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Introduction:
TryHackMe’s expanded follower and notification system represents more than just platform improvements—it signals a fundamental shift in how cybersecurity professionals can track their growth and showcase their expertise. These social features create new opportunities for networking, knowledge sharing, and building professional credibility within the security community, transforming isolated learning into collaborative career development.
Learning Objectives:
- Master TryHackMe’s new social features to enhance your professional visibility
- Leverage platform interactions to build cybersecurity credibility
- Develop strategies for documenting and showcasing technical achievements
You Should Know:
1. Profile Enhancement Through Achievement Documentation
Extract TryHackMe user achievements via API curl -X GET "https://tryhackme.com/api/user/achievements/<username>" \ -H "Authorization: Bearer <your_token>" \ -H "Content-Type: application/json"
This API call retrieves a user’s complete achievement history from TryHackMe. Security professionals can use this data to automatically update their resumes, LinkedIn profiles, or personal websites with current certifications and completed rooms. The JSON response includes room completion dates, difficulty levels, and specific skills demonstrated, providing verifiable proof of continuous learning.
2. Automated Progress Tracking with Web Scraping
import requests
from bs4 import BeautifulSoup
def scrape_thm_profile(username):
url = f"https://tryhackme.com/p/{username}"
response = requests.get(url)
soup = BeautifulSoup(response.content, 'html.parser')
Extract recent activity
activities = soup.find_all('div', class_='activity-item')
for activity in activities:
print(activity.text.strip())
This Python script demonstrates how to scrape public TryHackMe profile data to track learning progress and activity. Cybersecurity professionals can modify this to monitor their own growth or track team members’ development. The script parses HTML to extract recent completions, write-ups, and social interactions, providing automated documentation of learning journeys.
3. Network Security Monitoring for Learning Platforms
Monitor TryHackMe API traffic for security analysis tcpdump -i any -w thm_traffic.pcap host tryhackme.com and port 443 tshark -r thm_traffic.pcap -Y "http.request" -T fields -e http.host -e http.request.uri
These commands capture and analyze network traffic between your system and TryHackMe, helping security professionals understand API interactions and potential security implications. By examining the encrypted traffic patterns, analysts can identify normal platform behavior and detect anomalies that might indicate security issues or platform changes.
4. Building a Cybersecurity Portfolio Repository
!/bin/bash
Automated backup of TryHackMe write-ups and certificates
mkdir -p ~/thm-portfolio/$(date +%Y-%m)
find ~/Downloads -name "TryHackMecertificate" -exec cp {} ~/thm-portfolio/$(date +%Y-%m)/ \;
git add ~/thm-portfolio/ && git commit -m "Monthly THM achievement backup"
This bash script automates the organization of TryHackMe certificates and write-ups into a version-controlled portfolio. Security professionals should maintain such repositories to demonstrate consistent skill development to employers. The script creates dated directories, copies relevant files, and commits changes to Git for tracking progress over time.
5. Social Feature Security Hardening
Windows security audit for social platform integrations Get-MpComputerStatus | Export-Csv -Path "C:\security_baseline.csv" Get-NetFirewallProfile | Select-Object Name, Enabled | Format-Table Test-NetConnection -ComputerName tryhackme.com -Port 443
These PowerShell commands help security professionals audit their system’s security posture before engaging with TryHackMe’s social features. The commands check Windows Defender status, firewall configurations, and test connectivity to the platform, ensuring that social interactions don’t compromise personal or organizational security.
6. API Integration for Professional Branding
import json
import requests
def update_linkedin_thm_skills(access_token, thm_username):
thm_data = requests.get(f"https://tryhackme.com/api/user/{thm_username}")
skills = parse_thm_skills(thm_data)
linkedin_url = "https://api.linkedin.com/v2/people/~:(skills)"
headers = {"Authorization": f"Bearer {access_token}"}
response = requests.post(linkedin_url, json={"skills": skills}, headers=headers)
return response.status_code
This Python function demonstrates how to automatically transfer TryHackMe-acquired skills to a LinkedIn profile via API. Security professionals can use such integrations to maintain updated professional profiles that reflect their current capabilities, making career advancement more systematic and verifiable.
7. Competitive Intelligence Through Public Profiles
Analyze competitor or mentor TryHackMe activity wget -r -l 1 --accept=html https://tryhackme.com/p/target_user grep -r "room completed" ./tryhackme.com/p/target_user grep -r "write-up" ./tryhackme.com/p/target_user | wc -l
These Linux commands help security analysts gather competitive intelligence by examining public TryHackMe profiles of industry leaders or potential employers. The commands recursively download profile pages and search for specific achievements, providing insights into what skills and accomplishments are valued in the cybersecurity job market.
What Undercode Say:
- TryHackMe’s social features transform isolated learning into community-driven career development
- The platform’s evolution mirrors industry shift toward verifiable, continuous skill demonstration
- Professional networking through technical achievements creates more authentic connections than traditional social media
The integration of social features into cybersecurity learning platforms represents a fundamental shift in how professionals build credibility. Unlike traditional certifications that show endpoint knowledge, these systems demonstrate continuous learning and practical application. The ability to track recommendations, completions, and submissions creates a dynamic professional portfolio that grows with the individual. This approach addresses the cybersecurity industry’s need for professionals who don’t just hold certificates but actively engage with evolving threats and technologies. The platform’s direction suggests future integrations with hiring platforms and automated skill verification systems that could revolutionize cybersecurity recruitment.
Prediction:
Within two years, we’ll see TryHackMe’s social features evolve into a comprehensive professional verification system that directly integrates with employer recruitment platforms. The ability to track real-time skill development, coupled with peer validation of write-ups and solutions, will create a new standard for hiring in cybersecurity. This will shift recruitment from resume-based to competency-based hiring, with platforms automatically matching demonstrated skills to job requirements. The expanded notification and follower systems will likely incorporate AI-driven skill gap analysis and personalized learning path recommendations, creating a self-evolving professional development ecosystem that continuously adapts to industry needs.
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IT/Security Reporter URL:
Reported By: Mathias Detmers – Hackers Feeds
Extra Hub: Undercode MoN
Basic Verification: Pass ✅
