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Red Team Skills That Get You Hired: A Practical Career Guide

Most people who want to get into penetration testing approach it the wrong way. They chase certifications before they have hands-on ability, spend months studying attack theory without practising it, and then struggle in interviews because they cannot talk concretely about what they have actually done. The job market for junior red team roles is competitive but reachable — and the candidates who break in consistently share one thing: they can demonstrate real skill, not just list credentials.

This guide breaks down what employers are actually looking for in junior penetration testing and offensive security roles, which skills carry the most weight, and how to build the kind of evidence that gets you past the technical screen.

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What "Red Teaming" Actually Covers at Entry Level

Before mapping the skills, it is worth being specific about scope. "Red teaming" is often used loosely, but at junior level it typically means one of three things, and each has slightly different skill priorities.

Penetration testing is the most common entry-level red team role. It involves scoping and executing structured assessments against systems, networks, web applications, or Active Directory environments, then producing a professional report documenting findings and remediation recommendations. Most junior penetration tester job postings ask for this.

Vulnerability assessment is a more bounded role, often found in consultancy and managed security service provider (MSSP) environments. It involves running and interpreting automated scans, validating findings manually, and communicating risk to clients. It is a common stepping stone toward full penetration testing.

Offensive security within a red team is the most advanced framing — simulating adversary behaviour using real-world attack chains, living-off-the-land techniques, and custom tooling. This is rare at entry level and typically requires prior penetration testing experience.

Understanding which of these you are targeting shapes which skills you prioritise first.


The Skills That Actually Appear in Job Postings

Analysing junior penetration tester job postings in 2026 consistently surfaces the same core requirements. The table below maps each skill area to how frequently it appears, how interviewers typically test it, and the honest difficulty to build it from scratch.

Skill area What employers look for How it's tested in interviews Build it via
Web application testing OWASP Top 10 knowledge, Burp Suite proficiency, ability to identify and exploit SQLi, XSS, IDOR, SSRF Live lab exercise or "walk me through how you'd test this login page" Burp Suite labs, PortSwigger Web Academy, THM Web Application Pentesting path
Network penetration testing TCP/IP fluency, service enumeration (Nmap), exploit selection, lateral movement basics Describe your methodology from initial access to post-exploitation on a network target CTF machines, THM Jr Penetration Tester path, HackTheBox starting point
Active Directory attacks Kerberoasting, Pass-the-Hash, BloodHound enumeration, domain privilege escalation Lab environment or "explain how you'd approach AD enumeration from a foothold" THM Jr Penetration Tester path, AD-focused CTF rooms, PT1 exam
Linux & Windows privilege escalation Common misconfigurations, SUID/GUID abuse, service exploits, token impersonation Practical box challenge or "what's your privesc methodology on a Linux box?" THM privesc rooms, GTFOBins, hands-on lab machines
Scripting & tool use Python or Bash for automation, ability to modify existing tools, understanding of what tools do under the hood Code review, "write a script that does X", or explain a tool's detection footprint Python scripting practice, modifying public PoC code, automation challenges
Report writing Clear vulnerability descriptions, CVSS scoring, reproduction steps, business-language risk summary Submit a sample report or present findings from a past CTF or lab Write up every lab and CTF challenge as a professional finding; PT1 exam includes graded report

Skills ranked broadly by frequency of appearance in junior penetration tester and offensive security analyst job postings in 2026.

The Skills Gap Most Candidates Have

Web application testing is the most consistently tested skill in junior penetration tester interviews, and it is also the area where most candidates are underprepared. Many people who have completed a general security learning path or even passed a certification have covered only basic versions of web vulnerabilities. The depth expected in an interview - explaining not just what SQLi is but how to test for it systematically in a Burp Suite session, how to confirm exploitability, and how to write it up as a finding - is more than most structured courses cover.

Report writing is the other consistent gap. Almost every penetration testing job description mentions written communication skills, and almost no certification or learning path spends meaningful time on it. The ability to translate a technical finding into a clear, client-readable description with a risk rating, reproduction steps, and a remediation recommendation is a professional skill that needs to be practised, not assumed. The candidates who bring sample reports to interviews. Even write ups of CTF challenges formatted as professional findings stand out immediately.


