securiCAD Enterprise
The Flexible Flagship Solution
Key Benefits
Holistic
Get a holistic risk assessment of your architecture and explore what combination of vulnerabilities an attacker might exploit to reach high value assets
Proactive
Explore the risks of simulated attacks before they happen and evaluate new designs before deployment
Automated
Generate models of your architecture automatically and run fully automated attack simulations on the models
Non-disruptive
Attack simulations are conducted on models of your architecture and will never affect your actual environment
Features
Risk Assesment
Get your current risk exposure based on quantitative and automated attack simulations,
Structural Vulnerabilities
Find the structural weaknesses in your architecture
Modeling Tool
Create models directly in your browser or
leverage existing data to automatically generate parts, or a complete model of your architecture
Attack Simulations
Run non-biased, non-disruptive and automated attack simulations on a model of your architecture
Critical Paths
Find the most critical paths from a
potential attacker to a high value asset
Chokepoints
Find chokepoints (or key assets) in your architecture that the attacker exploits to reach all your high value assets
Suggested Mitigations
Get automatically generated mitigation suggestions based on the attack simulations to lower your risk exposure
Report Generation
Generate and export reports based on results from one or several attack simulations
Cloud Deployment
Deploy your securiCAD Enterprise solution in any cloud environment or use our Managed AWS solution
On-premise or Air-gapped
Use existing hardware on-premise to run our securiCAD Enterprise VM. Operation does not require external
access
Non-disruptive
All attack simulations are run on models of your architecture and will not affect, or in any way connect to your actual systems during simulation
API & SDK
Use the API for custom integrations or continuous and automated assessment. Develop your own data parsers with our SDK to support automatic modeling of
