⚡ OFFENSIVE SECURITY TRAINING PROGRAM  |  🎯 10 Days · 40 Hours Intensive  |  🛡️ 100% OSSTMM & OWASP Aligned  |  🌐 Network · Web · Mobile Android PT  |  🔑 Active Directory & Multi-Hop Pivoting  |  ☁️ Cloud & AI/LLM Security Awareness  |  🏆 Securium Solutions Certified ⚡ OFFENSIVE SECURITY TRAINING PROGRAM  |  🎯 10 Days · 40 Hours Intensive  |  🛡️ 100% OSSTMM & OWASP Aligned  |  🌐 Network · Web · Mobile Android PT  |  🔑 Active Directory & Multi-Hop Pivoting  |  ☁️ Cloud & AI/LLM Security Awareness  |  🏆 Securium Solutions Certified
SECURIUM SOLUTIONS · OFFENSIVE PROGRAM (40 HOURS)

Offensive Security Training Program

Master real-world offensive penetration testing across Network, Web Applications, and Android Mobile environments. Built on pure OSSTMM and OWASP methodologies, enriched with Active Directory attack paths, multi-hop pivoting, API security, and strategic Cloud/AI awareness.

40 Hours (10 Days × 4 Hrs) OSSTMM & OWASP Aligned Tiered Depth Strategy (L1 / L2 / L3) Offline VM Lab & Day 10 Capstone
₹75,000+
₹2999

Lifetime Access

40h
Intensive Duration
6
Core Modules
25+
Hands-on Labs
100%
Practical Focus
Lifetime
Access

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Tools & Technologies We Covered

kalki Linux Burp Suite OWASP ZAP Nmap Wireshark John the Ripper Hash Cat SQL Map Metasploit Framework Metasploit Framework
Pedagogical Framework

Tiered Depth Coverage Strategy

A realistic 40-hour curriculum demands strict focus. Rather than shallowly skimming 40 different tools, this program uses a structured 3-tier model to ensure deep, hireable proficiency where it matters most, backed by guided practicals and strategic briefings.

Tier 1 — Core (Hands-On Labs)

Lab-Dense Full Mastery

Extensive multi-session deep-dives featuring dedicated VM environments, manual verification, and exploit development.

  • Network PT Foundations & Exploitation (Days 1–2)
  • Web Application PT (Trainer-Paced Days 4–5)
  • Mobile Android Penetration Testing (Days 6–7)
  • OSSTMM Reporting & Day 10 Capstone
Tier 2 — Practical (Intro + Lab)

Compact Intro + Guided Practical

Essential enterprise offensive tradecraft delivered through structured conceptual briefings followed by 1–2 guided end-to-end labs.

  • Active Directory Attack Paths & BloodHound (Day 3)
  • Multi-Hop Pivoting (Chisel & Ligolo-ng) (Day 3)
  • OWASP API Top 10 BOLA/BOPLA Exploitation (Day 5)
  • Deserialization & SSTI Verification (Day 5)
Tier 3 — Strategic Awareness

Instructor Demos & Briefings

High-level threat briefings and live demonstrations designed to provide real-world literacy without cognitive overload.

  • Cloud Metadata SSRF Chain (AWS/Azure/GCP) (Day 8)
  • Docker Socket & Kubernetes Misconfigs (Day 8)
  • AI/LLM OWASP Top 10 & Prompt Injection (Day 9)
  • IoT/OT Purdue Model & Firmware Analysis (Day 9)

The Dual-Standard Policy: OSSTMM + OWASP Only

To maintain extreme practical relevance and eliminate academic bloat, this course is calibrated strictly around OSSTMM v3 for infrastructure/network methodology and reporting, and the OWASP Family (WSTG, MASTG, MASVS, API Top 10, LLM Top 10, Risk Rating Methodology) for applications.

OSSTMM v3 OWASP Top 10 OWASP MASTG OWASP API
Key Competencies

What You Will Master & Execute

Every learning objective is directly tied to actionable skills required in commercial penetration testing engagements.

OSSTMM Engagement Planning & Scoping

Plan, scope, and execute tests within ethical boundaries and legal rules of engagement using OSSTMM testing phases.

Modern Network Service Enumeration

Perform targeted discovery across modern corporate protocols: SMB, LDAP, Kerberos, RPC, and HTTP with Nmap & Kerbrute.

Vulnerability Assessment & Triage

Execute authenticated vulnerability scans (Greenbone/GVM, Nessus), eliminate false positives, and apply OWASP Risk Ratings.

Manual Exploitation & Privilege Escalation

Craft manual exploit PoCs before using Metasploit, elevate privileges on Windows & Linux, and extract credentials safely.

Active Directory Attack Paths

Enumerate domain trusts, execute Kerberoasting & AS-REP roasting, and graph lateral movement paths using BloodHound.

Multi-Hop Pivoting & Tunnelling

Bypass network segmentation using Chisel, Ligolo-ng, and Proxychains to reach isolated internal subnets from DMZ hosts.

