Red-Team Tutorial Demonstrates Fileless Lateral Movement with SCShell and Sliver C2

· 26:38 · Watch on YouTube ↗

Summary

A red-team tutorial explains how SCShell temporarily changes a Windows service configuration to run commands remotely, then restores it. A Sliver C2 lab demonstrates PowerShell payload staging, in-memory execution, and SYSTEM-context beacons.

Key points

  • The video demonstrates the technique in a lab environment, not as a report of an actual incident.
  • The presenter says the remote service method requires administrator access to the target, either locally or through domain privileges.
  • SCShell saves a service’s original binary path, temporarily changes the service configuration, starts it to run a command, and restores the original configuration.
  • The presenter describes the service method as fileless; a later example retrieves a PowerShell script over HTTP and executes it in memory.
  • In the demonstration, service execution produces a SYSTEM-context beacon; the presenter notes this may differ from the operator’s prior user context.
  • The tutorial shows Sliver C2’s built-in modules for service-based lateral movement and says they can avoid the need for additional tunnels.
  • The presenter identifies opening a remote Service Control Manager with full access as a possible compromise indicator and says modifying Defender signatures may trigger detection.

Article Details

Topics
  • [00:57] Lab scenario, compromised-system premise, and administrator-access prerequisite
  • [02:17] Fileless lateral movement through temporary Windows service configuration changes
  • [07:02] C implementation and Windows API calls used to access and modify services
  • [12:38] Local demonstration and failure when the required service-manager access is absent
  • [15:25] Sliver C2 Armory and built-in lateral movement modules
  • [19:02] Remote service execution demonstration against a lab target
  • [20:17] HTTP-hosted PowerShell staging and in-memory execution
  • [23:54] SYSTEM-context callback and restoration of the service