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Udemy - Threat Hunting in GovCloud - AI-Assisted SecOps Masterclass

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Udemy - Threat Hunting in GovCloud - AI-Assisted SecOps Masterclass (Size: 886.7 MB)
  Bonus Resources.txt 102.4 B
  Get Bonus Downloads Here.url 204.8 B
  ~Get Your Files Here !
  1 - Introduction
  1 - Introduction.mp4 59.5 MB
  10 - Module 9 Reliability, Evidence, and Compliance Automation
  100 - Lab 90 Module 9 Compliance and Reliability Review.html 30 KB
  11 - Module 10 Sovereign Deployment, Decentralized Research, and Capstone
  101 - Sovereign Deployment, Decentralized Research, and Capstone.mp4 74 MB
  102 - Lab 91 Package the Platform for Offline Installation.html 33.9 KB
  103 - Lab 92 Create an Offline Tool Bill of Materials.html 27 KB
  104 - Lab 93 Build a Decentralized CTI Research Workflow.html 36.4 KB
  105 - Lab 94 Build a CTI Export Package.html 35.3 KB
  106 - Lab 95 Import CTI into a Quarantine Zone.html 29.4 KB
  107 - Lab 96 Create Multi-Tenant Evidence Separation.html 37.5 KB
  108 - Lab 97 Build the Sovereign Deployment Decision Record.html 31.5 KB
  109 - Lab 98 Run a Full Platform Readiness Test.html 27.8 KB
  110 - Lab 99 Prepare the Capstone Architecture Board.html 36.6 KB
  111 - Lab 100 Sovereign AI-Assisted Threat Hunting and Automated Response Platform.html 49.4 KB
  12 - Conclusion
  112 - Conclusion.mp4 70.4 MB
  2 - Module 1 Foundations, Local Environment, and Initial Success
  10 - Lab 8 Normalize Cloud Logs into ECS-Like Fields.html 30.9 KB
  11 - Lab 9 Write the First Sigma-Style Detection.html 30.6 KB
  12 - Lab 10 Initial Success Alert, Case, and Controlled Response.html 30 KB
  2 - Foundations, Local Environment, and Initial Success.mp4 69.8 MB
  3 - Lab 1 Build the SecOps Engineering Workstation.html 38.1 KB
  3 - Module 2 Government-Cloud Reference Architecture
  13 - Government-Cloud Reference Architecture.mp4 87.2 MB
  14 - Lab 11 Model a Sovereign Landing Zone.html 36.5 KB
  15 - Lab 12 Define Tenant and Mission Boundaries.html 33.5 KB
  16 - Lab 13 Create a Network Segmentation Blueprint.html 31.7 KB
  17 - Lab 14 Simulate IAM Roles and Least Privilege.html 35.4 KB
  18 - Lab 15 Build an Encryption and Key Ownership Plan.html 26.5 KB
  19 - Lab 16 Create a Terraform Skeleton for Portable Infrastructure.html 28.1 KB
  20 - Lab 17 Add Policy-as-Code Guardrails with OPA.html 31.1 KB
  21 - Lab 18 Simulate Object Storage for Evidence.html 32.4 KB
  22 - Lab 19 Define Audit Evidence Metadata.html 27.5 KB
  23 - Lab 20 Review the Government-Cloud Reference Architecture.html 33.5 KB
  4 - Module 3 Telemetry Engineering
  24 - Telemetry Engineering.mp4 67.8 MB
  25 - Lab 21 Build a Log Ingestion Contract.html 33.9 KB
  26 - Lab 22 Add Endpoint Telemetry with osquery-Style Events.html 25.9 KB
  27 - Lab 23 Add Network Telemetry with Zeek-Like Connection Logs.html 28.1 KB
  28 - Lab 24 Add Identity Authentication Telemetry.html 43.1 KB
  29 - Lab 25 Add Application Audit Events.html 33.8 KB
  30 - Lab 26 Normalize Multi-Source Telemetry.html 32.3 KB
  31 - Lab 27 Validate Events with JSON Schema.html 29.7 KB
  32 - Lab 28 Add Retention and Data-Minimization Rules.html 33.1 KB
  33 - Lab 29 Build Telemetry Quality Dashboards as Text Reports.html 42.6 KB
  34 - Lab 30 Module 3 Telemetry Readiness Review.html 31 KB
  5 - Module 4 Detection Engineering and Threat Hunting
  35 - Detection Engineering and Threat Hunting.mp4 63.3 MB
  36 - Lab 31 Map Telemetry to MITRE ATT&CK Tactics.html 32.8 KB
  37 - Lab 32 Build a Failed-Login Burst Detection.html 26.4 KB
  38 - Lab 33 Detect Suspicious Role Assumption.html 37.1 KB
  39 - Lab 34 Write a YARA Rule for Synthetic Malware Strings.html 27.5 KB
  40 - Lab 35 Convert Hunt Logic into Detection-as-Code.html 33.1 KB
  41 - Lab 36 Create Unit Tests for Detections.html 33.7 KB
  42 - Lab 37 Tune False Positives with Allow Lists.html 35.1 KB
  43 - Lab 38 Build a Hypothesis-Driven Hunt.html 34.4 KB
  44 - Lab 39 Correlate Cloud, App, and Network Events.html 31.5 KB