OWASP Top 10 Web PT (SQLi Flagship)

Exploit union, error, boolean, and time-based blind SQLi to full DB extraction, plus XSS, JWT flaws, IDOR, SSRF, and XXE.

OWASP API Top 10 (BOLA & BOPLA)

Discover endpoints, analyze JSON payloads, and exploit Broken Object Level Authorization (BOLA) on modern REST APIs.

OWASP MASTG Android Penetration Testing

Decompile APKs with Jadx/APKTool, intercept mobile traffic, bypass SSL pinning with Frida/objection, and hook runtime APIs.

Cloud, Container & AI Security Awareness

Execute metadata SSRF to harvest cloud IAM tokens, audit Docker/K8s misconfigurations, and exploit LLM prompt injection.

OSSTMM Reporting with OWASP Risk Rating

Draft client-ready penetration testing reports featuring executive summaries, technical verification proof, Likelihood × Impact ratings, and actionable remediation steps for engineers.

Full Syllabus Walkthrough

Course Breakdown

Explore every session, technical objective, toolset, and hands-on lab activity across the 10-day offensive security program.

01

Module 1: Network Penetration Testing — Foundations, Recon & Assessment

OSSTMM Methodology · Passive OSINT · Modern Service Enumeration · Vulnerability Triage
Tier 1 · Core
Session 1 60 min
OSSTMM Methodology, Scoping & Lab Initiation
  • Cyberattack lifecycle overview: offensive vs defensive mindsets
  • OSSTMM baseline for infrastructure testing: Preparation → Survey → Verification → Analysis → Reporting
  • Scoping, Rules of Engagement (RoE), contracts & legal/ethical boundaries
  • Lab VM environment setup, network topology, VPN & evidence logging rules
Session 2 60 min
Reconnaissance & OSINT Lead Generation
  • Passive vs active reconnaissance tradecraft
  • OSINT data sources: WHOIS, DNS records, historical IP changes & certificates
  • Search-dorking operators & Shodan search syntax for internet-exposed assets
  • Automated OSINT tooling: theHarvester, Recon-ng, Maltego relationship mapping
Session 3 60 min
Scanning & Modern Service Enumeration
  • Host discovery & port scanning strategies (Nmap top-ports vs full range)
  • Service/version detection, banner grabbing & Nmap Scripting Engine (NSE)
  • Modern enumeration focus: SMB (null/guest sessions), LDAP, Kerberos, RPC, HTTP
  • De-emphasizing legacy protocols (Telnet/FTP/NetBIOS) in favor of modern enterprise stacks
Session 4 60 min
Vulnerability Assessment & Practical Triage
  • Automated scanning with Greenbone/GVM and Nessus: authenticated vs unauthenticated
  • Interpreting scan output & identifying tool hallucinations (false positives)
  • Practical triage using OWASP Risk Rating (Likelihood × Impact → Low/Medium/High)
  • Preparing a prioritized target list for manual exploitation verification
Hands-On Lab Activity:

Perform complete passive OSINT on a sample organization, execute targeted Nmap service scans on Windows & Linux hosts, produce a structured service inventory, run an authenticated Greenbone scan, and manually validate the top 3 critical vulnerabilities.

Key Tools: Nmap, enum4linux-ng, smbclient, ldapsearch, rpcclient, kerbrute, Greenbone/GVM, Nessus, theHarvester, Shodan.
02

Module 2: Network Penetration Testing — Exploitation & Privilege Escalation

Manual-First Exploitation · Password Spraying · Windows/Linux PrivEsc · Guided Lab
Tier 1 · Core
Session 1 60 min
Exploitation Fundamentals (Manual-First)
  • Vulnerability-to-exploit mapping: reading advisories, CVE details & PoC code
  • Manual exploitation workflow: validating flaws, crafting payloads, confirming shells
  • Metasploit console essentials: modules, handlers, staged vs non-staged payloads
  • Meterpreter core operations, shell stability, and dealing with exploit failures
Session 2 60 min
Password Attacks, Spraying & MFA Bypass
  • Online brute-forcing (Hydra/Medusa) vs offline hash cracking (John, Hashcat)
  • Password spraying: few passwords across many accounts & lockout threshold safety
  • MFA bypass fundamentals: OTP interception concepts, fatigue, and recovery abuse
  • Responsible targeting guidelines and staying strictly inside scoping thresholds
Session 3 60 min
Post-Exploitation & Privilege Escalation
  • Windows PrivEsc: unquoted service paths, scheduled tasks, token impersonation
  • Linux PrivEsc: SUID/SGID binaries, sudo misconfigs, crontabs, writable scripts
  • Credential harvesting: memory dumps, SAM hashes, and Mimikatz ticket extraction
  • Automated enumeration helpers: LinPEAS, WinPEAS, PowerUp
Session 4 60 min
Guided Network Pentest Lab Challenge
  • Integrating the full attack lifecycle: Recon → Enumeration → Exploit → PrivEsc
  • Multi-target enterprise network lab simulation with Windows and Linux nodes
  • OSSTMM-standard evidence collection: commands, timestamps, hashes & screenshots
  • Drafting initial technical findings with OWASP Risk Rating scores
Day 2 Hands-On Lab Activity:

Exploit a known CVE manually using a custom python PoC, elevate privileges on both a Linux and Windows box to SYSTEM/root, extract credentials using Mimikatz/hashdump, and document three complete findings with verifiable evidence.

