DarkStax is a multi-purpose platform that provides a synthetic cyber environment, predictive threat detection, and autonomous actions powered by AI.
WHAT DArkStax HAS
TO OFFER YOU
Our multi-purpose platform provides the cyber workforce with the ability to experiment, test, train, and integrate advanced cyber warfare solutions.
DarkStax™ enables cyber-physical system modeling and cyber wargame emulation over digital twins.
DarkStax™ Data 2 Decisions (D2D) engine’s DataOps & MLOps features simplify the cyber threat hunting process.
Data 2 Decisions Analytics
DarkStax™ Data 2 Decisions (D2D) Analytics engine accelerates processes and improves data quality, analytics insights, and AI/ML models. It supports DataOps and MLOps automated, process-oriented methodology used by analytic and data teams. It includes visualization web services that provide a wide array of visualization options for data scientists and decision-makers.
DarkStax™ emulates high-fidelity cyberspace, electronic warfare, and network effects enabling realistic cyber wargaming required for training, testing, and experimentations.
Our traffic stimulation solution includes stateless, stateful, and user behavior traffic representing blue, red, and grey space.
CYBER ENTITY BEHAVIOR MODELING
DarkStax™ Agent-Based Modeling (ABM) feature provides an ability to build cyberspace entity behavior models on a canvas.
DIGITAL TWIN PROVISIONING
Our core feature streamlines the provisioning of the digital twin in the cloud or on-premises infrastructure.
DATA COLLECTION REDUCTION ANALYSIS – VISUALIZATION
Our cyber range solution utilizes D2D’s flexible, extensible, and tailorable features to instrument, monitor, and evaluate data.
AUTONOMOUS CYBERSPACE OPERATIONS
DarkStax™ cognitive agents automate the execution of time-based or event-triggered events scheduled in the Master Scenario Event List. It can also react to AI/ML predictions to execute behavioral models.
D2D has features to create flexible threat hunting playbooks, such as searching for key indicators to find threats in a specific dataset. The threat hunting playbook feature enables implementing new hunting procedures based on past and emerging security concerns to address emerging cyberspace threats.