  45 - Lab 40 Module 4 Detection Engineering Review.html 27.5 KB
  6 - Module 5 Threat Intelligence and Knowledge Graphs
  46 - Threat Intelligence and Knowledge Graphs.mp4 68.6 MB
  47 - Lab 41 Create a Local IOC Store.html 31.5 KB
  48 - Lab 42 Enrich Network Logs with IOC Matches.html 33.8 KB
  49 - Lab 43 Model STIX-Like Threat Objects.html 31 KB
  50 - Lab 44 Build an ATT&CK-Enriched Hunt Queue.html 28.6 KB
  51 - Lab 45 Add IOC Expiry and Revocation.html 31.3 KB
  52 - Lab 46 Create a Lightweight Intelligence API.html 36.4 KB
  53 - Lab 47 Build an Intelligence Confidence Scoring Model.html 30.7 KB
  54 - Lab 48 Build a Local Threat Knowledge Graph.html 34.4 KB
  55 - Lab 49 Generate Intelligence-Led Hunt Reports.html 41.7 KB
  56 - Lab 50 Module 5 Intelligence Review.html 32.6 KB
  7 - Module 6 AI-Assisted SecOps
  57 - AI-Assisted SecOps.mp4 75.9 MB
  58 - Lab 51 Install a Local LLM Boundary Plan.html 30.9 KB
  59 - Lab 52 Create a Prompt Logging Schema.html 35.4 KB
  60 - Lab 53 Build an Alert Summarization Template.html 36.2 KB
  61 - Lab 54 Create a Retrieval Corpus from Local Evidence.html 32.7 KB
  62 - Lab 55 Add Embedding-Ready Evidence Chunks.html 29.8 KB
  63 - Lab 56 Build a Deterministic AI Triage Stub.html 30.1 KB
  64 - Lab 57 Draft a Sigma Rule with AI Review Controls.html 33.2 KB
  65 - Lab 58 Build an Anomaly Score for Large Exports.html 33.2 KB
  66 - Lab 59 Add Human Approval Gates to AI Recommendations.html 43.4 KB
  67 - Lab 60 Module 6 AI Governance Review.html 32.3 KB
  8 - Module 7 SOAR and Automated Response
  68 - SOAR and Automated Response.mp4 85.5 MB
  69 - Lab 61 Design the Case Management Schema.html 36.1 KB
  70 - Lab 62 Create a Case from a Detection.html 29.5 KB
  71 - Lab 63 Build an Enrichment Playbook.html 33 KB
  72 - Lab 64 Build a Notification Playbook.html 33.3 KB
  73 - Lab 65 Build a Simulated Identity Containment Request.html 27.9 KB
  74 - Lab 66 Build a Simulated Network Block Request.html 30.2 KB
  75 - Lab 67 Implement Approval-State Evaluation.html 33.8 KB
  76 - Lab 68 Add Rollback Execution Records.html 39.5 KB
  77 - Lab 69 Build SOAR Metrics for Response Quality.html 27.6 KB
  78 - Lab 70 Module 7 SOAR Review.html 36.9 KB
  9 - Module 8 Kubernetes Runtime Security and Policy-as-Code
  79 - Kubernetes Runtime Security and Policy-as-Code.mp4 75.9 MB
  80 - Lab 71 Create a Local Kubernetes Cluster with kind.html 29.4 KB
  81 - Lab 72 Deploy a Synthetic Mission App.html 29.4 KB
  82 - Lab 73 Add Kubernetes Audit Event Simulation.html 31.7 KB
  83 - Lab 74 Write a Detection for Secret Access.html 23.7 KB
  84 - Lab 75 Install Falco for Runtime Detection.html 27.2 KB
  85 - Lab 76 Trigger a Safe Runtime Detection.html 27.3 KB
  86 - Lab 77 Create a Kubernetes NetworkPolicy.html 37.4 KB
  87 - Lab 78 Enforce Namespace Labels with OPA-Style Policy.html 30.1 KB
  88 - Lab 79 Capture Container Forensics Artifacts.html 29.8 KB
  89 - Lab 80 Module 8 Runtime Security Review.html 37.7 KB
  4 - Lab 2 Create the Local SOC Compose Baseline.html 34.1 KB
  5 - Lab 3 Add Makefile Automation for Repeatable Labs.html 24.6 KB
  6 - Lab 4 Create a Data Classification Model.html 31.4 KB
  7 - Lab 5 Generate Synthetic Government-Cloud Identities.html 25.3 KB
  8 - Lab 6 Build a Synthetic Cloud Audit Log Stream.html 25.6 KB
  9 - Lab 7 Create the First Hunt Query with jq.html 23.8 KB
  90 - Reliability, Evidence, and Compliance Automation.mp4 85.6 MB
  91 - Lab 81 Define SecOps Service Objectives.html 43.4 KB
  92 - Lab 82 Create Backup Procedures for Evidence.html 30 KB
  93 - Lab 83 Test Evidence Restore.html 24.2 KB
  94 - Lab 84 Generate Immutable Evidence Hash Chains.html 30.5 KB
  95 - Lab 85 Build a GDPR-Safe Log Redaction Tool.html 32.8 KB
  96 - Lab 86 Produce DORA-Style Resilience Evidence.html 34.1 KB
  97 - Lab 87 Build a NIST CSF 2.0 Control Mapping.html 35.9 KB
  98 - Lab 88 Build a FedRAMP-Style Continuous Evidence Index.html 40.8 KB
  99 - Lab 89 Add CI Validation for Policy and Detections.html 27.1 KB

