Cloud providers may use different names, dashboards, and defaults, but attackers keep finding the same weak assumptions underneath. This hands-on training shows participants how to think about cloud the way attackers do: through identity, storage, metadata, orchestration, control planes, automation, and trust boundaries that repeat across environments.
The result is a practical methodology participants can carry from one cloud ecosystem to another instead of memorizing a single vendor checklist.
What This Training Is
This page gives a high-level overview of the training approach. Cyfinoid runs multiple cloud-focused courses, and the exact syllabus for a given run depends on the conference, audience, duration, and lab design for that event.
Depending on the delivery, the material may draw from AWS, Azure, Google Cloud, Alibaba Cloud, Linode, DigitalOcean, Vercel, Kubernetes platforms, and other adjacent cloud-native environments. We have experience across these ecosystems, but not every public run covers every provider or platform.
Across our cloud trainings, we cover more than 100 cloud services and platform components. Any specific run will focus on the subset that best fits that event’s syllabus, but the attacker methodology transfers across them.
For the exact modules, lab setup, student requirements, supported platforms, and account needs for a specific session, please check that conference or event page.
Why It Matters
Most teams still review cloud risk provider by provider. Attackers do not. They look for exposed assets, weak identity assumptions, metadata abuse, workload pivots, over-permissioned services, and trust relationships that can be chained into larger compromise.
Clouds look different on the surface, but underneath they repeat the same attacker-relevant building blocks. Once you understand how attackers reason about those building blocks in one provider, you can often adapt that methodology to another. That is the core focus of this training: helping participants recognize the common patterns behind cloud compromise instead of memorizing vendor-specific screens.
What Participants Will Learn
Participants will learn how to:
- Map Internet-facing cloud attack surface and identify useful entry points
- Think about identity, workload, storage, and control-plane trust boundaries the way attackers do
- Turn misconfigurations, weak assumptions, and application bugs into cloud leverage
- Recognize which attack paths are provider-specific and which ones transfer across providers
- Apply lessons from one cloud ecosystem to another with the right adjustments
- Use offensive understanding to improve reviews, detections, and defensive design
What Makes This Training Different
- Methodology-first, not checklist-first
- Built to help participants transfer lessons from one provider to another
- Grounded in real pentest observations, cloud attack paths, and defensive review experience
- Flexible enough to support different conference formats, durations, and private team needs
- Designed to help both testers and defenders think more clearly about cloud risk
Example Questions The Training Explores
- How do attackers discover exposed cloud assets and services without credentials?
- How do storage and identity misconfigurations create initial access, privilege escalation, or data theft opportunities?
- How can metadata services, workload identities, and service-to-service trust be abused?
- How do application-layer bugs such as SSRF become cloud control-plane problems?
- What parts of a cloud attack chain stay consistent across providers, and where do provider-specific differences matter most?
- How do Kubernetes, serverless, and automation features change the cloud attack surface?
- How should defenders review cloud environments if they want to catch attacker thinking earlier?
- How can teams test their assumptions before they turn into exploitable cross-cloud patterns?
Who Should Attend
- Red teamers and pentesters
- Cloud security engineers and defenders
- Incident responders and detection engineers
- Platform teams that want an attacker-informed view of cloud risk
Training Format
- Hands-on labs built around realistic attack paths
- Guided walkthroughs of offensive techniques and their defensive implications
- Scenarios inspired by real-world pentest findings and breach patterns
- A methodology-first approach that emphasizes patterns transferable across providers
- Exact provider coverage and lab mix adjusted to the specific conference or private delivery
Student Requirements
- Familiarity with security testing basics such as common OWASP Top 10 issues
- Basic comfort with Linux command-line tools such as
grep,cut,dig,nslookup,vim, andssh - Familiarity with at least one major cloud platform or cloud console is helpful
- High-level understanding of technologies such as Kubernetes and Terraform is useful, but not required
Exact prerequisites may vary by run. Always check the conference or event page for the authoritative student requirements.
What Students Should Bring
- Laptop running Windows 10+, macOS, or Linux
- Updated browser such as Chrome or Firefox
- Reliable Internet connection
- Any cloud accounts or platform-specific setup required for labs, if requested for that run
Please use your own accounts when a specific run requires them. Shared accounts can interfere with lab progress and lead to inconsistent results.
What Students Receive
- Detailed step-by-step lab manual for the exercises covered during the class
- Slide deck for the material covered during the training
- Access to Terraform scripts for environment setup after class
Next Sessions
Testimonials
Recent Previous Run of this class
How to attend
Cyfinoid offers its trainings via multiple international conference such as BlackHat USA and others.