One Stolen Account. An Entire Network Exposed

What happens when an attacker uses legitimate credentials?

A stolen Google account gives an attacker a foothold inside a corporate network. Using remote access and valid credentials, the attacker begins discovering internal systems and moving between devices.

Traditional security alerts may reveal individual suspicious events. But understanding the full scope of an intrusion requires connecting activity across the network.

In this demonstration, see how Nodal CyberBrain provides network-level visibility into an intrusion, correlating communications and reconstructing the relationships between devices to expose attacker activity.

Inside the demonstration

• Initial Access: An attacker gains access using a compromised Google account and remote access.
• Discovery: Internal hosts and services are probed using familiar administrative tools.
• Lateral Movement: The attacker uses valid credentials and internal communications to reach additional devices.
• Network Reconstruction: Nodal CyberBrain visualizes device relationships and suspicious communication paths.
• Threat Investigation: Correlated network events and AI-driven inferences help identify suspicious communication patterns and potential command-and-control relationships.
• Evidence & Response: Investigators can examine detailed activity records and access mitigation controls to support targeted response.

See beyond the endpoint

Nodal CyberBrain brings together network observability, real-time threat detection, AI-driven investigation and automated response.

By analyzing communication patterns across the network, CyberBrain helps security teams understand not just which device generated an alert, but how suspicious activity connects to the wider environment.