Description


Threat Hunting in GovCloud: AI-Assisted SecOps Masterclass
https://WebToolTip.com
Published 9/2026

MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch

Language: English | Duration: 20h 38m | Size: 886.78 MB
From scattered alerts to a governed, evidence-driven SOC — telemetry, threat intel, AI triage, and SOAR, all built by yo
What you'll learn

Architect a sovereign SecOps platform from zero

Engineer multi-source telemetry pipelines

Build detection-as-code

Operate a full threat intelligence lifecycle

Govern AI in the SOC with hard boundaries

Automate response safely with SOAR-style case management

Secure Kubernetes runtime environments

Prove operational resilience

Map every control to real frameworks

Deliver a capstone-grade Sovereign AI-Assisted Threat Hunting and Automated Response Platform
Requirements

Knowledge: Basic Linux command-line comfort (navigating folders, running scripts). No prior SOC, threat hunting, or security operations experience required — Module 1 builds everything from a working workstation up. Basic Python reading ability helps (most generators and detections are short scripts) but isn't required; every script is explained line by line. No prior Kubernetes, Terraform, or AI/LLM experience needed — Modules 6 and 8 build those skills from scratch using deterministic stubs and a local Kind cluster. Software (all free/open-source): A Linux workstation or VM (Ubuntu 24.04 LTS recommended), 8 CPU cores and 16GB RAM recommended, 80GB+ free disk space. Docker and Docker Compose, Git, Python 3.12, jq, yq, make. kubectl, kind, terraform, helm for the Kubernetes and infrastructure modules (all free, no cloud account required). Open-source security tooling used via local install or containers: OPA, YARA, Falco (via Helm), MinIO — no licenses or paid platforms required. Optional: a local LLM runtime (e.g., Ollama-compatible) for Module 6 — the course works fully with deterministic AI stubs if you'd rather skip model downloads. Hardware: No cloud account, no real government or production infrastructure, and no real personal or classified data required — every lab uses synthetic identities, synthetic telemetry, and a local Kind Kubernetes cluster.

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