Instructor-led learning
Concepts are explained in live sessions with room for questions and guided practice.
Learn ethical hacking through authorized security labs covering Kali Linux, networking, reconnaissance methodology, vulnerability assessment, web application security, penetration-testing concepts and professional security reporting. Build practical skills for identifying weaknesses, understanding risk and recommending remediation.
Connect each course concept to a practical task, test the result and explain why the approach works.

The page focuses on verifiable training support without job or salary guarantees.
Concepts are explained in live sessions with room for questions and guided practice.
Practice the tools and workflows introduced in each module.
Use connected skills in course projects and review sessions.
Receive resume, interview and job-search guidance as applicable; outcomes are not guaranteed.
Ask the branch about current classroom and online-live batch options.
Certificate availability applies after meeting the stated course requirements.
The curriculum moves from foundations to practical application.
Guided concepts and practical exercises using Kali Linux.
Guided concepts and practical exercises using Networking.
Guided concepts and practical exercises using Nmap.
Guided concepts and practical exercises using Wireshark.
Guided concepts and practical exercises using Vulnerability Assessment.
Guided concepts and practical exercises using Burp Suite.
Guided concepts and practical exercises using OWASP ZAP.
Guided concepts and practical exercises using OWASP Top 10:2025.
Guided concepts and practical exercises using CVE / CWE / CVSS.
Guided concepts and practical exercises using Security Reporting.
Progress through explanation, demonstration, guided practice and review.
Understand the concept and where it is used.
Follow an instructor-led demonstration.
Complete guided labs and assignments.
Build projects and review your approach.
Every project uses an owned or explicitly authorized, isolated training environment.
Review scanner output, validate approved findings and prioritise remediation.
Assess an intentionally vulnerable application and explain risk and fixes.
Review segmentation, service exposure, identity controls and evidence inside an isolated lab.
Assess, report, present and retest a complete approved training environment.
Outcomes depend on attendance, practice and completion of the assigned work.
Demonstrate this capability through exercises or project work.
Demonstrate this capability through exercises or project work.
Demonstrate this capability through exercises or project work.
Demonstrate this capability through exercises or project work.
Demonstrate this capability through exercises or project work.
No Permission = No Security Test.
Apply professional judgement and retain evidence.
Apply professional judgement and retain evidence.
Apply professional judgement and retain evidence.
Apply professional judgement and retain evidence.
Apply professional judgement and retain evidence.
Apply professional judgement and retain evidence.
Apply professional judgement and retain evidence.
Apply professional judgement and retain evidence.
Build a professional method before relying on advanced tools.
Security tools and findings feel disconnected from scope, evidence and risk.
Evaluate common network and web risks, document evidence and prepare remediation-focused reports.
Attend at the Nipuna Technologies Vijayawada centre or ask about currently available online-live options.
Door No. 40-27-88/1, 3rd Floor, Lohia Towers, KP Nagar, Opposite Nirmala Convent, Vijayawada, Andhra Pradesh 520010
+91 99858 58639
admin@nipunatechnologies.com
Suitable for CSE/IT, BCA, B.Sc CS, MCA and degree learners; networking, CCNA, Linux and Windows Server learners; developers, IT support, system administrators, graduates and working professionals.
Build authorized assessment capability through foundation-first learning.
Build authorized assessment capability through foundation-first learning.
Build authorized assessment capability through foundation-first learning.
Build authorized assessment capability through foundation-first learning.
Build authorized assessment capability through foundation-first learning.
Build authorized assessment capability through foundation-first learning.
Basic computer knowledge is sufficient. Networking and Linux knowledge are helpful; required foundations are provided.
TCP/IP, ports and protocols are covered.
Required Kali and Linux concepts are introduced.
Each stage adds context, safe validation, risk reasoning and reporting.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Assess, document and explain this stage.
Use isolated, intentionally vulnerable and restorable training environments only.
Kali setup, networking and packet analysis.
Asset discovery, service identification and attack-surface mapping.
Scanner interpretation, false-positive review and risk prioritisation.
HTTP analysis, proxy workflow, OWASP, access control and input validation.
Authentication, network, endpoint and authorized wireless awareness.
Evidence, reporting, remediation, retesting and final assessment.
Use approved hosts, test users, services and an intentionally vulnerable application.
Explain what the vulnerability is, why it matters and how the organisation should fix it.
Keep the future defensive Cyber Security programme separate.
Attack surface, assessment, vulnerabilities, web security, VAPT and reporting.
Governance, network defence, endpoint, SOC/SIEM, identity and incident response.
TCP/IP, routing, DNS, DHCP, ports and protocols provide the foundation.
Administers servers; this course uses Kali for authorized assessment.
Tools remain version-aware and grouped by purpose.
Kali Linux
Wireshark
Nmap
Burp Suite Community / OWASP ZAP
Bash and Python awareness
OWASP Top 10:2025, CVE, CWE and CVSS
Role eligibility depends on networking, operating systems, practical skills, projects, communication, education and interview performance.
Employment, salary, interview calls and placement are not guaranteed.
Employment, salary, interview calls and placement are not guaranteed.
Employment, salary, interview calls and placement are not guaranteed.
Employment, salary, interview calls and placement are not guaranteed.
Employment, salary, interview calls and placement are not guaranteed.
Employment, salary, interview calls and placement are not guaranteed.
Employment, salary, interview calls and placement are not guaranteed.
Employment, salary, interview calls and placement are not guaranteed.
Professional reasoning comes before severity claims.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Explain the evidence and decision.
Modules can be updated, reordered or disabled from the admin panel.
Understand the purpose and boundaries of professional security testing.
Understand network communication before testing network security.
Work confidently in a Kali Linux security lab.
Plan a professional assessment before using any security tool.
Build an authorized attack-surface inventory.
Identify exposed services and interpret their security significance.
Assess, validate and prioritise security findings.
Evaluate common network controls in an authorized lab.
Evaluate identity controls and recommend stronger security.
Understand web applications before assessing security.
Identify and explain common web application security risks.
Understand modern security risks without expanding beyond course scope.
Produce a professional security assessment report.
Perform and explain a structured authorized assessment from scope to report.
Ethical hacking is authorized security testing performed within an agreed scope to identify weaknesses and recommend improvements.
Yes, when security testing is performed only on systems the tester owns or has explicit authorization to assess. Nipuna practical activities use authorized lab environments.
Yes.
Yes, the security-relevant networking fundamentals are covered.
Linux and Kali fundamentals required for security testing are included. Full Linux Administration remains separate.
Yes.
Yes.
Yes, including vulnerability-assessment and penetration-testing methodology.
Wireless-security concepts may be demonstrated only using Nipuna-owned or explicitly authorized lab equipment.
Python may be introduced for security automation awareness; this is not a complete Python course.
AI-assisted analysis may support learning and reporting with mandatory human validation.
No. Official CEH certification is an independent EC-Council process.
Yes, using authorized lab environments.
Only when they own the system or have explicit authorization. Third-party systems must never be tested without permission.
No.
Nipuna Technologies is on the 3rd Floor of Lohia Towers in KP Nagar, opposite Nirmala Convent, Vijayawada, Andhra Pradesh 520010.
Classroom, live-online or hybrid options depend on the active batch. Contact Vijayawada admissions to confirm the current mode, timetable, authorized-lab schedule and free-demo availability.
Ask about the current trainer, timetable, mode, fee and demo availability.