are publicly available and worth your time.

Malware Analyst / Reverse Engineer

This is one of the more specialized paths, and it's not for everyone — but for people who love binary challenges and the puzzle of understanding how software works at the lowest level, it's deeply satisfying work.

CTF skills that transfer: Reverse engineering challenges are directly applicable. If you've spent time in Ghidra or IDA Pro working through CTF binaries, you already have the core muscle.

The path: Many malware analysts start as SOC analysts or threat intelligence analysts and move into malware work as they develop expertise. It's less common to land directly in a malware analysis role without some prior professional security experience.

Practical Steps to Bridge the Gap

Knowing the destination is one thing. Getting there requires a plan. A few things that consistently make a difference:

Compete consistently, not just occasionally

One CTF won't build a career. A pattern of regular participation — across multiple competitions, across multiple categories — builds the kind of depth that shows up in interviews. Aim for 10-15 competitions a year minimum. That's roughly one every few weeks, which is very achievable with the number of events available online.

Write up your solutions

This is the step most people skip and the one that pays off most. After every competition, write up your solutions — not just the flags, but your reasoning, your methodology, where you got stuck, and why. Post them publicly.

Write-ups serve two purposes. They reinforce your own learning by forcing you to articulate what you did. And they become a portfolio — a searchable, public record of how you think and what you can do. Hiring managers who know what to look for will find them.

Move from CTF to more realistic environments

CTFs are a great starting point, but the best preparation for professional work involves environments that simulate real organizational setups — Active Directory networks, cloud environments, and complex multi-machine scenarios.

Several platforms offer this kind of more realistic training. The jump from CTF-style challenges to enterprise simulation is where a lot of people get stuck, so crossing that gap deliberately is important.

Get involved in the community

The cybersecurity community is genuinely collaborative in a way that a lot of industries aren't. Discord servers, local chapters, CTF teams — the relationships you build there lead to referrals, mentors, and job opportunities that never show up on a job board.

If you're not already part of a CTF team, find one or build one. Working through challenges with other people accelerates your learning and expands your network simultaneously.

One Thing Worth Saying Directly

The path from CTF hobbyist to security professional is real, and it's traveled by a lot of people every year. But it's not passive. It doesn't happen because you've played a lot of CTFs — it happens because you've been intentional about building the specific skills that professional work requires, you've documented your journey in a way others can evaluate, and you've put yourself in front of the right opportunities.

The skills gap in security is real. Organizations are actively looking for people who can do the work. The question is whether you can demonstrate that you're one of them.

CTFs are an excellent way to build that proof.

Simulations Labs provides a platform for hosting and competing in CTF competitions and cyber simulations — for individuals looking to build skills and for organizations looking to find and develop talent. With a library that has over 200 expert-created challenges, hosting CTFs has never been easier.

The Cybersecurity Skills Gap in 2026: What the Data Actually Shows

Hannah Adam — Sun, 07 Jun 2026 07:20:03 +0000

If you've spent any time in the security industry lately, you've probably heard some version of the same statistic: there are millions of unfilled cybersecurity jobs, and the number keeps growing. It's become a kind of background noise — repeated at conferences, cited in vendor whitepapers, used to justify everything from hiring freezes to six-figure training budgets.

But what does the data actually say in 2026? And more importantly, is the problem really about a shortage of people — or something else entirely?

Let's dig in.

The Numbers Are Real — But They're Telling Only Half the Story

The most commonly cited figure comes from (ISC)² and similar bodies: roughly 3.4 to 4 million cybersecurity professionals are needed globally to close the workforce gap. That number has been climbing for years. On the surface, it paints a picture of an industry in crisis mode.

But here's what those headlines often miss: the shortage isn't evenly distributed. It clusters hard in specific roles, specific regions, and specific experience levels. Entry-level security analysts, for instance, are not actually that scarce — there's a healthy pipeline of people trying to break into the field. What's genuinely scarce is mid-to-senior talent with hands-on, demonstrable skills in areas like cloud security, threat hunting, OT/ICS security, and incident response.

There are thousands of people with security certifications who struggle to land their first job. Meanwhile, experienced red teamers and cloud security architects with real-world skills can name their price and still get multiple offers in the same week. That's not a shortage of people. That's a skills distribution problem.

What "Skills" Actually Means in 2026

The definition of "cybersecurity skills" has shifted dramatically over the past few years. Five years ago, knowing your way around a SIEM and being able to interpret firewall logs was enough to get hired as an analyst. Today, organizations are dealing with:

Attack surfaces that span multi-cloud, hybrid, and edge environments
Adversaries using AI-assisted tooling to move faster than traditional defenses
Regulatory environments (NIS2, DORA, SEC disclosure rules) that require security teams to also be fluent in compliance
A growing expectation that defenders understand how attacks actually work — not just how to read about them

That last point is where the skills gap bites hardest. Hiring managers consistently say the same thing in surveys and in conversation: they don't just want people who know the theory. They want people who've actually done the thing. Who've exploited a vulnerable machine. Who've had to pivot through a network under pressure. Who knows what a lateral movement pattern looks like because they've executed one in a lab environment.

That's a fundamentally different bar than passing a multiple-choice certification exam.

The Hiring Pipeline Problem

Part of what's driving the perception of a skills gap is that traditional hiring pipelines weren't built for the type of talent organizations now need.

University cybersecurity programs are improving, but many still emphasize theory over practice. Bootcamps have proliferated, but their quality varies wildly. Certifications remain the default credentialing mechanism even though they often don't test what actually matters on the job.

The result: employers post job requirements that are unrealistic (five years of experience with a tool that's been around for three years, anyone?), and candidates who genuinely have the skills can't demonstrate them in a way that survives the resume-screening process.

We're essentially in a situation where the industry needs plumbers, we're testing for plumbers by asking them to describe water, and then wondering why all the pipes are leaking.

