CEH in Bangalore
India · Asia Pacific
What is CEH?
The Certified Ethical Hacker (CEH) v13, offered by EC-Council, is one of the most recognized cybersecurity credentials in the world. It validates your ability to think and act like a malicious hacker — legally — covering attack techniques, countermeasures, and penetration testing methodology across 20 security domains. For IT professionals in Bangalore, this certification carries particular weight. The city hosts hundreds of multinational tech firms, global delivery centers, and a fast-growing startup ecosystem, all of which are under constant threat of cyberattack and actively hiring certified security talent. CEH v13 signals to Bangalore employers that you have hands-on, practical skills — not just theoretical knowledge.
Exam details
- Exam cost
- $1199 USD
- Duration
- 240 min
- Passing score
- 70
- Renewal
- Every 3 yrs
Prerequisites: 2 years IT security experience or EC-Council official training
Is CEH worth it in Bangalore?
With an average IT salary of around $28,000 per year in Bangalore, a CEH v13 certification that drives a $15,000 annual salary uplift represents a return of over 50% on your base income — and the $1,199 exam cost pays for itself within weeks of landing a certified role. Bangalore's cybersecurity hiring market has accelerated sharply, with roles in penetration testing, red teaming, and security analysis consistently appearing on job boards from companies like Infosys, Wipro, IBM, and hundreds of funded startups. Holding a CEH v13 moves your resume to the top of that shortlist. Over a five-year career horizon, the compounding salary advantage makes this one of the highest-ROI certifications available to mid-level IT professionals in the region.
12-week study plan
Weeks 1–4
Foundations and Reconnaissance
- Study CEH v13 domains 1–5: ethical hacking fundamentals, footprinting, scanning, enumeration, and vulnerability analysis
- Set up a home lab using Kali Linux and practice passive and active reconnaissance using tools like Maltego and Nmap
- Complete 50–75 practice questions per week focused on the foundational domains to identify knowledge gaps early
Weeks 5–8
Attack Techniques and Exploitation
- Work through domains 6–14 covering system hacking, malware threats, sniffing, social engineering, DoS, session hijacking, and web application attacks
- Practice exploitation techniques in a controlled lab environment using Metasploit, Burp Suite, and Wireshark
- Take one full-length timed mock exam and review every incorrect answer with reference to the official EC-Council courseware
Weeks 9–12
Advanced Domains, Review, and Exam Readiness
- Cover remaining domains including SQL injection, hacking wireless networks, mobile platforms, IoT, cloud computing, and cryptography
- Run two additional full-length practice exams under real exam conditions — 125 questions in 4 hours — targeting 75%+ consistently
- Review flagged weak areas daily and use EC-Council's iLabs platform to reinforce hands-on skills before your scheduled exam date
Recommended courses
Exam tips
- 1.CEH v13 questions are scenario-based — when in doubt, choose the answer that reflects the correct sequence of the EC-Council hacking methodology: Reconnaissance → Scanning → Gaining Access → Maintaining Access → Covering Tracks.
- 2.Learn the specific tools EC-Council associates with each phase. The exam frequently tests whether you know that Nmap is for scanning, Metasploit for exploitation, and Steghide for steganography — knowing the canonical tool per task beats memorizing how each tool works in depth.
- 3.Pay close attention to the CEH v13 additions around AI-powered attacks, IoT hacking, and OT/SCADA systems — these newer domains are under-studied by most candidates but appear with increasing frequency in the question pool.
- 4.Do not rely solely on memory dumps or brain dumps for preparation. EC-Council actively refreshes question pools and the v13 update introduced new scenario-based question formats that test applied judgment, not just recall.
- 5.For the iLabs practical component, practice completing tasks within time constraints. Many candidates are comfortable with the concepts but slow in execution — drilling common tasks like running an Nmap scan, capturing traffic in Wireshark, and configuring a firewall rule builds the speed you need.