OT Cybersecurity Testbed Development
OT Security Service

OT Cybersecurity Testbed Development

Design and build of realistic OT testbed environments for security training, research, product validation, and attack simulation exercises.

A Safe Environment to Learn and Test

You cannot run attack simulations on a live production network. You cannot test detection rules against real exploits on active PLCs. You cannot train engineers to respond to incidents they have never seen. A dedicated OT cybersecurity testbed solves all of these problems.

Our testbed development service builds realistic, functional OT environments that replicate your production architecture. These environments support hands-on training, security tool evaluation, detection rule testing, incident response drills, and product security validation, all without risk to production systems.

Testbed Use Cases

  • Hands-on cybersecurity training for operations and engineering teams
  • Attack simulation and red team exercises
  • Detection rule development and validation
  • Incident response drill execution
  • Security tool evaluation and benchmarking
  • OEM product security testing and validation
  • Academic research and university lab programs
OT cybersecurity testbed with industrial controllers and equipment

Testbed Development

Realistic OT environments for training, testing, and research

Engagement Methodology

A structured, phased approach designed for the safety, availability, and compliance requirements of operational technology environments.

01
Phase 1

Requirements Analysis

Understand the organization's training, research, and testing objectives. Define the target OT environment to be replicated: protocols, device types, network architecture, and attack scenarios. Determine whether the testbed is for training, security testing, product validation, or a combination.

02
Phase 2

Architecture Design

Design the testbed architecture to replicate a realistic OT environment including PLCs, HMIs, SCADA systems, network infrastructure, and simulated process logic. Define network topology, zone structure, and integration points with training platforms and attack simulation tools.

03
Phase 3

Build and Configuration

Build the testbed environment with physical or virtualized OT components. Configure industrial protocols (Modbus, OPC-UA, EtherNet/IP, S7comm), simulate process behavior, and implement realistic network traffic patterns. Deploy vulnerable configurations for training and testing exercises.

04
Phase 4

Scenario Development

Develop training and testing scenarios for the testbed: attack simulations, defense exercises, incident response drills, and product security testing workflows. Create guided exercise materials, evaluation rubrics, and instructor guides for each scenario.

05
Phase 5

Handover and Support

Deliver the operational testbed with full documentation, scenario libraries, and maintenance procedures. Train the client team on testbed management, scenario execution, environment reset, and ongoing scenario development.

Service Deliverables

  • Testbed requirements specification
  • Architecture design document with topology diagrams
  • Operational testbed environment (physical or virtualized)
  • Scenario library with guided exercise materials
  • Maintenance and operations documentation
  • Staff training on testbed management and scenario execution

Frameworks We Align With

IEC 62443MITRE ATT&CK for ICS

Industries Served

Oil and GasEnergyManufacturingChemical

Start Your OT Cybersecurity Testbed Development Engagement

Get in touch to discuss your specific OT environment and how we can scope this engagement for your organization.