OT Security Must Be Testable: Building and Running Real OT Networks
How Labshock Builder turns OT network design into an executable system.
OT security today is mostly based on documentation. But industrial systems are not documents.
This is why Labshock introduces a different approach with Builder.
Labshock Builder allows users to design and execute real OT network environments instead of static diagrams.
Inside Builder, you can construct an industrial network by placing components such as: - routers - PLC systems - attacker nodes
Once placed, the system automatically: - assigns IP addresses - builds routing paths - creates network structure
This is not a visualization tool. It is a system generator.
There are no static diagrams. The result is a real, functional network environment.
After building the environment, it can be exported into Labshock and executed directly.
In Labshock, the same environment becomes operational: - services are running - network connections are active - assets are discoverable - ports are open and responsive
Users can then perform real security actions such as scanning and testing the environment as if it were a live industrial system.
This creates a fundamental shift in OT security:
Builder creates the system. Labshock executes the system.
Security analysis moves from description to behavior.
Instead of documenting networks, teams can build, deploy, and test them in a controlled environment.
This aligns OT security and OT SIEM practices with modern software engineering principles, where infrastructure is defined as code and validated through execution.
A full workflow demonstrates this process: build → export → run → scan → test
This approach enables realistic validation of industrial cybersecurity controls before deployment.
The goal is to make OT security testable, reproducible, and operational rather than theoretical.
A full demonstration of this workflow is available here: https://lnkd.in/dTfnYXYb
This is part of a broader direction in Labshock: building industrial cybersecurity systems that behave like executable infrastructure instead of static documentation.
The next step in this evolution is Gasflow Terminal, a fully simulated industrial process environment running multiple services inside a single system.