The Demographic Picture Isn't Getting Simpler

The skills gap also has a diversity dimension that doesn't get enough attention. The cybersecurity workforce remains heavily skewed toward certain demographics, certain educational backgrounds, and certain career trajectories. That means the industry is drawing from a much smaller talent pool than it could be.

People who came up through non-traditional paths — self-taught hackers, CTF competitors, folks who pivoted from IT support or network admin — often have the most practical skills and the most creative problem-solving instincts. But they're frequently filtered out by hiring processes that weren't designed with them in mind.

Closing the skills gap isn't just about training more people. It's about building pathways that recognize practical competence wherever it comes from.

What Actually Works: Skills-First, Practice-First

The organizations making real progress on the skills gap share a few things in common.

First, they've moved toward competency-based hiring. Instead of treating certifications as a proxy for ability, they assess candidates through practical challenges — CTF-style exercises, simulated incident response scenarios, and technical interviews that involve actually doing something rather than just describing it.

Second, they've invested in continuous skills development rather than one-off training. Cybersecurity isn't a field where you learn it once and you're done. Threats evolve, platforms change, and new attack techniques emerge constantly. Teams that stay sharp are the ones that practice regularly — through internal CTF competitions, cyber drills, and hands-on lab environments.

Third, they've broadened the definition of "qualified." Some of the best SOC analysts, penetration testers, and threat hunters in the industry don't have a four-year degree in computer science. They have years of practical experience, a track record of solving real problems, and the habit of continuously sharpening their skills.

How CTFs and Hands-On Training Are Closing the Skills Gap

One of the biggest trends helping reduce the cybersecurity skills gap in 2026 is the rapid growth of hands-on training platforms, CTF hosting environments, and cyber ranges. Organizations are increasingly prioritizing candidates who can demonstrate practical cybersecurity skills instead of relying only on theoretical knowledge or certifications.

Platforms like TryHackMe, Hack The Box, and CyberTalents have become widely used for developing offensive and defensive cybersecurity skills through real-world scenarios. These platforms provide guided labs, vulnerable machines, attack simulations, and role-based learning paths covering areas such as penetration testing, SOC operations, cloud security, malware analysis, digital forensics, and threat hunting.

At the same time, platforms such as CTFd and Simulations Labs have made it easier for universities, enterprises, governments, and cybersecurity communities to host Capture The Flag (CTF) competitions at scale.

The Bottom Line

The cybersecurity skills gap is real, but it's not primarily a headcount problem. It's a skills-distribution problem, a hiring-process problem, and a practice-gap problem all tangled together.

The organizations that will win — both employers trying to hire and professionals trying to get hired — are those that take practical skill-building seriously. That means moving beyond passive learning and into environments where you're actually under pressure, actually making decisions, and actually building the kind of muscle memory that matters when something goes wrong at 2 am.

Because that's when the skills gap stops being a statistic and becomes very, very real.

Simulations Labs helps organizations run CTF competitions, cyber ranges, and hands-on training simulations — building the kind of practical skills that actually close the gap.

Red Team vs Blue Team: What's the Difference and How Do You Train Both?

Hannah Adam — Sun, 07 Jun 2026 05:26:22 +0000

If you've spent any time in cybersecurity circles, you've probably heard the terms 'red team' and 'blue team' thrown around. They sound like something out of a military war game — and honestly, that's not far off. The concepts are borrowed directly from military training exercises, where opposing forces would simulate attack and defense scenarios to sharpen real-world skills.

In cybersecurity, it works the same way. One group tries to break in. The other tries to stop them. Both are on your side — and both are essential to building a resilient security posture.

But here's the thing: a lot of organizations understand the concept without actually training for it properly. This post breaks down what each team does, where they differ, and — most importantly — how you build real skill in both.

What Is a Red Team?

The red team plays the role of the attacker. Their job is to think and act like a real threat actor — probing your systems, finding weaknesses, and exploiting them before someone else does.

This goes well beyond running a vulnerability scanner. A mature red team operation involves:

Reconnaissance — gathering intelligence on targets (employees, systems, infrastructure), the same way a real attacker would
Social engineering — crafting phishing emails or pretexting scenarios to manipulate people into giving up access
Exploitation — actively exploiting vulnerabilities in software, networks, and configurations
Lateral movement — once inside, moving quietly through systems to escalate privileges and reach high-value assets
Persistence — establishing footholds that survive reboots and detection attempts

The goal isn't just to 'find bugs.' It's to simulate the full chain of how a real attacker would compromise your environment — from the first email to a domain admin shell.

💡 Key distinction: A penetration test is a focused, scoped engagement. A red team operation is a full adversary simulation — stealthier, longer, and designed to test your detection and response capabilities, not just your patching hygiene.

What Is a Blue Team?

The blue team is your defense. They're the people monitoring your environment, responding to alerts, investigating suspicious activity, and working to keep attackers out — or catch them when they get in.

Blue team responsibilities typically include:

Security monitoring — watching logs, alerts, and network traffic for signs of malicious activity
Incident response — investigating and containing security events when they occur
Threat hunting — proactively searching for hidden threats that haven't triggered alerts yet
Hardening — implementing controls, patches, and configurations that reduce the attack surface
Detection engineering — building and tuning detection rules so the right things get flagged

A good blue team isn't reactive — they're constantly improving. They study how attackers operate and adjust their defenses accordingly. That means understanding the red team's playbook almost as well as the red team does.

The Key Differences, Side by Side

🔴 Red Team	🔵 Blue Team
Role	Attacker (simulated)
Mindset	How do I get in?
Primary tools	Metasploit, Cobalt Strike, custom scripts
Success looks like	Reaching a target undetected
Key skills	Exploitation, social engineering, evasion
Output	Attack reports, findings, proof-of-concept

What About the Purple Team?

You'll increasingly see 'purple team' mentioned alongside the other two — and it's worth understanding what it actually means.

