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Keep shoppingCybersecurity Solution Architecture 201 (2026)
Role Play
4,237 students
Cybersecurity Solution Architecture 201 (2026)
Zero Trust, DevSecOps Automation, Advanced IAM & Cloud Threat Modeling
Created bySerge Movsesyan | CISSP / CCSP / CASP+
Last updated 1/2026
English
What you'll learn
- Deeper Technical Proficiency: Enhanced understanding of designing secure systems using Zero Trust, DevSecOps, and IaC principles.
- Architectural Integration: Ability to integrate advanced security controls across cloud, hybrid, and containerized environments.
- Strategic Thinking: Skills to develop and enforce security in tandem with business, compliance, and regulatory requirements.
- Operational Maturity: Greater capability in threat modeling, incident response, and threat hunting to proactively safeguard the organization.
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Course content
1 section • 19 lectures • 4h 57m total length
Requirements
- Learners stepping into Cybersecurity Solution Architecture 201 should already understand core 101‑level concepts, such as the CIA triad, basic network segmentation, least‑privilege IAM, and the outlines of incident response, and be comfortable reading cloud or on‑prem architecture diagrams; hands‑on familiarity with at least one major cloud platform (AWS, Azure, or GCP), a command‑line shell, and a version‑control system knowledge such as Git. Basic experience using CI/CD services (e.g., GitHub Actions or Jenkins) and writing simple Infrastructure‑as‑Code files in Terraform, CloudFormation, or Bicep; if you’re missing a piece, a quick refresh via our 101 course videos or other cloud tutorials will get you up to speed without slowing your progress.
Description
Cybersecurity Solution Architecture 201 elevates your security expertise from foundational controls to full‑scale, enterprise‑ready design. Tailored for engineers, analysts, and mid‑level architects who already grasp basic principles, this course shows you how to weave advanced security into every layer of modern infrastructure. Across thirteen focused modules you will refine threat‑modeling skills with STRIDE, PASTA, and MITRE ATT&CK; architect and implement Zero Trust boundaries that rely on continuous verification and identity‑centric segmentation; codify guardrails in Terraform, CloudFormation, or Bicep so infrastructure, containers, and serverless functions deploy securely by default; embed DevSecOps automation such as SAST, SCA, SBOM, policy‑as‑code—into CI/CD pipelines that release to multi‑cloud and on‑prem targets; design advanced IAM with RBAC, ABAC, PAM, and just‑in‑time elevation, federated across AWS, Azure, GCP, and SaaS; protect data through field‑level encryption, tokenization, and privacy‑by‑design patterns that satisfy GDPR and CCPA; mature Security Operations by aligning threat intelligence, proactive hunting, and SOAR playbooks with architectural feedback loops; and run programmatic GRC that quantifies risk, automates evidence gathering, and reports meaningful KPIs to executives. You will also learn how advanced incident‑response and forensic practices integrate with architecture to create resilient, self‑healing environments—even against AI‑assisted adversaries. By course end you will possess a cohesive blueprint for securing complex cloud‑hybrid estates, a toolkit of automated controls ready for production, and the strategic insight to guide organizations through their next phase of security maturity.
Who this course is for:
- Cloud or DevOps Engineers seeking to embed Zero Trust, IaC guardrails, and secure CI/CD practices into multi‑cloud pipelines.
- Security Analysts and SOC Team Leads who want to translate operational findings into architectural improvements, threat‑model complex systems, and mature their organization’s incident‑response playbooks.
- Mid‑Level Security Architects aiming to refine designs with advanced IAM, micro‑segmentation, data‑protection, and programmatic GRC, while preparing for leadership responsibilities.
- Platform and Site‑Reliability Engineers (SREs) tasked with maintaining resilient, compliant production environments and eager to layer in automated security and continuous compliance checks.
- IT Managers and Technical Project Owners responsible for delivering secure cloud migrations, DevSecOps initiatives, or regulatory programs who need a cohesive framework to guide cross‑functional teams.
- Motivated Graduates or Career‑Changers who have completed a foundational course (our 101 track or equivalent) and are ready for deeper dives into threat modeling, Zero Trust rollouts, DevSecOps automation, and advanced GRC.