Advanced macOS evasion tradecraft across telemetry, memory, and Apple Silicon.
This advanced track moves beyond one technique or subsystem. You will examine Endpoint Security delivery gaps, process and memory visibility, CPU scanner blind spots, Metal private buffers, command queues, sandbox boundaries, and ANE visibility limits.
Each phase connects operator tradecraft to measurable macOS behavior. You will learn where visibility changes, how to reproduce the condition, and how to present the result without overstating what the evidence proves.
Managed Mac Operator Foundations
Establish the operating model for a managed Mac before tradecraft: local and domain identity, management layers, security tooling, recon baseline, evidence workflow, and range safety.
Active Directory, Kerberos, LDAP, and SMB from macOS
Operate against AD-bound Mac environments with native macOS tooling: bind discovery, directory queries, Kerberos tickets, SMB access, LAPS concepts, delegation boundaries, and domain-impact evidence without Impacket-style dependencies.
Managed Profiles, MDM, and Policy Abuse
Map managed preferences, profile payloads, helper workflows, launchd jobs, and profile-driven trust paths that create root-side enterprise impact.
Enterprise Software, Developer Workstation, and GitHub Abuse
Operate through developer workstation evidence, GitHub state, credential helpers, build trust, self-hosted runners, package scripts, receipts, and deployment helpers.
EDR Visibility, Endpoint Security Pressure, and Evasion
Measure what a macOS sensor sees, where ES delivery and YARA coverage fail, how process lineage creates evidence, and how visibility claims should be bounded.
TCC, PPPC, and Trusted App Abuse
Review TCC databases, PPPC-style trust, trusted helper paths, Automation boundaries, Accessibility, Full Disk Access, and defensive hardening.
Gatekeeper, Notarization, and Enterprise Trust
Cover quarantine, notarization signals, trusted internal applications, signed helpers, enterprise trust assumptions, and review-quality evidence.
Remote Apple Events and Apple-Native Lateral Movement
Use Apple-native discovery and execution paths for SSH-disabled Mac movement, output capture, evidence handling, cleanup, and detection boundaries.
Network, Proxy, and Tunneling Evasion
Map enterprise network posture, PAC and proxy state, DNS and TLS inspection, SSH tunnels, localhost relays, and proxy-aware tooling from a managed Mac session.
Compiler Trust and Build Workflow Evasion
Use Swift package and compiler-invoked execution paths to understand build trust, package delivery, command evidence, and engagement reporting.
Apple Silicon, GPU, ANE, and Metal Evasion
Accelerator-backed visibility tests around CPU scanner baselines, Metal private memory, blit movement, sandboxed accelerator access, ANE limits, and non-CPU staging.