Purple teaming isn't a third team. It's a collaborative exercise where red and blue work together in real time. The red team runs an attack technique, the blue team tries to detect it, and both immediately debrief on what happened. Did the alert fire? Did it fire on the right thing? What would have been missed?

This tight feedback loop accelerates blue team learning and helps red teams understand the defensive environment they're operating against. For organizations that don't have the resources for a full-scale red team operation, purple team exercises are often a more practical and efficient way to improve detection capabilities.

How Do You Actually Train Both?

This is where most organizations fall short. Reading about red team vs blue team concepts is one thing. Building actual skill in either discipline requires doing — and doing in realistic environments.

Training the Red Team

Red teamers need safe, legal environments where they can practice offensive techniques without risk. This means:

CTF challenges — Capture the Flag competitions that teach specific exploitation techniques in isolated environments
Realistic lab environments — virtualized networks that mimic real enterprise infrastructure, including Active Directory, web apps, and cloud services
Offensive tool training — hands-on practice with the tools real attackers use, understanding not just how they work but how defenders see them
Scenario-based exercises — full kill-chain simulations that require chaining multiple techniques together

The key is that practice needs to be hands-on. Reading about SQL injection doesn't make you good at SQL injection. Spending hours in a lab exploiting vulnerable applications does.

Training the Blue Team

Blue team training has historically been harder to get right. You can set up labs for red team practice relatively easily. But simulating realistic attack scenarios that blue teamers need to detect and respond to requires more infrastructure.

Effective blue team training involves:

Alert triage exercises — working through realistic alerts to distinguish true positives from noise
Incident response simulations — full scenario walkthroughs where analysts have to investigate, contain, and remediate a simulated breach
Log analysis practice — developing the pattern recognition that comes from reviewing logs across many different attack scenarios
Detection rule development — writing and tuning detection logic against known attack techniques (MITRE ATT&CK is a great framework for this)

The Role of Cyber Ranges in Team Training

A cyber range is essentially a virtual training ground — an isolated, realistic network environment where both red and blue team skills can be practiced without touching production systems.

For red teamers, a cyber range provides safe targets to practice against: vulnerable machines, realistic corporate environments, and staged attack paths that mirror real-world scenarios.

For blue teamers, a cyber range can simulate attack activity — generating the logs, alerts, and network traffic that defenders need to practice detecting and responding to.

The best cyber ranges let organizations run their own custom scenarios, mirroring their specific technology stack and threat model. That specificity matters — defending a healthcare network looks very different from defending a financial services environment.

*💡 At Simulations Labs, our platform gives teams access to over 2,100 challenges across both offensive and defensive disciplines — with an* AI Copilot *that recommends the right next challenge based on your team's skill gaps.*

Which Should You Focus On First?

For most organizations, building blue team capability is the higher priority. You can't stop attacks you can't detect. Strong detection and response are what limit the impact of a breach — even when the attacker gets through initial defenses.

That said, the best blue teamers understand offensive techniques. They know how attackers think, what tools they use, and where defenders typically have blind spots. Cross-training — even just having blue teamers work through basic offensive challenges — dramatically improves their defensive instincts.

And for organizations serious about maturing their security program, red team exercises (or purple team exercises at minimum) should be a regular part of the calendar — not a one-time event.

The Bottom Line

Red team and blue team aren't opposing philosophies — they're two sides of the same coin. Organizations that invest in both and create structured ways for them to learn from each other are the ones that actually get better over time.

The gap between knowing about security and being able to practice it hands-on is where most programs break down. Building that hands-on training muscle — through labs, simulations, and realistic scenarios — is what closes that gap.

Want to build hands-on red and blue team skills for your team? Explore Simulations Labs

How to use Simulations Labs to assess SOC Analysts

Hannah Adam — Sun, 24 May 2026 08:42:11 +0000

Introduction

Hiring skilled SOC Analysts and SOC Engineers is critical for any organization that wants to build a resilient security operations center (SOC).

Traditional interviews and resumes often fail to reveal hands-on capabilities, problem-solving speed, or the ability to work under pressure. Simulations Labs offers a practical, scalable solution for applicant assessment through realistic cybersecurity simulations and CTF-style challenges that mirror real SOC workflows.

Why does hands-on applicants' assessment matter for SOC Analyst hiring

Resumes and certifications show knowledge, but they don’t always reflect real-world performance.SOC Analysts must triage alerts, investigate incidents, pivot through logs and network data, and communicate findings often under tight time constraints.

A practical assessment evaluates:

Technical skills: log analysis, threat hunting, network forensics, malware triage.
Operational skills: prioritization, escalation, and documentation.
Problem-solving speed and accuracy.
Resilience to pressure and the ability to work with incomplete data.

How Simulations Labs addresses SOC hiring challenges

Simulations Labs is a no-code platform that enables organizations to build and run cybersecurity simulations, such as Capture the Flag (CTFs) competitions. The platform combines realistic labs, analytics, and anti-cheating features that make it ideal for applicant and skills assessment.

Key capabilities valuable for SOC assessments:

On-demand and downloadable labs: Provide virtual machines, Docker containers, or files (PCAPs, logs) so candidates can demonstrate practical skills in a controlled environment.
Dynamic Flag Feature: Assigns unique flags to each participant to prevent flag sharing and detect cheating, critical for trustworthy applicants assessment.
Detailed analytics & reports: Capture first solvers, percent solvers, frequent wrong attempts, and time-to-solve to objectively rank performance.
Participant prerequisites: Filter applicants by university, country, gender, or other criteria when running targeted or inclusive assessments.

Step-by-step: Designing a SOC Analyst assessment with Simulations Labs

Follow these steps to create an unbiased, informative applicants assessment that identifies high-potential SOC Analysts and SOC Engineers.