Key Tools: Metasploit Framework, Netcat, searchsploit, Hydra, John the Ripper, Hashcat, Mimikatz, LinPEAS, WinPEAS, PowerUp.
03

Module 3 (Extended): Active Directory, Pivoting & Evasion Fundamentals

Kerberoasting · BloodHound Attack Paths · Chisel / Ligolo Pivoting · LOLBAS · Artefacts
Tier 2 / Tier 3
Session 1 (Tier 2) 60 min
Active Directory Attack Paths & Kerberos Abuse
  • AD concepts for penetration testers: Domains, Forests, OUs, GPOs, SPNs
  • Kerberoasting service account SPNs & offline hash cracking with Hashcat
  • AS-REP roasting accounts with pre-authentication disabled
  • BloodHound: collecting SharpHound data, analyzing shortest paths to Domain Admin
  • DCSync & Golden/Silver ticket tradecraft (conceptual awareness)
Session 2 (Tier 2) 60 min
Network Pivoting, Tunnelling & Relaying
  • Network segmentation, DMZs, firewalls & why pivoting is vital in modern testing
  • Port forwarding, SSH dynamic local/remote tunnels, and SOCKS proxies
  • Modern pivoting tooling: Chisel reverse tunnels, Ligolo-ng tun interfaces
  • Routing command-line tools into internal subnets using Proxychains
Session 3 (Tier 3) 60 min
Living-off-the-Land (LOLBAS) & C2 Concepts
  • LOLBins: executing binaries without dropping malware (certutil, mshta, rundll32, wmic)
  • Why modern attackers leverage native binaries to bypass signature-based antivirus
  • Command-and-Control (C2) architecture overview: Listeners, Beacons, Tasking
  • High-level tour of modern open-source C2 frameworks (Sliver, Havoc, Cobalt Strike concepts)
Session 4 (Tier 2) 60 min
Evasion & Detection Awareness (Introductory Purple Lens)
  • How Antivirus and EDR work: signature detection vs behavioral telemetry
  • Common attack artefacts: Windows Event Logs (4688, 4624), Sysmon, spawned processes
  • OPSEC discipline: minimizing noisy command execution and artifact footprints
  • Lab walkthrough: executing a LOLBin action and inspecting host event logs together
Hands-On Lab Activity:

Request service tickets using Impacket GetUserSPNs, crack Kerberos hashes offline, visualize attack paths in BloodHound to identify the path to Domain Admin, and pivot traffic through a dual-homed host via Chisel/Proxychains to reach an internal database subnet.

Key Tools: BloodHound, Impacket (GetUserSPNs, getTGT), Rubeus, Chisel, Ligolo-ng, Proxychains, Windows Event Viewer, Sysmon.
04

Module 4: Web Application Penetration Testing — Part 1

HTTP Internals · Burp Suite Proxy · OWASP Top 10 · Deep SQL Injection · XSS Essentials · Auth Flaws
Tier 1 · Trainer-Paced
Trainer-Paced Delivery: Session timings on Days 4 & 5 are flexible. The trainer works through the technical topic flow according to cohort speed, with dedicated deep focus on SQL Injection.
Topic Flow 1 Trainer-Paced
HTTP Fundamentals & Burp Suite Proxy Setup
  • HTTP/HTTPS request-response cycles, methods, headers, status codes, cookies, encodings
  • Configuring Burp Suite / OWASP ZAP: CA certificate installation, request interception
  • Burp Repeater, Intruder, and Decoder workflows for rapid payload fuzzing
  • OWASP Top 10:2021 overview and 2025 draft preview analysis
Topic Flow 2 Trainer-Paced
Web Reconnaissance, Content Discovery & Endpoint Hunting
  • Automated directory and file discovery with ffuf and Gobuster
  • Spidering, crawling & application technology fingerprinting (Wappalyzer)
  • Mining client-side JavaScript files for hidden API routes, endpoints & developer secrets
  • Mapping the complete application attack surface and parameter inventory
Topic Flow 3 (Flagship) Core Depth
SQL Injection (SQLi) — In-Depth Exploitation
  • Mechanisms of SQLi: string concatenation, database syntax differences
  • Union-based SQLi: determining column count, matching data types, schema extraction
  • Error-based SQLi & blind SQLi (Boolean-based and Time-based inference)
  • Automating extraction with sqlmap & code-level parameterized query remediation
Topic Flow 4 Trainer-Paced
XSS Essentials & Authentication / Session Attacks
  • Cross-Site Scripting (XSS) essential block: Reflected, Stored, and DOM-based
  • High-impact XSS payloads: cookie theft, CSRF execution & phishing overlays
  • Broken Authentication: credential stuffing, session fixation, insecure cookies
  • JSON Web Token (JWT) inspection: algorithm confusion ('none'), secret brute-forcing
Hands-On Lab Activity:

Perform content fuzzing with ffuf on a vulnerable web application (OWASP Juice Shop / DVWA), exploit Union and Blind SQL injection manually in Burp Repeater, automate database dump via sqlmap, execute stored XSS, and bypass authentication using JWT parameter manipulation.

