Threat Modelling For CISO's 2026 Masterclass

Threat Model Cloud, AI & Supply Chain | STRIDE, FAIR, CALDERA Labs, SBOM & CISO Board Communication

What you'll learn

✓ Build complete Data Flow Diagrams (DFDs) with trust boundaries for real-world web, cloud, and microservices architectures using OWASP Threat Dragon and pytm
✓ Apply the full STRIDE framework to identify Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, and Elevation of Privilege threats acro
✓ Score and prioritise threats using DREAD and CVSS v3.1, build a risk register, and present a one-page executive risk dashboard to non-technical stakeholders
✓ Translate cyber risk into dollar figures using the FAIR model — calculate Annualised Loss Expectancy (ALE) and justify security budgets with board-ready ROI ana
✓ Threat model cloud-native architectures on AWS including IAM roles, S3, Lambda, and Kubernetes clusters — and validate findings with Prowler and ATT&CK Navigato
✓ Integrate threat modeling into CI/CD pipelines using pytm and GitHub Actions so every code merge automatically checks for new unmitigated threats
✓ Run live adversary simulations with MITRE CALDERA and Atomic Red Team to validate whether your threat model's mitigations actually hold up against real attack t
✓ Threat model AI and LLM systems using the OWASP LLM Top 10 — including prompt injection, training data poisoning, and insecure output handling in RAG pipelines
✓ Generate Software Bills of Materials (SBOMs) with Syft, scan for CVEs with Grype, and automatically push findings into a GRC platform via API — eliminating manu
✓ Conduct advanced tabletop exercises simulating nation-state APT campaigns, ransomware-as-a-service attacks, and CI/CD supply chain breaches with your full leade
✓ Map threat model outputs directly to ISO 27001, NIST CSF 2.0, SOC 2, HIPAA, PCI-DSS, and GDPR controls — using a single TM workflow as evidence across all frame
✓ Assess your organisation's TM program maturity across 6 dimensions, build a 90-day improvement roadmap, and communicate security posture to the board in busines

Requirements

● Basic understanding of cybersecurity concepts — you should know what a firewall, encryption, and a vulnerability are, but you do not need to be a penetration tester or security engineer
● Basic understanding of cybersecurity concepts — you should know what a firewall, encryption, and a vulnerability are, but you do not need to be a penetration tester or security engineer
● A computer with internet access and at least 8GB RAM — labs use Docker and free open-source tools (OWASP Threat Dragon, CALDERA, Syft) that run on Windows, macOS, or Linux
● No prior threat modeling experience required — STRIDE, DREAD, FAIR, and every framework used in this course is taught from scratch with worked examples before any lab
● No cloud certifications needed — AWS concepts used in the labs (IAM, S3, Lambda, VPC) are explained in context; familiarity with cloud basics is helpful but not mandatory
● CISOs, security managers, and risk officers will get the most value — but security engineers, DevOps leads, compliance professionals, and developers who want to build more secure systems will find this course equally useful