1. Define the skills and outcomes you need

Start by listing the core competencies required for the role: SIEM navigation, incident triage, network and host forensics, malware analysis basics, threat hunting, and communication. Decide which skills are critical vs. nice-to-have. This will guide the challenge design and scoring.

2. Choose challenge types and difficulty

Use a mix of challenge formats to evaluate different skill areas:

On-demand labs (virtual machines or Docker) for hands-on investigation.
Downloadable labs (pcap, log files) for offline analysis and tool use.
Short, time-boxed tasks for triage and rapid decision making.
Scenario-based tasks that require documentation and escalation notes.

Simulations Labs supports all of these formats and allows customers to upload custom content, helpful if you want to standardize assessments across hiring cycles.

3. Build realistic scenarios

Design scenarios that reflect your environment and typical incidents. Examples:

An alert-driven investigation from SIEM, where candidates must identify false positives and escalate a confirmed intrusion.
Network forensic analysis using a PCAP file to trace lateral movement.
Malicious binary analysis with extracted IoCs that candidates must document and pivot from.

Realism increases predictive validity; candidates who perform well are more likely to succeed on the job.

4. Use dynamic flags and anti-cheating features

Enable the Dynamic Flag Feature so each applicant receives unique flags. This prevents sharing answers and ensures assessment integrity, especially important when assessing remote candidates.

Simulations Labs also collects analytics on attempts and solver rates, allowing you to detect suspicious behavior.

5. Configure prerequisites and access

Set participant prerequisites if you want to restrict the assessment to certain universities, demographics, or regions.

6. Run the assessment and monitor via leaderboard and analytics

During the assessment, use the live leaderboard to monitor progress in real time and keep engagement high. After completion, export detailed reports (CSV, Excel, PDF) that include participant lists, scores, and challenge-level performance metrics. These reports make it easy to compare candidates objectively.

Interpreting assessment results

Don’t rely on raw scores alone. Combine quantitative metrics with qualitative review:

Common wrong attempts: highlight skill gaps or poorly designed challenges.
First Solver and percent solved metrics: help identify top performers and challenging tasks.

Use a scoring rubric that weights practical skills higher than speed for senior roles, or prioritize rapid triage for entry-level SOC Analyst positions.

Best practices for fair, effective applicants assessment

Standardize scoring rubrics and run calibration sessions for reviewers.
Keep instructions clear and time limits consistent across applicants.
Provide candidates with a brief orientation lab to reduce tool familiarity bias.

Conclusion

Simulations Labs enables objective, realistic applicant assessment for SOC Analysts and SOC Engineers through customizable simulations, robust analytics, and anti-cheating features. By combining hands-on challenges with standardized scoring and detailed reporting, hiring teams can identify candidates who demonstrate true operational competence, reducing hiring risk and improving SOC readiness.

Start building assessments that predict on-the-job success today at the Simulations Labs main site: Simulations Labs.

Why Conduct Cyberattack/Cyber Drill Simulations for Your Organization?

Hannah Adam — Sat, 23 May 2026 23:02:31 +0000

Introduction

The number of challenges that organizations are facing in cyberspace is increasing day by day. Conducting cyberattack simulations and cyber drills is no longer optional; it’s a strategic necessity.

In this article, we explain why these exercises matter, how they support measurable outcomes, and how platforms like Simulations Labs make running realistic, effective simulations easy through CTF hosting, cybersecurity simulations, cyber drills, and cyber ranges.

What are cyberattack simulations and cyber drills?

Cyberattack simulations recreate realistic threat scenarios so teams can practice detection, response, and recovery in a controlled environment.

Cyber drills are structured exercises that evaluate an organization’s incident response plans and the people who execute them.

Common formats include tabletop exercises, live incident simulations, red-team/blue-team exercises, and Capture The Flag (CTF) competitions. Each format delivers different benefits, from incident response coordination to hands-on technical skill development.

Top benefits of running cyber simulations and drills

Identify gaps in people, process, and technology.

Simulations expose weaknesses in your security stack and incident response procedures. They show where staff lack training, where processes are ambiguous, and where tooling fails to deliver the expected visibility or control.

Improve response times and decision-making under pressure.

Practicing in realistic conditions reduces hesitation and confusion during real incidents. Teams that have drilled together move faster, follow playbooks more effectively, and limit business impact.

Validate incident response plans and communication paths.

Drills surface gaps in escalation paths, communication protocols, and stakeholder coordination (IT, legal, communications, executive leadership). The result: clearer roles, faster approvals, and better cross-functional collaboration during emergencies.

Strengthen practical cybersecurity skills.

Hands-on exercises, especially CTF-style labs and cyber ranges, let practitioners develop critical skills: malware analysis, forensics, threat hunting, vulnerability exploitation, and remediation. These skills are hard to teach in theory but easy to improve with realistic practice.

Test and tune detection and prevention tools.

By simulating attacks, you can validate that SIEM alerts, EDR detections, and network monitoring behave as expected. You’ll also identify tuning opportunities to reduce false positives and improve signal-to-noise ratio.

Demonstrate compliance and readiness to stakeholders.

Regulators, customers, and board members increasingly expect evidence of cyber readiness. Simulations provide auditable proof that you tested controls, practised responses, and improved over time.

Why CTF hosting and cyber ranges are particularly effective

Capture The Flag (CTF) competitions and cyber ranges offer immersive, hands-on environments tailored for learning and assessment. They recreate systems, misconfigurations, and attack paths so defenders experience real-world tactics, techniques, and procedures (TTPs).

Benefits of CTF hosting and cyber ranges:

Scalable training: run events for small teams or large cohorts without complex setup.
Measurable outcomes: leaderboards and analytics let you quantify performance and progress.
Customizable scenarios: tailor content to your tech stack, industry threats, or learning objectives.
Fair and secure assessment: features like dynamic flags prevent cheating and ensure reliable results.

Use cases: who should run simulations?