Key Tools: Burp Suite Community/Pro, OWASP ZAP, sqlmap, ffuf, Gobuster, Wappalyzer, OWASP Juice Shop, DVWA.
05

Module 5: Web PT (Part 2) & OWASP API Security

IDOR · SSRF · File Uploads · Insecure Deserialization / SSTI · OWASP API Top 10 (BOLA/BOPLA) · Web Capstone
Tier 1 · Trainer-Paced
Topic Flow 1 Trainer-Paced
Access Control & Server-Side Vulnerabilities
  • Insecure Direct Object References (IDOR) & horizontal/vertical privilege escalation
  • Server-Side Request Forgery (SSRF): attacking internal localhost & metadata endpoints
  • XML External Entity (XXE) injection & unrestricted file upload to remote code execution (RCE)
  • OS command injection: input sanitization bypasses and reverse shell triggers
Topic Flow 2 Tier 2 Practical
Insecure Deserialization & SSTI (Awareness + Lab)
  • Serialization concepts in Python (pickle), PHP, and Java
  • Insecure deserialization risks and identifying serialization magic bytes
  • Server-Side Template Injection (SSTI): detecting template engines (Jinja2, Twig)
  • Escalating template injection to OS shell execution with a guided lab
Topic Flow 3 (Priority) Tier 2 Practical
OWASP API Security Top 10:2023 (BOLA & BOPLA)
  • API discovery, OpenAPI/Swagger documentation parsing & parameter fuzzing
  • Broken Object Level Authorization (BOLA): accessing cross-tenant user objects
  • Broken Object Property Level Authorization (BOPLA / Mass Assignment)
  • Modern identity briefings: OAuth 2.0 redirect-URI abuse, OIDC, SAML & GraphQL/WebSocket risks
Topic Flow 4 Module Capstone
Web Application Capstone Mini-Engagement
  • Simulated black-box web application assessment against a multi-tier vulnerable target
  • Identifying multiple chained vulnerabilities: Auth Bypass → IDOR → File Upload → Shell
  • Documenting findings using the OWASP Risk Rating Methodology (Likelihood × Impact)
  • Writing developer-friendly remediation guidance for web engineering teams
Hands-On Lab Activity:

Exploit an IDOR to access administrative records, execute an unrestricted file upload to obtain an interactive web shell, trigger SSRF to query an internal service, exploit BOLA & BOPLA on a vulnerable REST API, and document three complete vulnerability findings for the Web Capstone.

Key Tools: Burp Suite, Postman, curl, tplmap, vulnerable REST API endpoint, OWASP Juice Shop, DVWA.
06

Module 6: Mobile Application Penetration Testing (Android) — Part 1

Android Architecture · OWASP MASVS / MASTG · Static Analysis (Jadx/MobSF) · Dynamic Interception · SSL Pinning
Tier 1 · Core
Session 1 60 min
Mobile Security Fundamentals & MASVS Baseline
  • Android architecture: Linux kernel, ART/Dalvik VM, sandboxing, permissions model
  • Core app components: Activities, Services, Broadcast Receivers, Content Providers, IPC
  • OWASP Mobile Top 10:2024 walkthrough in plain language
  • OWASP MASVS v2 & MASTG testing methodology; emulator setup vs physical devices
  • Brief high-level iOS security architecture overview (awareness only; depth in Phase 2)
Session 2 60 min
Static Analysis — APK Decompilation & Manifest Audit
  • APK structure: AndroidManifest.xml, classes.dex, resources.arsc, assets, signatures
  • Decompilation workflows with Jadx-GUI (Java source) and APKTool (Smali disassembly)
  • Auditing AndroidManifest: exported components, debuggable flags, backup policies
  • Hunting hardcoded API keys, credentials & insecure storage (SharedPreferences, SQLite)
  • Automated static vulnerability scanning with MobSF (Mobile Security Framework)
Session 3 60 min
Dynamic Analysis — Proxy Interception & SSL Pinning Bypass
  • Configuring Burp Suite proxy with Android emulators (Android Studio / Genymotion)
  • Installing user vs system CA certificates on Android Nougat+ (Magisk/root techniques)
  • Understanding SSL/TLS pinning implementations (TrustManager, NetworkSecurityConfig)
  • Bypassing SSL pinning dynamically using Frida and Objection scripts
  • Runtime filesystem analysis: checking internal storage, databases, and logcat logs
Session 4 60 min
Practical Consolidation & Vulnerable APK Checkpoint
  • Executing static and dynamic analysis together on a fresh vulnerable Android target
  • Pairing learners for structured triage of discovered mobile flaws
  • Instructor checkpoint: validating captured evidence and proxy request logs
  • Identifying security gaps and remediating emulator environment issues
Hands-On Lab Activity:

Decompile an Android APK using Jadx, discover hardcoded API tokens in source code, audit an exported activity in AndroidManifest.xml, configure Burp Suite to intercept app HTTPS traffic on an emulator, and execute an Objection script to bypass SSL certificate pinning.