Description

Here's the full Udemy course

Description

— ready to paste
Most security teams identify threats too late, too informally, and in a language their board will never act on.
This course fixes that.
Threat Modeling for CISOs — 2026 Edition is a practical, lab-driven course that takes you from blank whiteboard to a fully operational threat modeling program. You will learn how to systematically find threats before attackers do, score and prioritise them with industry-standard frameworks, validate them with real adversary simulation tools, and present the findings in dollar-denominated risk language that gets executive buy-in and budget approved.
What makes this course different
Every concept is immediately applied in a hands-on lab. You will not just learn what STRIDE is — you will apply it to a real payment API, generate an SBOM, scan for CVEs, run a simulated attack in CALDERA, and push the results into a GRC platform automatically. By the end, you will have built a complete threat model for PayFlow, a realistic fintech application, covering its web frontend, cloud infrastructure, AI/LLM pipeline, and CI/CD supply chain.
Inside the course you will
Build Data Flow Diagrams (DFDs) with trust boundaries in OWASP Threat Dragon and pytm, then apply STRIDE across every element to surface Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, and Elevation of Privilege threats with precision.
Score every threat with DREAD and CVSS v3.1, build a prioritised risk register, and calculate Annualised Loss Expectancy using the FAIR model — so you can walk into any board meeting and say "this risk costs us $38M per year in expectation, and a $42K sprint reduces it by 90%."
Threat model cloud-native architectures on AWS — IAM roles, S3 buckets, Lambda functions, VPCs, and Kubernetes clusters. Run Prowler for cloud asset discovery, generate ATT&CK Navigator layers, and validate your controls with MITRE CALDERA adversary simulations and Atomic Red Team.
Integrate threat modeling directly into your CI/CD pipeline with GitHub Actions and pytm — so every code commit automatically checks for new unmitigated threats before it reaches production.
Threat model AI and LLM systems using the OWASP LLM Top 10. You will identify prompt injection, training data poisoning, insecure output handling, and PII leakage in RAG pipelines — the attack surface most security programs are completely unprepared for in 2026.
Map a single threat model to ISO 27001, NIST CSF 2.0, SOC 2, HIPAA, PCI-DSS, and GDPR simultaneously — and push findings automatically into Vanta or Drata via API, eliminating manual compliance evidence collection.
Run advanced tabletop exercises simulating a nation-state APT29 campaign, a LockBit ransomware-as-a-service attack, and a CI/CD supply chain breach — with full inject timelines, role assignments for legal, comms, and the C-suite, and debrief frameworks.
Course highlights
• 15 modules covering the complete threat modeling lifecycle from DFD to board presentation
• 24+ hands-on labs with full solution slides — CALDERA, Atomic Red Team, pytm, Syft, Grype, Prowler, OWASP ZAP, Threat Dragon
• Full PayFlow fintech capstone — end-to-end threat model built across every module
• FAIR risk quantification lab with a real board one-pager you can adapt immediately
• MedChain AI final exam — threat model a healthcare AI system under exam conditions
• Advanced tabletop scenarios based on real 2024–2025 breach cases
• 20-question assessment quiz and a 60-mark final exam with full answer keys
This course is for you if
You are a CISO, security engineer, DevSecOps lead, GRC analyst, cloud architect, or penetration tester who wants a structured, tool-driven approach to threat modeling that produces outputs your engineering team can act on and your board can understand.
Your instructor
Armaan Sidana is an OSCP, CEH, and CISA-certified security professional, founder and CEO of Nexus Security, holder of 7 CVEs, and a Guinness World Record holder. He has secured 100+ companies, mentored 40,000+ students, and built this course from real-world CISO engagements — not textbook theory.
Threat modeling is the highest-leverage security activity you can invest in. A single well-run threat model catches vulnerabilities that months of penetration testing miss — before they become breaches. This course shows you exactly how to do it.
Enrol now and start building a threat modeling program that actually works.

Who this course is for

■ CISOs and security leaders who need to build, scale, or formalise a threat modeling program across their organisation and present risk in business language to boards and executives
■ Security engineers and AppSec professionals who want to move beyond ad hoc threat identification and integrate structured STRIDE, ATT&CK, and FAIR-based threat modeling into their daily engineering workflow
■ DevSecOps engineers and platform engineers who want to automate threat modeling inside CI/CD pipelines using pytm, GitHub Actions, and SBOM tooling so security gates run on every commit
■ Risk managers, GRC analysts, and compliance professionals who need to map a single threat model to multiple frameworks simultaneously — ISO 27001, NIST CSF 2.0, SOC 2, HIPAA, PCI-DSS, and GDPR — without duplicating effort
■ Cloud architects and solutions architects designing systems on AWS, Azure, or GCP who want to threat model cloud-native architectures, identify IAM misconfigurations, and validate controls before going to production
■ Penetration testers, red teamers, and bug bounty hunters who want to think more systematically about attack surfaces — using MITRE ATT&CK, CALDERA, and Atomic Red Team to turn threat model outputs into validated exploit paths

Homepage

https://www.udemy.com/course/threat-modelling-for-cisos-2026-masterclass

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