Enterprises and SMBs:

For team readiness and incident preparedness. Many companies run internal cyber drills to validate IR plans and train SOC staff.

HR and Talent teams:

To assess applicants’ practical skills during hiring. Simulations Labs supports applicant assessment use cases so recruiters can screen candidates on real tasks.

Universities and educators:

To teach applied cybersecurity and prepare students for careers. Academic programs use CTFs as engaging labs that build technical competence.

Event organizers:

For community engagement and brand visibility. Organizers use CTFs to attract attendees and showcase expertise.

Training providers and bootcamps:

To deliver hands-on labs at scale. Simulations Labs offers options for both on-demand and downloadable labs, supporting diverse teaching styles.

How to design an effective simulation or drill

Designing a useful exercise requires clear objectives and realistic scenarios. Follow these steps:

Define goals: Are you measuring incident response time, technical skill, communication, or compliance readiness?
Choose a format: tabletop for coordination, live attack for technical readiness, or CTF for skills training and assessment.
Create realistic scenarios: model attacks relevant to your industry and tech stack (phishing, ransomware, supply-chain, web app exploitation).
Set success criteria: determine KPIs such as Mean Time To Detect (MTTD), Mean Time To Respond (MTTR), or percentage of challenges completed.
Run the exercise: simulate the attack and observe team behavior. Keep controllers to inject events and monitor progress.
Debrief and iterate: conduct an after-action review, document lessons learned, and update playbooks and training plans.

How Simulations Labs simplifies running cyber drills and CTFs

Simulations Labs was built to remove the technical overhead of launching robust cybersecurity simulations. Key features that make it an effective platform:

No-code authoring: create scenarios and challenges without writing infrastructure code.
Custom content: upload your own labs with our no-code builder.
Dynamic Flag Feature: assign unique flags to each participant to prevent flag sharing and cheating.
Analytics & reports: export competition lists, participant reports, and leaderboards as CSV, Excel, or PDF for post-exercise analysis.
Live leaderboard: engage participants and provide real-time performance visibility.

Explore product capabilities and see a demo on the Simulations Labs product demo page.

Measuring success: metrics to track

To prove value, track both technical and organizational metrics:

MTTD and MTTR, faster detection and response indicate improved readiness.
Challenge completion rates, measure skill levels and content difficulty.
First solver stats and common failure points, identify knowledge gaps.
Communication effectiveness, time to escalate, stakeholder notification times.
Improvements between runs show progress across sessions.

Practical tips for starting small

If you’re new to simulations, begin with a focused pilot:

Run a one-day exercise with a single scenario relevant to your most critical assets.
Use pre-built content to save time and get baseline metrics quickly.
Include non-technical stakeholders to test coordination and communication.
Document lessons and scale complexity in future runs.

Conclusion: Make simulations part of your security program

Cyberattack simulations and cyber drills provide measurable benefits across people, process, and technology. They build practical skills, validate detection and response systems, and demonstrate readiness to stakeholders. Platforms like Simulations Labs make it straightforward to create, run, and measure these exercises with features tailored for CTF hosting, cybersecurity simulations, cyber drills, and cyber ranges.

To learn more, visit the Simulations Labs main website, explore our guides, or read recent blogs and case studies to see real-world examples.

Ready to try a simulation? Start hosting a CTF with Simulations Labs today: Host CTF Competition.

How to run technical skill assessments for cyber hires

Hannah Adam — Sat, 23 May 2026 22:55:59 +0000

Introduction

Attracting and hiring the right talent in the cyber field cannot be done by looking at resumes and conducting interviews alone. In the field of cybersecurity, there are skills and activities required to qualify the potential employees’ skills and competencies, such as response to incidents, network forensics, and vulnerability assessment, best performed in simulations and assessments related to their field of work. This guide will walk you through the process of designing and conducting these assessments and how Simulations Labs can help

Why traditional interviews fall short

Standard interviews and multiple-choice tests often measure theoretical knowledge or memorized facts. They struggle to reveal how a candidate thinks under pressure, troubleshoots, or applies tools in real scenarios. For roles that require hands-on technical competence, simulated exercises provide objective, observable evidence of skill.

Choose the right assessment format

Select an assessment type that matches the role's responsibilities. Common formats include:

Capture the Flag (CTF) simulations: Time-boxed challenges testing real-world skills. ideal for triaging, penetration testing, and forensics.
On-demand labs: Provisioned virtual machines or containers that candidates start and solve; useful for deep technical tasks like malware analysis or server hardening.
Downloadable analysis tasks: PCAPs or logs that candidates analyze on their own systems. Good for threat hunting and forensic roles.
Code and configuration reviews: Evaluate secure coding, misconfiguration detection, or remediation steps.

Design assessments that measure job-relevant skills

Start with a clear job task analysis. List core competencies the role requires—e.g., network traffic analysis, log correlation, web app exploitation and map each to an assessment item. Principles to follow:

Make challenges realistic and role-specific.
Cover a breadth of tasks, but avoid overloading one assessment with too many complex problems.
Include escalating difficulty so you can differentiate beginner, intermediate, and advanced candidates.
Use dynamic flags or individualized outputs to prevent cheating and ensure fair comparisons.

Scoring and objective evaluation

Create a scoring rubric before running the assessment. A reliable rubric reduces bias and speeds evaluation. Elements to include:

Point values per task, with partial credit for partial solutions.
Time-based considerations: bonus points for speed on certain tasks, or time penalties where applicable.
Behavioral observations: documentation quality, step-by-step reasoning, and tool selection.
Automated evidence collection: logs, submitted flags, and step outputs for reproducibility.

Prevent cheating and improve validity

To ensure assessment validity, design tests that limit collaboration and flag sharing. Practical measures:

Use dynamic flag features that assign unique flags to each candidate.
Limit network access to necessary services and monitor activity during assessments.
Set participant prerequisites and identity verification steps before the assessment begins.
Use versions or randomized inputs, so each candidate receives a slightly different challenge set.

