الفرق الذي يميز SimSpace
Simulate
Replicate the Real-World Cyber-Physical Battlefield
Don't run static lab tests. Recreate the battlefield.
- Real World Cyber-Physical Environments: Mirror IT, OT, and cloud systems embedded with production-grade applications, data, and users.
- Range Automation & Lifecycle Management: Automate environment creation to repeat, scale, and continuously train & test.
- Integrated Attack & User Emulation: Integrate agentic life-like activity to replicate true operational conditions.
Intuitive Range Design
Features an easy-to-use visual canvas and blueprint editor that allows users to drag-and-drop network components or edit code directly. This shift away from complex legacy systems makes building, customizing, and extending ranges far more accessible without requiring deep network architecture expertise.
Labeled Telemetry
Automatically produces ground-truth labeled telemetry to accelerate the training, testing, and evaluation of AI models. The platform generates highly synthetic data that can be exported into a customer’s tool of choice with support from professional services.
Cloud Environments
Simulates and integrates public cloud infrastructure (AWS, Azure, GCP) and SaaS applications (like Slack, Teams, and Office 365) within the range to create realistic attack surfaces.
Cyber-Physical (OT, IT, Weapons) Integration
Connects physical hardware and operational technology (such as ICS, OT, and weapon systems) via external subnets to build realistic cyber-physical environments. While functional in the platform today, full setup currently utilizes professional services for exact hardware configuration.
Range as Code
Provides an infrastructure-as-code framework using tools like Ansible to programmatically version, replicate, and deploy networks, hosts, and configurations. This approach enables automated range lifecycle management capable of scaling to hundreds of concurrent users or automated agents.
Version Control
Tracks environment changes to support modern source-control workflows and reproducible experiments across infrastructure versions. This enables teams, allied organizations, and multi-user groups to draft, collaborate on, and publish complex range designs seamlessly.
Attack Simulation Engine
Delivers an automated attack engine featuring stable, prebuilt, full-kill-chain attack scenarios mapped directly to the range environment. Built for high reliability, it allows continuous, repeatable security testing across cloud, on-premise, and OT landscapes.