Key Tools: Android Studio / Genymotion, MobSF, Jadx-GUI, APKTool, Burp Suite, Frida, Objection, adb, logcat.
07

Module 7: Mobile Application Penetration Testing (Android) — Part 2

Frida Hooking · Runtime Secret Extraction · MASVS Checklist Audit · Android Capstone & Reporting
Tier 1 · Core
Session 1 60 min
Advanced Dynamic Testing & Custom Frida Hooks
  • Writing basic JavaScript Frida hooks to intercept Java methods at runtime
  • Overriding method return values (bypassing boolean checkAuth() and checkRoot())
  • Extracting encryption keys and session tokens stored in process memory
  • Anti-root and anti-debugging protection mechanisms and bypass logic
  • App repackaging and signature verification concepts
Session 2 60 min
MASVS-Driven Systematic Security Checklist
  • Auditing apps against OWASP MASVS categories: Storage, Cryptography, Auth, Network, Platform
  • Differentiating compliant vs non-compliant mobile implementations
  • Evidence gathering: request-response pairs, logcat output, memory dumps, screenshots
  • Using a structured MASVS audit worksheet to ensure 100% test case coverage
Session 3 60 min
Android Capstone Practical Lab
  • Independent black-box penetration test of a newly assigned vulnerable Android app
  • Executing static audit, manifest review, dynamic proxying, and runtime hooking
  • Exploiting a critical flaw end-to-end (e.g. exporting IPC provider or bypassing biometric PIN)
  • Gathering client-ready technical proof of concept for the final deliverable
Session 4 60 min
Mobile Findings Documentation & Remediation
  • Formatting mobile findings: context, reproduction steps, evidence, OWASP Risk Rating
  • Providing actionable remediation: Android Keystore, EncryptedSharedPreferences, TLS configs
  • Integrating mobile assessment results into the consolidated penetration test report
  • Peer review and instructor evaluation of mobile report drafts
Day 7 Hands-On Lab Activity:

Write a custom Frida hook to bypass a biometric/PIN verification function at runtime, extract an AES encryption key from memory, complete the MASVS compliance worksheet for a target APK, and produce a formal mobile penetration test finding report.

Key Tools: Frida CLI, Frida scripts, Objection, Jadx, Android Keystore explorer, adb shell, reporting worksheet.
08

Module 8: Cloud & DevOps Security Awareness (With 1 Basic Lab)

AWS/Azure/GCP Basics · Metadata SSRF Chain (IMDS) · Docker & Kubernetes Misconfigs · CI/CD Secrets
Tier 3 · Strategic Awareness
Session 1 60 min
Cloud Security Foundations (AWS / Azure / GCP)
  • Cloud service models (IaaS / PaaS / SaaS) & the Shared Responsibility Model
  • Common cloud misconfigurations: exposed storage buckets, permissive security groups
  • IAM fundamentals: Users, Roles, Policies, AssumeRole, and dangerous permission abuse
  • Cloud auditing tool tour: Prowler, ScoutSuite, Pacu (overview and report demonstration)
Session 2 (Practical) Guided Lab
Cloud Attack Chain: SSRF to Metadata Credentials
  • The classic cloud attack chain: SSRF → Instance Metadata Service (IMDS) → IAM Credentials
  • IMDSv1 vs IMDSv2: header requirements and why versioning prevents exploitation
  • Harvesting temporary AWS security tokens from metadata and querying S3 buckets
  • Hands-on execution on a controlled lab SSRF machine
Session 3 60 min
Docker & Kubernetes Security Awareness
  • Containers vs Virtual Machines; Docker daemon, Dockerfile, and registries
  • Common Docker risks: exposed Docker socket (/var/run/docker.sock), privileged containers
  • Kubernetes basics for pentesters: Control plane, Nodes, Pods, ServiceAccounts, Secrets
  • Live Instructor Demo: show an insecure K8s dashboard & extracted plaintext secrets
  • Explicit scope note: complex container breakouts and RBAC escalations belong to Phase 2
Session 4 60 min
CI/CD Pipelines & Secrets Leakage Awareness
  • DevOps CI/CD delivery pipelines (GitHub Actions, GitLab CI, Jenkins) overview
  • Where secrets leak: commit history, pipeline environment variables, build logs, docker images
  • Pipeline security: overly permissive runner tokens and malicious pull requests
  • Secret scanning demo and lab exercise using Gitleaks and Trufflehog on sample repositories
Day 8 Hands-On Lab Activity:

Execute a guided SSRF exploit against a mock cloud app to query the 169.254.169.254 metadata endpoint, harvest temporary cloud credentials, access a private mock storage bucket, and scan a seeded Git repository using Gitleaks to uncover leaked AWS access keys.