Leverage automation and platform features

Automation speeds delivery and ensures consistent candidate experiences.

On-demand labs (VMs/containers) that launch per candidate and capture all activity logs for evidence.
Downloadable challenge assets (pcap, logs) when offline analysis is required.
Live leaderboards and analytics to observe relative performance and identify top candidates quickly.
Dynamic flags to prevent cheating.

Run a pilot before scaling

Before you use an assessment in a hiring campaign, pilot it with internal staff or trusted testers. A pilot will reveal unclear instructions, broken steps, or scoring issues. Use pilot results to calibrate difficulty and refine rubrics.

Integrate assessments into your interview workflow

Decide where technical assessments fit in your recruitment funnel. Common patterns:

Use a short hands-on screening (30–90 minutes) after resume review to filter candidates.
Follow a successful screening with an in-depth, role-specific lab plus a technical interview to discuss approaches and trade-offs.
For senior roles, include a take-home forensic or design exercise with time to document findings and remediation steps.

Interpret results beyond raw scores

Scores are important, but the qualitative evidence you collect is often decisive. Review submitted artifacts, commands used, remediation suggestions, and how candidates document their work. Pay attention to:

Problem-solving process: Did they isolate the root cause systematically?
Tool proficiency: Did they use industry-standard tools appropriately?
Communication: Can they explain findings clearly and propose actionable steps?
Curiosity and persistence: Did they try alternate approaches when stuck?

Use analytics to identify skill gaps and training needs

Assessment platforms with analytics help hiring teams and managers. With Simulations Labs, you can pull reports that show most-failed challenges, time-to-first-solve, and common wrong attempts. These metrics help:

Refine job descriptions and candidate requirements.
Create targeted onboarding and training for new hires.
Benchmark candidate pools over time and compare cohorts (e.g., university graduates vs industry applicants).

Candidate experience matters

Respect candidates’ time and provide clear instructions, time expectations, and a friendly support channel. After the assessment, share constructive feedback when possible. A positive assessment experience builds employer brand, even for candidates who aren’t hired.

Practical checklist to run a technical cyber assessment

Define role-specific competencies and map them to challenge types.
Create a balanced set of challenges with escalating difficulty.
Build a scoring rubric and pilot it with testers.
Ensure fair play: dynamic flags, individualized inputs, and identity checks.
Automate provisioning and evidence capture using an assessment platform.
Integrate results with interviews and onboarding decisions.
Use analytics to refine future assessments and training programs.

Why Simulations Labs?

Simulations Labs is a no-code platform built to make CTF-style cybersecurity simulations accessible for organizations, universities, and instructors. With over 15 years of experience running CTFs, Simulations Labs helps you:

Build job-relevant, realistic assessments quickly without technical teams.
Provision on-demand labs (VMs/containers) and downloadable assets for deep analysis.
Use dynamic flags to prevent cheating and ensure fair evaluation.
Access live leaderboards and rich analytics to interpret candidate performance and identify skill gaps.
Isolated instance for each candidate.

Conclusion

Running effective technical skill assessments for cyber hires requires thoughtful design, objective scoring, and the right tooling. Simulations Labs empowers hiring teams to create realistic, scalable assessments, reducing bias, improving validity, and helping you find candidates who can perform on day one.

Start small, pilot thoughtfully, and iterate based on analytics to continuously improve your hiring process.

Want to see an example assessment or pilot a hiring-focused CTF?

Visit Simulations Labs to learn how our platform can help you evaluate cyber talent with confidence.

The Manager’s Guide to Launching a Team CTF - Simulations Labs Modern Solution!

Hannah Adam — Sat, 23 May 2026 22:01:39 +0000

Introduction

Capture the Flag (CTF) events aren't just for elite hackers or DEF CON veterans—they’re one of the most effective, engaging ways for engineering and security teams to build real-world skills, improve collaboration, and uncover knowledge gaps. But for managers, organizing a CTF can feel overwhelming: infrastructure, content, scoring, tracking progress… it adds up fast.

Good news: You don’t need to build everything from scratch!

With Simulations Labs, you can create and host CTFs in minutes with pre-built labs, customizable challenges, real-time dashboards, and zero setup headaches.

In this guide, we’ll show you how to run a successful CTF as a manager and how to do it quickly using Simulations Labs.

What Is A CTF?

A CTF, or Capture The Flag, is a cybersecurity competition where participants solve challenges related to hacking, cryptography, reverse engineering, forensics, and web security to find "flags"—hidden pieces of data that serve as proof of solving a task.

These events are used for both education and competition, helping individuals and teams practice real-world security skills in a legal, structured environment.

CTFs can be:

Jeopardy-style (solving challenges in different categories)
Attack-defense (teams defend their systems while attacking others)

How to Prepare for a CTF

Define an objective for the CTF—whether it's skill assessment, gap analysis, or something else entirely.

Key Setup Decisions:

Decide difficulty levels
Decide challenge categories
Decide CTF location (online, on-premises)
Decide CTF format (teams, individuals)

Why Should Managers Host CTFs?

1. Skill Development

Simulate real-world threats your teams may face.

2. Team Bonding

CTFs encourage cross-functional collaboration.

3. Gap Analysis

Identify where individuals or teams need more training.

4. Culture Building

Position your organization as one that values hands-on, continuous learning.

Common Challenges in Running a CTF

Managers often face similar obstacles:

Lack of time to build challenges
No internal infrastructure to host challenges safely
Difficulty tracking progress and engagement
No experience gamifying security training

That’s why platforms like Simulations Labs exist: to remove the friction and let you focus on outcomes.

How to Launch a CTF on Simulations Labs in 5 Steps

Step 1: Create Your Free Account

Go to simulationslabs.com and sign up—no credit card required.