What Certifications Are Worth Pursuing

Certifications matter in penetration testing, but the ones that carry weight are practical, not theory-based. An employer hiring for a junior red team role knows that a multiple-choice exam does not prove you can find a vulnerability in a live environment.

OSCP (Offensive Security Certified Professional) is the gold standard at senior-to-mid level and is name-checked in many job postings. It is an intensive 24-hour practical exam requiring real exploitation across multiple machines. It is not an entry-level credential — the failure rate for underprepared candidates is high, and attempting it before you have solid fundamentals wastes money and confidence.

TryHackMe PT1 is a well-structured entry-level practical certification covering web application testing, network penetration, and Active Directory in a 48-hour simulated engagement format including a graded report. It is a credible starting credential that demonstrates hands-on ability rather than recall, and the report component directly addresses the gap most junior candidates have. The Jr Penetration Tester path is the recommended preparation for it.

eJPT (eLearnSecurity Junior Penetration Tester) is another practical entry-level option with lower difficulty than PT1, focused primarily on network testing. It is less comprehensive in scope but widely recognised as an accessible first credential.

CompTIA PenTest+ is a hybrid practical/theoretical exam. It has reasonable employer recognition but tests less deeply than OSCP or PT1 on live exploitation. Worth considering if your target employer specifically lists CompTIA certifications, less compelling as a standalone signal of practical ability.

The clearest path for most people: build hands-on fundamentals first, earn PT1 or eJPT as an entry credential, and work toward OSCP once you have 12 to 18 months of structured practice behind you.


Building the Evidence That Gets You Interviews

The skill set is necessary but not sufficient. What gets you interviews is evidence that you have it, and that evidence needs to be specific, documented, and presentable.

A CTF and lab portfolio. Every machine you root and every CTF challenge you complete is an opportunity to write a short, professional-format writeup documenting your approach, the vulnerabilities you found, and the techniques you used. After six months of consistent practice, this portfolio is worth more in an interview than most entry-level certifications. Hiring managers can see your methodology, your communication style, and your technical depth all at once. TryHackMe's Jr Penetration Tester path is structured specifically to generate this kind of evidence — each room puts you in a realistic scenario across web, network, and Active Directory environments, and the skills you practise map directly to what interviewers probe. The path also feeds naturally into the PT1 exam, which includes a graded report component that doubles as a portfolio piece in itself.

GitHub presence with original work. Even simple scripts — a custom enumeration helper, a tool you modified to suit a particular scenario, a PoC you built to demonstrate a vulnerability class - signal that you understand what you are doing rather than just following instructions. This matters increasingly as employers look for candidates who can develop and adapt tooling, not just run it. TryHackMe's rooms frequently involve scripting tasks and tool modification that translate well into the kind of GitHub-ready work worth documenting publicly.

A TryHackMe profile that shows consistent progress. Your public TryHackMe profile is itself a piece of evidence. It shows the rooms you have completed, the paths you have worked through, and your ranking relative to other learners. Technical hiring managers in offensive security know what a complete Jr Penetration Tester path looks like and what it took to earn a PT1 certification. A profile that shows several months of structured, consistent activity is a credible signal before you have even opened your mouth in an interview.

A clean LinkedIn that frames your transition correctly. Penetration testing is a field where people read your history carefully. Being explicit about your learning journey, the platforms you have practised on, and the certifications you hold gives technical hiring managers a clear picture. Listing your TryHackMe path completions and PT1 certification alongside any formal credentials is worth doing, because it shows practical investment, not just passive interest.


Start Building the Practical Foundation

The skills that get you hired in red team roles are built in lab environments, not lecture notes. TryHackMe's Jr Penetration Tester path covers the core technical domains that junior penetration testing roles test for: web application vulnerabilities, network testing methodology, Active Directory attacks, and professional reporting. It does so in a structured, hands-on sequence that maps directly to what interviewers ask about.

It is where the evidence starts getting built.

authorNick O'Grady
Mar 20, 2026

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