Key Tools: curl, AWS CLI, Gitleaks, Trufflehog, Docker CLI (demo), kubectl (demo), Prowler / ScoutSuite (demo output).
09

Module 9: Emerging Technology Awareness — AI/LLM, IoT/OT & Briefings

OWASP LLM Top 10 · Prompt Injection Demo · IoT/OT Purdue Model · Firmware Analysis · Wireless & SE Briefings
Tier 3 · Strategic Awareness
Session 1 60 min
AI & LLM Security Basics (Plain Language)
  • Understanding LLM applications: System prompts, user inputs, RAG retrieval, tool calling
  • Why LLM vulnerabilities differ from classic code flaws (non-deterministic behavior)
  • OWASP Top 10 for LLMs walkthrough: Prompt Injection, Sensitive Information Disclosure, Insecure Output
  • Real-world case studies: jailbreaks, data exfiltration via indirect prompt injection
Session 2 (Practical) Guided Demo
LLM Guided Prompt Injection Demo & Scoping
  • Hands-on guided exercise: crafting prompt injections against a sample customer service bot
  • Extracting hidden system prompts and leaking mock API keys
  • Discussion: how penetration testers scope AI/LLM components in real commercial projects
  • Understanding defensive guardrails, rate-limiting, and when AI is out-of-scope
Session 3 (Practical) 60 min
IoT / OT & Embedded Firmware Fundamentals
  • IoT attack surfaces: device firmware, companion mobile apps, cloud APIs, local RF
  • OT / ICS systems overview: differences from enterprise IT, the Purdue model, Modbus & S7
  • Safety-first principles: why live ICS attacks are never conducted without specialized testbenches
  • Firmware static analysis basics: unpacking images with Binwalk and hunting hardcoded secrets
Session 4 60 min
Adjacent Domain Briefings (Wireless, Thick-Client, SE, Physical)
  • Wireless (15 min): WPA2/WPA3, PMKID 4-way handshake capture, Evil-Twin attacks
  • Thick-Client (15 min): .NET/Java desktop app testing, DLL hijacking, memory inspection
  • Social Engineering (15 min): Phishing anatomy, credential harvesting, ethical boundaries
  • Physical Security (15 min): Tailgating, badge cloning, lock security culture
Hands-On Lab Activity:

Perform prompt injection on an LLM application to extract a confidential mock secret key from the system context, and run Binwalk and Firmwalker on a sample IoT router firmware binary to extract root filesystem credentials and hardcoded private keys.

Key Tools: Local/Hosted LLM sample app, Binwalk, Firmwalker, strings, sample router firmware image.
10

Module 10: Professional Reporting, Scripting & Final Capstone

OSSTMM Reporting Model · OWASP Risk Rating · Offensive Scripting · Practical Capstone · Certification
Tier 1 · Core
Session 1 60 min
Professional Penetration Testing Reporting
  • Anatomy of an elite pentest report: Executive summary, Scope, Methodology, Technical findings
  • The OSSTMM reporting model: metrics, operational limitations, test boundaries
  • OWASP Risk Rating Methodology in practice: Likelihood × Impact calibration (Low/Med/High/Critical)
  • Writing for C-suite executives vs engineering teams; evidence & screenshot standards
  • Retesting workflows: verified-fixed vs partially-remediated findings
Session 2 60 min
Scripting Fundamentals for Penetration Testers
  • When to write a custom script vs when to use existing tools
  • Bash & PowerShell essentials: loops, piping, grep/awk/sed, output filtering, automated port sweeps
  • Python for security testers: using the 'requests' library to fuzz endpoints, replay requests, parse JSON
  • Building lightweight automation: parsing Nmap XML/grepable output directly into a CSV matrix
Session 3 60 min
Capstone Practical Assessment (Time-Boxed)
  • Simulated real-world mini-engagement: learners select a Network, Web, or Mobile track
  • End-to-end execution: Recon → Discovery → Vulnerability Validation → Exploitation → Evidence
  • Enforcing strict legal Rules of Engagement and time boundaries
  • Instructor evaluation using a standardized offensive grading rubric
Session 4 60 min
Report Submission, Responsible Disclosure & Wrap-Up
  • Assembling and submitting the consolidated professional penetration testing report
  • Responsible disclosure principles: Coordinated Vulnerability Disclosure (CVD) & Bug Bounties
  • Securium Solutions Certificate of Completion award criteria review
  • Phase 2 Advanced Program Roadmap briefing and self-study resource delivery
Day 10 Capstone Assessment:

Execute a time-boxed penetration test against an unannounced target system, obtain proof-of-concept evidence, rate findings using the OWASP Risk Rating Methodology, and submit a complete, client-ready report structured according to the OSSTMM reporting model.

Key Tools: Python, Bash, PowerShell, Reporting Template, OWASP Risk Rating Calculator, Full 10-day toolchain.
OUR MISSION

A Note from Our Founders

"We saw every day how strong talent was being held back by one simple gap — access to real-world offensive security training. Every learner deserves the chance to build practical skills, understand real attack paths, and step into a cybersecurity career with confidence. This program is our commitment to making that possible."

