Program Highlights Engineered for Career Breakthroughs
A high-intensity, career-first learning curriculum developed alongside industry architects to deliver tangible production competence, verified credentials, and guaranteed corporate experience.
6 Months Instructor-Led
Live interactive classes led by Senior Engineers & Tech Leads from top product firms. 150+ hours of live instruction, recorded sessions, and dedicated weekly 1-on-1 doubt clearing.
IBM Learning Ecosystem Access
Authorized access to the IBM SkillsBuild enterprise learning portal, official cloud tools, and verified IBM credentials that authenticate your skills to global employers.
Microsoft Learning Ecosystem Access
Direct access to Microsoft Learn resources, real cloud sandbox architectures, and scenario-based hands-on exercises aligned with industry certification standards.
Projects: Hands-on Portfolio
Build 10+ production-grade end-to-end applications deployed to GitHub and cloud infra. Create a public portfolio of real architectures that impresses technical interviewers.
Credentials: Credential Pathways
Receive verifiable digital badges and accredited certificates recognized across 500+ recruitment partners. Directly shareable on LinkedIn, resumes, and candidate profiles.
Internship*: 6-Month Paid Corporate Internship*
Guaranteed entry into real corporate project teams upon completing capstones. Earn an assured monthly stipend along with an official corporate experience letter.
What You Will Learn
Comprehensive curriculum engineered by Staff Engineers to bridge theoretical concepts and production deployment.
Explore the attack surfaces and vulnerabilities unique to artificial intelligence and deep neural networks.
- ✓ Adversarial Attacks: Fast Gradient Sign Method (FGSM), Projected Gradient Descent (PGD), and evasion attacks
- ✓ Data Poisoning: Injecting malicious samples into training sets to create targeted model backdoors
- ✓ Model Inversion & Membership Inference: Reconstructing private training data from prediction logits
- ✓ Model Extraction: Stealing model weights and proprietary intellectual property through repetitive querying
Identify and exploit critical security vulnerabilities in modern large language model applications.
- ✓ OWASP Top 10 for LLM Applications: Direct and indirect prompt injection, insecure output handling, model denial of service
- ✓ Jailbreak Techniques: Persona adoption, cognitive hacking, base64 payload obfuscation, and multi-turn bypasses
- ✓ Indirect Prompt Injection: Poisoning web pages, documents, and emails retrieved by autonomous RAG pipelines
- ✓ Automated LLM Security Testing: Running penetration benchmarks with the Garak framework and PyRIT
Deploy robust security filters and validation guardrails to prevent malicious prompts and harmful outputs.
- ✓ Input Sanitization: Regex filters, semantic embeddings classifiers, and anomaly detectors on incoming prompts
- ✓ NVIDIA NeMo Guardrails: Defining Colang flows, dialog bounds, and topical constraints
- ✓ Model-Level Guardrails: Meta LlamaGuard, Guardrails AI, and output PII token redaction
- ✓ Secure Model Serving: Rate limiting, token throttling, and sandboxing code execution environments
Collect, analyze, and disseminate actionable cyber threat intelligence across enterprise environments.
- ✓ Intelligence Lifecycle: Direction, collection, processing, analysis, dissemination, and feedback
- ✓ Threat Modeling Frameworks: Diamond Model of Intrusion Analysis and MITRE ATT&CK for Enterprise
- ✓ Structured Threat Information Expression (STIX 2.1) and Trusted Automated Exchange of Intelligence (TAXII)
- ✓ Adversary Profiling: Tracking Advanced Persistent Threat (APT) groups, infrastructure, and campaigns
Harness natural language processing and LLMs to accelerate intelligence processing and correlation.
- ✓ Automated CTI Extraction: Using LLMs to parse unstructured security blogs, forums, and dark web dumps
- ✓ Entity Extraction: Extracting CVEs, IP addresses, threat actor aliases, and malware families via specialized NLP
- ✓ Automated YARA & SIGMA Rule Generation: Converting threat reports into actionable detection logic with AI
- ✓ Threat Intel Correlation: Building graph knowledge bases of threat actors and attack infrastructure with Neo4j
Ensure AI systems adhere to international regulatory frameworks, ethical guidelines, and risk standards.
- ✓ NIST AI Risk Management Framework (AI RMF): Govern, Map, Measure, and Manage core functions
- ✓ EU AI Act: High-risk AI system categorization, technical documentation, and transparency compliance
- ✓ AI Model Red Teaming: Structuring organizational red teams and conducting formal model audits
- ✓ Production Capstone: Building a comprehensive AI Security Defense & Threat Intelligence Platform
Tools & Technologies
Hands-on enterprise stack used across the program.
6-Month Career Transition Roadmap
A structured, milestone-driven progression designed to take you from foundational concepts to production-grade deployment and enterprise employment.
Foundations & Core Engineering
Master fundamental syntax, systems architecture, statistical principles, and core tooling required to build reliable technical foundations.
Advanced Implementation & Labs
Deep-dive into production frameworks, cloud integrations, automated pipelines, and enterprise-grade hands-on laboratory architectures.
Guaranteed Corporate Internship
Work on real corporate projects during your guaranteed 6-month paid internship* with monthly performance stipends and verified industry credentials.
Placement & Career Advancement
Access 1-on-1 interview preparation, resume branding, mock evaluations, and direct recruitment pathways across our 500+ corporate partners.
Production Capstone Projects
Build a portfolio of enterprise-grade projects evaluated by working tech leaders.
Prompt Injection & Jailbreak Attack Surface Defense
Evaluating direct and indirect prompt injection attacks against enterprise LLM agents and implementing defensive guardrail filters.
Automated Threat Intel Feed Aggregator with MISP
Deploying MISP instance ingesting OSINT and commercial feeds, enriching indicators of compromise, and exporting STIX/TAXII.
Nation-State APT Threat Actor Campaign Attribution
Mapping cyber adversary behaviors against MITRE ATT&CK, generating threat hunting queries and defensive intelligence briefs.
Enterprise YARA Malware Rule Engineering Suite
Engineering precise YARA detection rules targeting emerging ransomware payloads and memory injection artifacts.
Career Opportunities & Outcomes
Prepare for top-tier roles across our 500+ corporate recruitment partners.
High-Demand Career Tracks:
Frequently Asked Questions
Everything you need to know about admissions, curriculum, and internships.
This program is beginner-friendly and starts from fundamental core principles before advancing to production-grade enterprise implementations. Prior exposure to basic computing or programming is helpful but not mandatory.
Upon fulfilling course benchmarks and capstone assessments, you are placed into a guaranteed 6-month corporate paid internship* offering competitive monthly performance stipends with verified corporate experience letters and industry credentials.
You will earn official credentials and digital badges aligned with MITRE ATT&CK Aligned, alongside an official AI Campus Certificate of Mastery that is verifiable on LinkedIn and recognized by 500+ corporate hiring partners.
The program fee of ₹80,000 (inclusive of GST) can be paid via 0% interest no-cost EMI starting from ₹6,666/month with zero down payment required.
Graduates qualify for high-growth roles in Cybersecurity with corporate salary packages typically spanning from ₹9 - 26 LPA, backed by our dedicated 100% placement support team.
Confused about your career path? Don't wait — talk directly to a mentor.
Get transparent, personalized guidance on curriculum, eligibility, scholarship waivers, and the guaranteed monthly paid corporate internship*. No sales pressure — just honest advice from working tech leaders.
