Hosting URL: https://blackboxctf.com/events/CTF/CreateCTF

Why host a CTF?

A CTF gives participants a concrete objective—find the flag—while they practice skills such as web exploitation, OSINT, cryptography, reverse engineering, and privilege escalation. BlackBoxCTF is designed around practical learning through challenges, guided labs, writeups, and live competitions.

It is especially useful for:

• College cybersecurity clubs and student chapters
• Internal security-awareness training
• Beginner-friendly community workshops
• Hiring assessments or team-building exercises

Plan before you create the event

Decide these details before opening the creation page:

Step-by-step: Create your CTF

1. Log in to BlackBoxCTF and open the event creation page:
   https://blackboxctf.com/events/CTF/CreateCTF

   

2. Enter the event name.
   Use a clear, memorable title, such as:

   • “Campus Cyber Sprint 2026”
   • “Beginner Web Security CTF”
   • “BlackBoxCTF Community Challenge”

3. Write a short description.
   Explain who the event is for, what participants will learn, the start and end time, and whether teams are allowed.

4. Set the schedule.
   Choose a start and end date/time in your audience’s timezone. For a first event, a 3-hour window is usually ideal.\

   

5. Configure participation.
   Decide whether players join individually or in teams. For beginners, teams of 2–4 people encourage collaboration and reduce frustration.

6. Add challenges.
   Include a balanced mix of categories and difficulties. A simple starter set could be:

   • 3 easy web challenges
   • 2 OSINT challenges
   • 2 cryptography challenges
   • 1 forensics challenge
   • 1 bonus hard challenge

7. Add Rules & Regulations.
   Include the Rules for playing CTF and Regulations for using the platform. You can add your custom "Rules and Regulations" to your respective platform and players.\

   

8. Publish and share the event link.
   Send the registration link to students, club members, colleagues, or community groups.

Run the event smoothly on BlackBoxCTF

During the competition, keep the experience active and supportive:

• Post a welcome announcement with the rules and contact channel.
• Avoid revealing flags in public chat.
• Monitor the leaderboard and celebrate progress.
• Have an organizer available for technical issues, login problems, or unclear challenge wording.

BlackBoxCTF includes community-oriented features such as teams, friends, chats, and writeups, which can help participants ask for guidance and learn from one another.

Reference: https://blackboxctf.com/read/category/arena-mechanics/arena-mechanics-hosting-a-ctf-event

A good first CTF does not need to be huge. Even five or six well-tested challenges can create a memorable learning experience and help participants move from reading about security concepts to actually solving problems.

What the Classroom Concept Is

BlackBoxCTF lets users create or join a classroom, assign tasks, and complete them within that space. It is designed for mentors, teachers, clubs, and study groups who want to learn together rather than practicing alone.

For an instructor, the classroom works like a simple teaching dashboard: they can add challenges from the existing library or create new ones, assign them to students, and monitor activity. For students, it is a clear space to join, see assigned challenges, and work through them at their own pace.

Why Peer-to-Peer Teaching Matters

In cybersecurity, everyone learns differently. One student may quickly understand cryptography, while another may be strong at web exploitation or reverse engineering. When students discuss their methods, share hints, and explain their reasoning, they reinforce their own knowledge while helping others improve.

This is the heart of peer-to-peer teaching: students do not depend only on the instructor. They learn by observing, questioning, collaborating, and teaching one another.

How BlackBoxCTF Supports It

A Better Experience for College Students

For college students, the Classroom feature can make cybersecurity learning feel less isolated. A faculty member or senior student can create a classroom for a course, workshop, or security club, then assign weekly challenges based on what the group is studying.

For example, after a session on web security, the instructor might assign a few beginner web challenges. Students can attempt them individually, discuss stuck points with classmates, and use the classroom leaderboard to see collective progress. The instructor can then use activity insights to guide the next session.

Learning With Guidance, Not Pressure

The separate leaderboard is especially useful because it keeps competition within the classroom. Students can see how their peers are doing, celebrate progress, and stay motivated—without being compared against experienced hackers from around the world.

BlackBoxCTF’s broader platform already includes hands-on CTF challenges, labs, writeups, and live competitions; the Classroom adds structure and mentorship on top of that practice.

Final Thoughts

BlackBoxCTF’s Classroom concept supports peer-to-peer teaching by giving instructors a simple way to guide learning and giving students a shared space to practice, discuss, and grow together. It turns CTF challenges from solo exercises into collaborative learning experiences — exactly what many college cybersecurity communities need.

For additional information, view:

• Website - https://blackboxctf.com
• Dev blogs - https://dev.to/hema_latha_3df1c17cb46b1d/exploring-the-blackboxctf-dashboard-1p60, https://dev.to/strombreaker/blackboxctf-turning-cybersecurity-curiosity-into-hands-on-skills-3p6p