👨‍💼

Sunil Singh

Co-Founder & CEO

Co-Founder & CEO — Securium Solutions | Securium Academy CERT-IN Empanelled | ISO Certified | Govt. of India Recognised

“I built this offensive security program for the learner who wants more than theory. Real recon, exploitation, privilege escalation, and hands-on learning should not be limited to students in big cities. If we make quality training accessible, we create stronger defenders and sharper security professionals across India.”
👩‍💼

Neha Singh

Co-Founder & Director

Co-Founder & Director — Securium Solutions | Securium Academy CERT-IN Empanelled | ISO Certified | Govt. of India Recognised

“Every module in this offensive training program is designed to answer one question — will it help a learner think, operate, and report like a real security professional? We believe world-class training should be practical, affordable, and reachable for every aspiring ethical hacker.”
Battle-Tested Stack

Comprehensive Toolset Reference

Master industry-standard open-source and commercial tools utilized by professional penetration testing consultants globally.

Reconnaissance & OSINT

theHarvester Recon-ng Maltego Shodan Google Dorks WHOIS / Dig

Scanning & Modern Enumeration

Nmap & NSE enum4linux-ng ldapsearch rpcclient smbclient kerbrute Netcat

Vulnerability Assessment & Triage

Greenbone / GVM Nessus Essentials OWASP Risk Calculator Searchsploit

Exploitation & Password Attacks

Metasploit Framework Manual Python PoCs Hydra Medusa John the Ripper Hashcat LinPEAS / WinPEAS Mimikatz

Active Directory & Pivoting

BloodHound Impacket (GetUserSPNs) Rubeus (demo) Chisel Ligolo-ng Proxychains SSH Forwarding

Web Application & API Security

Burp Suite Professional OWASP ZAP sqlmap ffuf Gobuster Wappalyzer Postman OWASP Juice Shop DVWA

Mobile Android Penetration Testing

MobSF (Mobile Security Framework) Jadx-GUI APKTool Frida Core & CLI Objection Android Studio Emulators adb / logcat

Cloud & DevOps Awareness

Prowler (demo) ScoutSuite (demo) Gitleaks Trufflehog Docker CLI kubectl (demo) curl (IMDS SSRF)

Emerging Tech & Firmware Analysis

Binwalk Firmwalker strings OWASP LLM Top 10 Guides Prompt Injection Suites

Reporting & Engagement Management

OSSTMM Reporting Model OWASP Risk Rating Matrix Python Requests Automation Bash / PowerShell Helper Scripts
Curriculum Transparency

Phase 1 (40h) vs Phase 2 Advanced (40h)

A full offensive syllabus with every client request is 120–160 hours. This 40-hour Phase 1 guarantees core mastery, while specialized hardware, deep multi-cloud, and red-team operations are organized into a modular 40-hour Phase 2.

06 Hours High Priority
Advanced Active Directory & Identity

Active Directory Certificate Services (AD CS / ESC1-ESC8), cross-forest trusts, delegation abuse, and Microsoft Entra ID hybrid attacks.

06 Hours High Priority
Deep Multi-Cloud Offensive Testing

Full AWS / Azure / GCP penetration testing, serverless function exploitation, S3/blob data exfiltration, and cross-account privilege escalation.

06 Hours High Priority
Advanced Evasion & Purple Teaming

In-depth EDR evasion, payload obfuscation, AMSI bypasses, unhooking, and full detection engineering coordination with Blue Teams.

04 Hours Medium-High
Containers & Kubernetes Advanced

Live container escape chains, exposed socket exploitation, Kubernetes RBAC privilege escalation, and cluster takeover.

04 Hours Medium
Red-Team C2 Infrastructure & OPSEC

Building resilient Command-and-Control redirectors, domain fronting, Sliver/Havoc configuration, and payload staging.

04 Hours Medium
Wireless Offensive Testing (Hardware Kit)

Dedicated RF lab testing: WPA3 SAE Dragonfly handshake attacks, Evil-Twin with captive portals, PMKID cracking, and 802.1X EAP attacks.

04 Hours Medium
IoT / OT Hardware, Firmware & ICS Depth

Hardware testing with physical kits (UART, JTAG extraction, SPI flash sniffing) and live PLC ladder-logic manipulation (Modbus/S7).

04 Hours Specialized
iOS Application Penetration Testing

Complete OWASP MASTG for iOS: IPA reverse engineering, jailbreak-less instrumentation, keychain dumps, and Objective-C/Swift method swizzling.

04 Hours Specialized
Thick-Client Application Testing

Testing .NET and Java enterprise thick clients: reverse engineering with dnSpy/Bytecode Viewer, inter-process communication, and traffic interception.

Credentials & Evaluation

Assessment Criteria & Securium Certification

The Securium Solutions Certificate of Completion is not awarded for passive attendance. It certifies that the candidate has executed real penetration tests and produced professional reports according to industry standards.

