⚠️ Disclaimer:
This repository contains a project description only.
The actual code is confidential and proprietary.
Contact for demo access or Zero Trust architecture consulting.
The Zero Trust Network Simulator is a virtualized network lab environment designed to simulate micro-segmented networks, strict access policies, and zero trust principles.
It enables cybersecurity teams to test and validate Zero Trust architectures (ZTA) across various use cases in a controlled lab.
Built for SOC teams, network architects, and security researchers, the simulator helps evaluate access control mechanisms, policy enforcement, and trust boundary violations.
- 🖧 Micro-Segmentation: Simulates network segments and isolated VLANs.
- 🔐 Policy-Based Access Control: Emulates Zero Trust access flows between assets.
- 🚀 Attack Simulation: Launches controlled attacks to test segmentation effectiveness.
- 🔍 Access Validation: Verifies identity-based and context-based access controls.
- 🛠️ Virtualized Environment: Easily deployable on VMware, VirtualBox, or cloud labs.
| Scenario | Description |
|---|---|
| Zero Trust Architecture Labs | Build and test Zero Trust network configurations. |
| SOC Training Environments | Train blue teams on identifying lateral movement attempts. |
| Secure Network Design Testing | Validate segmentation before deployment in production. |
| Access Policy Verification | Ensure users and services only access what they are allowed. |
- Python 3.x (or Bash) for automation
- Virtualized Linux/Windows environments
- iptables / nftables for network segmentation
- OpenVPN / WireGuard for encrypted tunnels
- Docker Compose / Ansible (optional lab deployment)
The lab contains custom attack scripts and segmentation bypass scenarios that could be misused to simulate unauthorized access in real networks.
Access is restricted to legitimate Zero Trust evaluations.
Need help designing or testing Zero Trust networks?
→ Contact Muhammad Usama for security architecture consulting.