:
CTEM & Risk– Based Vulnerability Management Bootcamp
Download this premium online course featuring high-quality video training, step-by-step lessons, practical demonstrations, and expert instruction. With CTEM & Risk– Based Vulnerability Management Bootcamp, you'll gain practical knowledge through structured learning, hands-on examples, and real-world applications. This comprehensive eLearning resource is ideal for students, professionals, freelancers, and lifelong learners looking to develop valuable skills and stay current with modern industry practices at their own pace.
Published 9/2026
Created by Bayt Al Hikmah
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 112 Lectures ( 21h 18m ) | Size: 1.2 GB
From severity-score guesswork to evidence-validated remediation — a full CTEM platform, built and scored end-to-end.
What you'll learn
⚡ Architect a full CTEM data platform in PostgreSQL and FastAPI — asset inventory, findings, vulnerability intelligence, and risk scoring.
⚡ Engineer a composite risk-scoring formula that combines CVSS, EPSS, KEV, asset criticality, and internet exposure into a governed, config-driven model.
⚡ Ingest and normalize scanner output from Trivy, Grype, Syft, Semgrep, Gitleaks, and Nuclei into one unified exposure schema, with SBOM/VEX handling built in.
⚡ Validate exploitability safely — HTTP reachability checks, template-based Nuclei scans, and confidence-scored evidence — against owned lab targets onlly.
⚡ Govern risk acceptance, false-positive suppression, and compensating controls with expiration dates, approvers, and full audit trails instead of silent ticket.
⚡ Automate the remediation lifecycle — SLA due dates by priority band, owner queues, ticket creation, and SLA-breach reporting that engineering teams.
⚡ Deploy the platform on Kubernetes with OPA Gatekeeper policy enforcement, IaC scanning (Terraform/OpenTofu), and GitOps-style change control.
⚡ Operate it like production: structured JSON logging, Prometheus-style metrics, backup/restore drills, and a documented disaster-recovery runbook.
⚡ Design for sovereignty and compliance — data classification, tenant/region isolation, audit logging, and governed AI-assisted triage with strict human-approval.
⚡ Deliver a capstone-grade sovereign CTEM platform: a final risk queue, validated evidence, SLA reporting, and a compliance-ready governance blueprint.
Requirements
❗ Knowledge: Basic comfort with a terminal and copy-pasting commands. No prior vulnerability management, SQL, or security tooling experience required — every lab starts from a pre-flight check and builds up. Basic SQL reading ability helps but isn't required; every query is explained in plain language before you run it. No prior DevSecOps, cloud, or Kubernetes background needed — Modules 6 and 9 build those skills from a local, disposable Kind cluster. Software (all free/open-source): Docker and Docker Compose, Git, Make, Python 3.10+, curl. PostgreSQL (run via the provided Docker Compose file — no separate install needed). Open-source scanning tools used via containers: Trivy, Grype, Syft, Semgrep, Gitleaks, Nuclei (all pulled automatically in labs — no license or account required). Optional for Modules 6/9: kind and kubectl for local Kubernetes labs (a lightweight local cluster, not a cloud account). Hardware: 20GB+ free disk space and at least 8GB RAM recommended (PostgreSQL + scanner containers + optional Kind cluster running together). No cloud account, no paid scanner licenses, and no access to real production infrastructure required — every lab uses seeded/synthetic asset and vulnerability data.
Description
This course contains the use of artificial intelligence.
We only charge a fee solely for the time invested in building this comprehensive curriculum.
The "1,847 Critical Findings" Problem
Every vulnerability management team eventually hits the same wall: a scanner returns thousands of findings labeled "critical," engineering has bandwidth to fix maybe twenty of them this sprint, and nobody in the room can say — with evidence — which twenty actually matter. CVSS alone doesn't answer that question. Neither does "the scanner said 9.8." Real prioritization requires combining severity with exploit probability, known exploitation, business criticality, actual internet exposure, and validated reachability — and then governing the exceptions, controls, and remediation lifecycle that follow.
That is Continuous Threat Exposure Management, and it's the difference between "we run a scanner" and "we operate a defensible risk-based remediation program." Most training stops at the scanner. This course goes all the way to the decision system behind it — and then makes you build and operate that decision system yourself, in a single reproducible repository, across 100 labs.
The Solution: 100 Labs, One Growing Platform
Every lab in this course follows the same structure: a pre-flight check, a safety net, a rollback path, and a clear technical verification — so you build with confidence, not fear of breaking your environment. By Lab 10 you'll have PostgreSQL running, real asset and finding data seeded, and your first end-to-end priority report generated from a live join between vulnerability data and business context. Everything after that adds real-world depth.