  • 80% Minimum Attendance: Active participation across all 10 scheduled daily sessions.
  • Daily Lab Checkpoints: Successful completion and verification of the hands-on lab exercises for Days 1 through 9.
  • Day 10 Capstone Practical: Time-boxed execution of an end-to-end penetration test across a chosen specialization track.
  • Consolidated Penetration Test Report: Submission of an OSSTMM-compliant report with OWASP Risk Rating scores for all verified vulnerabilities.

Certificate of Completion

OFFENSIVE SECURITY TRAINING PROGRAM · 40 HOURS

Issued by Securium Solutions EdTech Division. Globally verifiable credential with individual candidate verification ID.

Enroll & Secure Your Seat
Eligibility & Pathways

Who Should Attend & Prerequisites

Engineered for technical professionals seeking to transition into offensive security or sharpen practical penetration testing methodology.

Ideal Candidates

  • Aspiring Penetration Testers: Individuals preparing for OSCP, CPENT, or professional consulting careers.
  • SOC Analysts & Blue Teamers: Defenders seeking to understand attacker tradecraft and improve threat detection rules.
  • System & Network Administrators: Engineers responsible for enterprise infrastructure seeking to understand lateral movement and AD attacks.
  • Application & Mobile Developers: Engineers looking to build secure code by understanding real-world SQLi, BOLA, and mobile exploitation.
  • Security Auditors & Compliance Officers: Practitioners seeking technical insight into OSSTMM and OWASP assessment methodologies.

Required Prerequisites

  • Networking Fundamentals: Familiarity with TCP/IP, subnetting, common ports, and the OSI model.
  • Operating System Basics: Comfort with standard Linux (Bash) and Windows command-line utilities.
  • Basic Web Understanding: Fundamental knowledge of how HTTP requests, URLs, and cookies function.
  • No Offensive Experience Required: You do not need prior penetration testing or ethical hacking experience.
  • No Prior Cloud or AI Background Expected: All emerging technology modules are taught from foundational principles.

Student Testimonials

Real feedback from learners in the Offensive Security Training Program

Aarav Mehta

Riya Nair

★★★★★

This training gave me a practical understanding of how real-world offensive security work is done. The recon, scanning, and exploitation flow was explained clearly, and the labs made everything feel real instead of theoretical.

Riya Nair

Aarav Mehta

★★★★★

The web and API security modules were the highlight for me. I finally understood how vulnerabilities are discovered, validated, and reported in a structured way. The hands-on exercises gave me much more confidence than reading theory alone.

Karan Sethi

Nisha Kapoor

★★★★★

The Active Directory and privilege escalation sessions were extremely valuable. The step-by-step approach helped me connect different attack paths and understand how lateral movement works in real enterprise environments.

Nisha Kapoor

Karan Sethi

★★★★★

I joined with a beginner mindset, but the structured curriculum and lab-driven teaching made the learning curve manageable. By the end, I was comfortable with enumeration, exploitation, and the overall penetration testing workflow.

Varun Iyer

Rima Sen

★★★★★

The capstone and practical assignments were a major confidence booster. It felt like a true offensive security journey—covering reconnaissance, exploitation, AD attacks, and final reporting in a way that mirrors real assessment work.

Got Questions?

Frequently Asked Questions

Everything you need to know about course structure, lab access, certifications, and delivery options.

How long is the Offensive Security Training Program?
The intensive edition runs for 10 days and includes 40 training hours, generally four hours per day. The schedule includes structured breaks; web application sessions may be paced by the instructor to allow time for practical exercises.
What background should I have before joining?
Participants should be comfortable with networking fundamentals such as TCP/IP and common ports, basic Linux and Windows command-line use, and introductory web concepts such as HTTP requests. Previous penetration-testing experience is not required, but the program is designed for learners with technical foundations.
Which penetration-testing topics and standards are covered?
The curriculum includes network, web and API, Android, Active Directory, pivoting, and penetration-test reporting, with awareness modules for cloud, AI/LLM, and IoT/OT security. It references OSSTMM for infrastructure testing and reporting and relevant OWASP guidance for web, API, mobile, and application security.
How are the practical labs delivered?
Core practical modules use isolated training environments, including virtual machines, vulnerable web applications and APIs, Active Directory scenarios, and Android emulators. Instructor demonstrations and guided walkthroughs are used where a topic requires more involved infrastructure.
What happens in the Day 10 capstone, and how is completion assessed?
Participants complete a time-boxed practical assessment in a network, web, or mobile track, document evidence, apply OWASP risk-rating concepts, and prepare a penetration-test report using the program's OSSTMM-aligned reporting approach. The stated completion criteria also include at least 80% attendance and daily lab checkpoints.
Is the Phase 2 advanced program required?
No. Phase 2 is an optional advanced 40-hour modular roadmap for learners who want to explore topics such as advanced Active Directory, cloud, Kubernetes, wireless, IoT/OT, and iOS application testing in greater depth.
Ready to Start?

Launch Your Offensive Security Career

Join the next cohort of Securium Solutions' 10-day Offensive Security Training Program. Master network, web, and mobile penetration testing through practical, lab-dense training.

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