Set an objective baseline across the team
Use hands-on benchmarking to see where operators are strong, where skill gaps sit, and who needs deeper development.
Build and benchmark the skills your offensive cybersecurity and penetration testers need against realistic, full-chain attack paths. See where capability is growing, where gaps remain, and whether your team is ready for the next engagement.

An annual penetration test tells you what happened at one point in time. It doesn’t tell you whether your team is getting better between engagements.
You may have a readiness gap if:
Advanced skills live with a handful of operators
The team excels at isolated techniques but struggles to chain them across a full enterprise environment
You can’t benchmark offensive capability quarter over quarter
Development depends on whatever happens to appear in the next engagement
Strong operators can’t see a clear path to deeper technical roles
AI systems are entering scope faster than your team can build red-team expertise
Your team may be busy. That doesn’t mean its capability is growing.
Use hands-on benchmarking to see where operators are strong, where skill gaps sit, and who needs deeper development.
Develop offensive depth through structured job-role paths and practical certifications including HTB CPTS, HTB CAPE, and HTB COAE.
Give analysts realistic aGive the team repeated practice against realistic enterprise attack chains where chaining, pivoting, exploitation, and judgment matter.
Track whether gaps are closing and give leadership evidence that the offensive bench is growing.
Then repeat.
Professional Labs
Real engagements are complex. Practice should be too.
Professional Labs recreate multi-machine enterprise environments where operators work through full attack chains across Active Directory, hosts, and web applications.
Your team can practice the techniques that are difficult to develop through isolated exercises alone.
The result is deeper experience with chaining, pivoting, and the attack paths required for adversary emulation.

Cloud Labs
Extend practice into cloud environments and advanced offensive disciplines rather than waiting for the right client or internal engagement to create the opportunity.
Operators get room to develop new techniques before they need them on a live target.

CTF Events
A leaderboard tells you who finished first.
The underlying performance data tells you much more.
HTB CTF Events use live, competitive challenges to expose team and individual strengths and gaps. An initial event can set a baseline, with later events showing how capability changes over time.
That turns benchmarking into an input for development, not a one-off competition.

Operators work across realistic, multi-stage environments rather than practicing every technique in isolation.
Skill growth doesn’t have to wait for a suitable client scope or annual exercise.
Hands-on events show where the team is strong and where development is still needed.
Create progression into advanced enterprise, cloud, and AI offensive security.
Turn team development into something you can track and discuss with leadership instead of relying on anecdotal evidence.
Your leadership team doesn’t need another list of completed courses.
Show them whether the offensive bench is actually moving.
HTB gives you a way to benchmark team readiness over time, identify skills that need investment, and connect development to applied offensive capability.
"A lot of times when a new CVE comes out, Hack The Box has content for it shortly thereafter and you can play around with that vulnerability and exploit it, learn how to detect it, and remediate it in your own environment." -
The Analysts
Forrester recognition


HTB’s vision for hybrid human-AI readiness is called "compelling."
"Organizations looking to engage cybersecurity talent and prepare them for an agentic future through gamified, challenge-based learning will find Hack The Box a strong fit.
G2 CROWD
In your demo, we'll show you how to:
The walkthrough will focus on your offensive team and the capability you need to build, not a generic product tour.

An annual test tells you what was found during that engagement. It doesn't show whether your team's capability is developing throughout the year.
Continuous hands-on practice gives operators repeated exposure to complex attack paths, while regular benchmarking shows whether the team is progressing.
Live engagements are valuable, but the scope determines what your team gets to practice.
Labs let operators deliberately work on unfamiliar techniques and complex attack paths before a live engagement becomes the first place they try them.
Individual challenges are useful for practicing specific skills.
Professional Labs recreate multi-machine enterprise environments where operators have to connect techniques across a complete attack path.
CTF Events can then serve a different purpose by benchmarking applied skills across individuals and the team.
Yes. CTF Events & Skills Benchmarking can produce individual and team-level skills data, helping you see strengths, gaps, and development priorities.
The Offensive Security Manager / Lead material identifies visible progression as a core retention need.
Structured role development, advanced hands-on practice, and practical certifications give operators a clear next level to work toward rather than repeating the same development cycle.
HTB includes an AI Red Teamer path and COAE for hands-on offensive AI capability, covering the emerging skills needed to attack and secure AI systems and agents.
Know where your offensive team is strong. Find where capability is starting to stall. Give every operator somewhere harder to go next. Then benchmark the team again and prove it moved.
Fill the form to schedule a live product demo and Q&A about our cyber readiness solutions.
Maximum curriculum management flexibility, enhanced skills reporting, and engaging gamification features. Book a demo to get the business results.
Your plan includes:
Webinar
Join experts from Hack The Box and Triskele Labs for a technical walkthrough of a real-world ransomware and data exfiltration investigation based on a closed-source MSSP incident.
Whitepaper
This report examines how organizations and cybersecurity professionals are adapting to emerging risks, particularly those driven by artificial intelligence, which are introducing new attack surfaces and reshaping security priorities.