Autonomous Endpoint Detection & Response
Endpoints are the frontline of every attack — from phishing payloads and fileless malware to ransomware detonation. VIntercept's multi-agent architecture monitors endpoint telemetry, analyzes suspicious artifacts, and contains compromised hosts autonomously, reducing dwell time from hours to seconds.
Attackers Live on Your Endpoints
Modern endpoint threats have evolved far beyond traditional malware. Fileless attack techniques abuse legitimate system tools — PowerShell, WMI, and built-in scripting engines — to execute malicious operations entirely in memory, leaving no artifacts on disk for conventional antivirus to detect. Ransomware operators combine these living-off-the-land techniques with rapid lateral movement, encrypting entire environments within minutes of initial access.
Legacy endpoint detection tools generate massive volumes of alerts that security teams cannot process in real time. Every suspicious PowerShell invocation, every unusual process tree, every anomalous network connection produces a low-fidelity signal that requires human investigation to determine whether it represents a genuine threat or benign activity. The result is alert fatigue, delayed response, and an environment where real attacks hide among thousands of false positives.
Organizations need endpoint security that can autonomously distinguish genuine threats from noise, investigate suspicious activity at machine speed, and take containment actions before an attacker achieves their objective — without requiring an analyst to intervene at every decision point.
Multi-Agent Intelligence on Every Endpoint
Spectre continuously monitors endpoint telemetry — process execution, file system activity, registry modifications, network connections, and in-memory operations — building a behavioral baseline for every host in the environment. When activity deviates from established patterns, Spectre escalates to Cipher for automated payload analysis, examining suspect files, scripts, and memory artifacts without requiring manual submission to a sandbox.
Argus correlates endpoint signals with network telemetry and identity events to reconstruct the full attack chain. A suspicious PowerShell execution on one host, combined with anomalous authentication on another and unusual outbound traffic on a third, forms a coherent narrative that individual endpoint alerts would never reveal. This cross-source correlation is what separates autonomous investigation from simple alert aggregation.
When VIntercept determines that an endpoint is compromised, Sentinel executes containment — isolating the host from the network, terminating malicious processes, and preserving forensic evidence — all within seconds of detection. The security team receives a complete investigation report with timeline, indicators, and recommended remediation steps, enabling informed decisions rather than reactive scrambling.
Comprehensive Endpoint Defense
Fileless Attack Detection
In-memory analysis and behavioral monitoring detect fileless techniques that abuse PowerShell, WMI, and legitimate system tools. Identifies malicious in-memory operations that leave no disk artifacts for traditional tools to find.
Ransomware Prevention
Multi-stage detection identifies ransomware indicators at every phase of the attack chain — from initial access through lateral movement to pre-encryption staging. Autonomous containment acts before encryption begins.
Endpoint Isolation
Sentinel automatically isolates compromised endpoints from the network while preserving forensic evidence and maintaining management connectivity. Prevents lateral movement without requiring manual intervention.
Behavioral Monitoring
Continuous baseline analysis of process behavior, user activity, and system interactions on every endpoint. Detects deviations that indicate compromise, insider threats, or unauthorized software execution.
Stop Endpoint Threats Before They Spread
See how VIntercept detects, investigates, and contains endpoint threats autonomously — reducing dwell time from hours to seconds.