Step 2: Create Your Challenges

Create tailored challenges that match your participants’ skill level and training goals. Don’t have challenges ready? Our experts can design custom challenges for you to ensure your event meets your exact objectives.

Step 3: Create a Custom CTF Event

Use the event builder to pick challenges, set a duration, and name your event. You can also upload your own challenges.

Step 4: Invite Your Team

Send secure invites via email or share a unique link. No installations required. All labs run in isolated environments in the cloud.

Step 5: Monitor and Debrief

Track engagement, scores, and completion rates via your dashboard. Export reports and share learning paths based on performance.

How Our Platform Features Help You

Simulations Labs recognizes that every organization has distinct needs. That’s why we provide flexible deployment options:

Software as a Service (SaaS)
Private Hosting
On-Premises / Local Hosting

Contact us to explore which deployment option is right for you.

Use Cases

Simulations Labs helps elevate your hiring and training processes:

1. Real-World Simulation

CTF competitions create a controlled environment mirroring real-world threats—ideal for assessing job-relevant skills.

2. Skill-Based Selection

Go beyond resumes and interviews by giving applicants hands-on challenges that reveal true capabilities.

3. Problem-Solving Skills

Complex, real-time challenges evaluate critical thinking, creativity, and adaptability.

Pro Tips for a Successful CTF Event

Keep it Short & Focused: 1–3 hours is ideal for internal teams
Mix Skill Levels: Include beginner and advanced challenges
Make It Fun: Add leaderboards, prizes, or internal shoutouts
Follow Up: Use insights to guide future training or 1:1 coaching

Testimonials

You made this possible. The CTF was an unqualified success—competitors were satisfied and enjoyed the experience. The platform is reliable and customer support is not only fast but also very accurate when solving any problem. We at CyberSecur appreciate it and really hope you keep up the good work.”
— Diane Samba, Cyber Security Analyst at Cybersecur

We hosted a one-day competition between PSU students on the 2nd of April 2020. It aimed to give hands-on experience and prepare students for the national CTF competition platform.”
— Dr. Iman AlMomani, Professor at Prince Sultan University, KSA

We ran a very nice 2-day women-only CTF in Amsterdam and have also been involved with our other events in Dubai and Singapore.”
— Dr. Iman AlMomani, Professor at Prince Sultan University, KSA

Ready to Build Your First Team CTF?

Whether you’re training junior developers or seasoned security engineers, Simulations Labs gives you everything you need to launch a meaningful, gamified experience in minutes.

Start Building Your First CTF on Simulations Labs

Why Companies Switch to Simulations Labs in Hiring Cybersecurity Roles

Hannah Adam — Tue, 19 May 2026 11:50:38 +0000

Introduction

Hiring the right cybersecurity talent is one of the most pressing challenges for modern organizations. Traditional assessments such as resumes, phone screens, and multiple-choice tests often fail to reveal a candidate’s practical skills under pressure. That’s why more companies are adopting hands-on Cyber Drills, Cyber Ranges, and Cybersecurity Simulations to evaluate applicants in realistic environments.

Simulations Labs makes this transition easy with a fully managed platform built specifically for practical, scalable, and secure hiring assessments.

Why practical assessments outperform traditional tests

Cybersecurity is intensely practical. Success depends on problem-solving, tool fluency, and the ability to think under time pressure. skills that are difficult to measure with paper-based or interview-style assessments. Practical assessments such as Cyber Drills and Cyber Ranges replicate real-world scenarios, revealing whether candidates can apply their knowledge to detect, investigate, and contain threats.

Organizations switching to simulations see clearer evidence of a candidate’s operational readiness. A candidate who can explain concepts in an interview but cannot navigate a live incident response scenario might be a risky hire. Simulations expose these gaps early and reduce bad hires, saving time and money.

What Simulations Labs offers for hiring assessments

Simulations Labs is a SaaS platform that enables organizations to host and manage cybersecurity simulations with no infrastructure setup required. The platform’s AI-powered engine and rich library of ready-made challenges allow hiring teams to launch Cybersecurity Simulations within minutes.

Fully managed hosting: Run assessments without DevOps, server configuration, or maintenance.
Docker container hosting: Launch sandboxed, reproducible environments for disciplines like web security, forensics, and malware reverse engineering.
Real-time monitoring and dashboards: Track participant performance live and review detailed post-event analytics.
Dynamic Flag Feature: Assigns unique flags to each candidate to prevent flag-sharing and cheating.
Scalable and secure: Automatic scaling and security hardening protect the assessment environment even during large events.

Key benefits when hiring with Cyber Drills and Cyber Ranges

Switching to hands-on hiring assessments delivers measurable benefits across the recruiting lifecycle:

Reduced time-to-hire: Group-based Cyber Drills and automated scoring streamline screening, letting hiring teams quickly identify top candidates.
Improved candidate experience: Candidates prefer practical, meaningful challenges that let them demonstrate skills rather than answer abstract questions.
Bias reduction: Skill-based assessments focus on performance rather than background or interview polish, promoting fairer hiring.
Employer branding: Hosting well-designed simulations signals technical rigor and can elevate your employer brand.

What a modern hiring assessment looks like

A hiring assessment using Simulations Labs typically follows this flow:

Design or choose a scenario: You can host your own Docker files with your own custom scenarios, or let our Simulations Copilot help choose the right Simulation and give you access to a library of ready-made challenges across domains such as web security, OSINT, digital forensics, network security, cryptography, and more.
Launch the Cyber Drill: Deploy the exercise in minutes, no infrastructure or DevOps required.
Monitor performance: Use the live dashboard to observe behavior, solution paths, and time-to-completion.
Assess results: Automated scoring and reports help hiring teams compare candidates objectively.
Follow-up interviews: Use detailed reports to inform targeted interview questions and technical deep dives.

This workflow helps ensure candidates are evaluated on the tasks they will actually perform on the job.