What's Inside
✨Modules 1–2 get your workstation and data model running — PostgreSQL, a FastAPI skeleton, and an asset inventory schema that treats business criticality, ownership, internet exposure, and SLA tier as first-class data from day one, not an afterthought bolted onto a scanner report.
✨Module 3 builds your vulnerability intelligence layer: CVSS, EPSS, and KEV stored independently from scanner findings, enrichment pipelines, OSV API integration, and source attribution — so your prioritization is built on defensible, versioned data.
✨Module 4 is the architectural core: a composite, config-driven risk-scoring formula; priority bands (P0–P3); SLA due dates tied to priority; and governed risk-acceptance and false-positive suppression workflows with expiration dates and required evidence — because silent suppression is how real incidents get missed.
✨Module 5 wires in real AppSec and supply-chain tooling: SBOM generation with Syft, vulnerability matching with Grype and Trivy, Semgrep SAST, Gitleaks secret scanning, VEX status handling, and CI security gates.
✨Module 6 extends the same risk model into cloud-native infrastructure: a local Kind Kubernetes cluster, OPA Gatekeeper admission policy, Terraform/OpenTofu IaC scanning, and a unified cloud-native risk review that treats clusters and IaC exposure exactly like any other finding.
✨Module 7 is where most courses stop but this one doesn't: safe, rules-of-engagement-bound exploitability validation — HTTP reachability checks, Nuclei template scans against owned lab targets, confidence-scored evidence, and compensating-control tracking that only reduces risk score when a control is current, documented, and effective.
✨Modules 8–9 industrialize the platform: idempotent import jobs, JSON Schema validation, a bulk import API with pagination, Airflow/cron scheduling design, structured JSON logging, Prometheus-style metrics, backup/restore scripts, a disaster-recovery runbook, and automated ticket creation with SLA-breach reporting.
✨Module 10 delivers the part that separates a demo from a program: data classification and retention policy, encryption and secrets governance, tenant/region isolation, full audit logging, air-gapped import patterns, decentralized vulnerability research workflows, and — critically — explicit AI-assisted governance boundaries that keep AI in an assistive role with mandatory human approval, never autonomous risk decisions.
The Climax: Lab 100 — The Sovereign CTEM Risk Prioritization Platform
Lab 100 packages everything into one capstone submission: a database dump, a final risk queue ordered by validated, control-adjusted risk score, an audit log extract, your data classification and secrets governance policies, your disaster-recovery runbook, and a sovereign deployment blueprint archive. This isn't a quiz — it's proof that you can design and operate a CTEM platform end-to-end: discovery, enrichment, scoring, validation, governance, and sovereign deployment, all defensible with evidence.
Why Enroll Now
CTEM is one of the fastest-maturing operating models in security right now, and the market gap is real: plenty of courses teach individual scanners, almost none teach the governed decision system that determines what actually gets fixed first — and even fewer teach the sovereignty and compliance layer that regulated industries now require. Every tool in this course isopen-source andfree (PostgreSQL, Trivy, Grype, Syft, Semgrep, Gitleaks, Nuclei, OPA Gatekeeper), so the platform you build is entirely yours — no vendor contract, no license fee, no lock-in.
Who this course is for
⭐ The Vulnerability Management Analyst Drowning in Scanner Noise You have thousands of findings, a severity-sorted spreadsheet, and no good answer when engineering asks "why should we fix this one first?" This course builds the exact decision system — CVSS + EPSS + KEV + asset criticality + validated exposure — that turns scanner noise into a defensible, prioritized queue leadership and engineering both trust.
⭐ The Cloud/Platform Engineer Being Asked to "Own Security" You manage Kubernetes, Terraform, and CI/CD, and now you're expected to also own vulnerability triage — but nobody handed you a system for it. This course gives you a real, deployable platform: IaC scanning, OPA Gatekeeper policy enforcement, SBOM/VEX handling, and a risk queue that plugs directly into the infrastructure you already run.
⭐ The Senior Security Architect Building a Program, Not Just a Scanner Pipeline You've run vulnerability scanners for years, but your program lacks governance: no risk-acceptance audit trail, no compensating-control tracking, no sovereign deployment story for regulated data. This course closes exactly that gap — GDPR/DORA/NIS2-aligned data classification, tenant/region isolation, governed AI-assisted triage, and a full sovereign deployment blueprint you can hand to an auditor.
Homepage
https://www.udemy.com/course/ctem-risk-based-vulnerability-management-bootcamp
Buy Premium From My Links To Get Resumable Support,Max Speed & Support Me
No Password - Links are Interchangeable