Why Uncodemy Is a Top Choice for Cybersecurity Training

Cybersecurity topics to confirm with the counsellor
[ ] Networking fundamentals and subnetting
[ ] Linux and Windows for security
[ ] Cryptography basics: hashing, encryption, TLS
[ ] Common attacks: phishing, malware, web attacks
[ ] OWASP Top 10 web risks
[ ] Log analysis and SIEM concepts
[ ] Incident response steps
[ ] Vulnerability assessment and reporting
[ ] Security policies and compliance basics

# Hashing is one-way: same input -> same hash
echo -n "password123" | sha256sum
echo -n "password124" | sha256sum
# A tiny change gives a completely different hash.
# Real systems store salted, slow hashes (bcrypt, Argon2),
# never plain SHA-256, for passwords.

# Find suspicious login bursts in a sample auth log
grep "Failed password" auth.log \
  | awk '{print $1, $2, substr($3,1,5)}' \
  | sort | uniq -c | sort -rn | head
# Output: count of failures per minute -
# spikes suggest brute-force attempts worth escalating

Finding: Reflected input not encoded (lab app)
Severity: Medium
Where: /search?q= parameter
Evidence: input appears unencoded in page output
Risk: could allow cross-site scripting
Fix: encode output, validate input, add CSP header
Retest: confirm input is shown as plain text

Common entry-level cyber interview topics
- OSI and TCP/IP layers with examples
- Common ports: 22, 53, 80, 443, 3389
- Difference between IDS and IPS
- Hashing vs encryption vs encoding
- Steps of incident response
- One OWASP Top 10 risk explained with a fix
- Walk through one of your lab reports

Cyber portfolio (from training labs)
1. Home lab setup write-up with diagram
2. Log analysis report from a sample attack dataset
3. Vulnerability report on an intentionally vulnerable app
4. A short security policy draft for a small business
Keep everything lab-only and clearly labelled.

Criteria (1-5)                          Uncodemy   Other
Networking + Linux foundations          ___        ___
Blue team (SOC) content                 ___        ___
Red team (VAPT) content                 ___        ___
Safe hands-on labs                      ___        ___
Report writing practice                 ___        ___
Mock interviews                         ___        ___
Batch timing fits me                    ___        ___
Total cost (fee + time + travel)        ___        ___
TOTAL                                   ___ / 40   ___ / 40

Ask during the demo class:
1. How are lab environments provided?
2. How many hours of hands-on practice per week?
3. Which certifications does the course help prepare for?
4. How are doubts handled outside class?
5. What does placement assistance include?
6. Can I repeat a batch if I miss classes?
7. What is the current fee?

By the end of the first month I should:
[ ] Explain the OSI model with examples
[ ] Use 20 Linux commands comfortably
[ ] Capture and read simple network traffic in the lab
[ ] Explain hashing vs encryption
[ ] Write one short lab finding report