Common use cases and roles best assessed with simulations

Cybersecurity Simulations are valuable across many roles and seniority levels. Typical use cases include:

Entry-level security analysts: validate triage and basic investigation skills with forensics and log analysis labs.
Incident response engineers: run network-based Cyber Drills to assess containment and remediation actions.
Application security engineers: Use web security challenges to evaluate vulnerability discovery and exploitation knowledge.
Threat hunters and SOC staff: deliver realistic detection and hunting scenarios that assess hypothesis-driven investigations.

How Simulations Labs reduces risk and cost

Bad hires in cybersecurity are costly, not only in salary and onboarding but in opportunity costs and potential security misconfigurations. Simulations Labs reduces that risk by:

Filtering candidates early with scalable Cyber Ranges and automated scoring.
Providing reproducible scenarios so hiring panels can compare performance fairly over time.
Detecting cheating with features like dynamic flagging.

By integrating practical assessments into your hiring pipeline, you prioritize skills that matter and reduce downstream remediation costs.

Implementation tips for hiring teams

To get the most from Cybersecurity Simulations in recruitment, follow these best practices:

Define job-specific success criteria: Align scenarios to the tasks and tools used day-to-day in the role.
Balance difficulty: Create paths that separate strong candidates from average performers without making tasks unnecessarily obscure.
Use blended evaluation: Combine automated scoring with human review to account for creative approaches that may not match expected solutions.
Communicate clearly to candidates: Give context, time expectations, and what the assessment measures, this creates a better candidate experience.

Real-world results

Organizations using Simulations Labs report faster screening, higher-quality hires, and a more objective selection process. Whether you're running a small assessment for a single hire or large-scale events for campus recruiting and employer branding, the platform’s scalability and security support every stage of recruitment. For examples of deployments and measurable outcomes, visit our Case Studies page.

Getting started

Ready to move beyond resumes and interviews? Simulations Labs helps organizations adopt Cyber Drills and Cyber Ranges for hiring assessments without the infrastructure overhead. Explore the library of simulations on our Blogs and Guides. If you want hands-on help, sign up for a Product Demo or visit our Help Center for support.

Switching to practical cybersecurity assessments is not just a trend—it’s a measurable improvement in hiring quality and speed. With Simulations Labs, companies can deploy secure, scalable, and realistic Cybersecurity Simulations and Cyber Drills that identify candidates who can actually do the job.

Learn more and start your first assessment: Applicants Assessment.

DEV Community: Hannah Adam

Top Skills to Look for When Hiring Cybersecurity Professionals - By Role

Introduction

Essential Cybersecurity Roles and Their Key Skills

1. Security Analyst / SOC Analyst: The Frontline Defender

2. Penetration Tester (Ethical Hacker): The Controlled Adversary

3. Security Engineer: The Architect of Defense

4. Governance, Risk, and Compliance (GRC) Analyst: The Policy Expert

Moving Beyond the Resume: How to Truly Validate Cybersecurity Skills

How We Help You Hire with Confidence

Building a Security Culture: How Training Platforms Close the Human Risk Gap

What Security Culture Actually Means

Why Simulation-Based Training Changes the Equation

Personalisation Is Not a Feature — It Is a Requirement

The Manager Layer Nobody Talks About Enough

Measuring Culture, Not Just Awareness

FAQ

What is the human risk gap in cybersecurity?

What does security culture actually mean?

Why is annual compliance training not enough?

How does simulation-based training improve security behavior?

Why is immediate feedback important in cybersecurity training?

Why should security training be personalized?

How can training platforms use employee performance data?

Why are managers important for building security culture?

How can managers support security training programs?

What metrics should organizations track beyond completion rates?

Can the human risk gap be fully eliminated?

How does Simulations Labs help close the human risk gap?

The 3 CTF Formats That Still Work in an AI-Dominated World

Format 1: Attack and Defense

Format 2: King of the Hill

Format 3: Cyber Drills and Full-Scale Simulations

What This Means Going Forward

FAQ

Why are traditional jeopardy-style CTFs becoming less effective?

What are the three CTF formats that still work in an AI-dominated world?

What makes Attack and Defense CTFs resistant to AI?

What skills do Attack and Defense competitions test?

What is King of the Hill (KotH) in cybersecurity competitions?

Why is King of the Hill difficult for AI systems?

What are cyber drills and full-scale simulations?

Why are cyber drills considered highly AI-resistant?

What is NATO Locked Shields?

Are jeopardy-style CTFs still useful?

What should organizations focus on moving forward?

AI Is Solving CTF Challenges in Minutes — What This Means for Cybersecurity Training

What Actually Happened

Why This Matters Beyond Competitions

What AI Still Can't Do

Where Cybersecurity Training Needs to Go

What This Means for You

FAQ

What happened at BSidesSF 2026?

Does this mean traditional CTF competitions are dead?

Why are AI models so effective at solving CTF challenges?

What cybersecurity skills can AI still not replace?

How should cybersecurity training evolve?

Are CTF rankings still useful for hiring?

What is the biggest takeaway for cybersecurity professionals?

How can organizations prepare for this shift?

Recommended Articles

From CTF Hobbyist to Cybersecurity Professional: Career Paths That Start with Hacking Challenges

Why CTFs Are a Legitimate Career Launchpad

What the Career Paths Actually Look Like

SOC Analyst (and the Blue Team Path)

Penetration Tester / Red Teamer

Threat Intelligence Analyst

Malware Analyst / Reverse Engineer

Practical Steps to Bridge the Gap

Compete consistently, not just occasionally

Write up your solutions

Move from CTF to more realistic environments

Get involved in the community

One Thing Worth Saying Directly

The Cybersecurity Skills Gap in 2026: What the Data Actually Shows

The Numbers Are Real — But They're Telling Only Half the Story

What "Skills" Actually Means in 2026

The Hiring Pipeline Problem

The Demographic Picture Isn't Getting Simpler