EDR Platform for Enterprises

Endpoint Detection & Response (EDR) Platform

Threatstealth EDR delivers kernel-grade telemetry and behavioural threat detection across Windows, macOS, and Linux — integrated with WAF, IAM, and compliance signals in one unified console.

• MITRE ATT&CK-aligned detections — mapped coverage across all 14 ATT&CK tactics with technique-level visibility
• Kernel-grade telemetry — process, file, network, and registry events collected at the OS level
• Behavioural analysis — detect lateral movement, credential access, persistence, and defence evasion
• Automated response actions — process kill, host isolation, and file quarantine triggered by alerts
• Cross-signal correlation — EDR alerts enriched with WAF, IAM, and network context for high-fidelity triage
• Unified multi-tenant console — manage endpoint security across all client organisations from one dashboard

Kernel-Grade Telemetry: What the EDR Agent Collects

The Threatstealth EDR agent is deployed at the OS kernel level, providing visibility into process execution, file system operations, network connections, registry modifications (Windows), and inter-process communication that application-layer monitoring cannot observe. Process telemetry captures every process execution with parent-child relationships, command-line arguments, binary hash, and signed/unsigned status — enabling detection of LOLBIN (Living off the Land Binary) abuse where attackers use legitimate Windows or macOS binaries to execute malicious actions. Network telemetry captures all connection events from the endpoint with process attribution, enabling lateral movement detection without requiring separate network monitoring infrastructure.

• Process execution telemetry — every process with parent-child chain, arguments, hash, and signer attribution
• File system monitoring — creation, modification, deletion, and access events on sensitive directories and files
• Network connection logging — all TCP/UDP connections from every process with source, destination, and protocol
• Registry monitoring (Windows) — persistence mechanism detection through run key, service, and scheduled task monitoring
• Memory event collection — process injection, DLL loading, and in-memory execution detection via kernel hooks

MITRE ATT&CK Coverage and Behavioural Detection Logic

Threatstealth EDR detection rules are mapped to MITRE ATT&CK at the technique and sub-technique level, providing analysts with structured triage context on every alert. Coverage spans all 14 ATT&CK tactic categories — from Initial Access and Execution through Lateral Movement, Exfiltration, and Impact. Behavioural detections do not rely on signatures — they identify attack patterns by correlating sequences of events across process, file, network, and registry telemetry that individually look benign but together indicate malicious activity. This approach detects novel malware variants and fileless attacks that signature-based tools miss.

• All 14 ATT&CK tactic coverage — detections across Initial Access, Execution, Persistence, Privilege Escalation, and all remaining tactics
• Lateral movement detection — pass-the-hash, pass-the-ticket, SMB lateral movement, and WMI remote execution
• Credential access detection — LSASS memory access, credential dumping tools, and keylogger behaviour patterns
• Persistence mechanism detection — run key modification, service installation, scheduled task creation, and cron job changes
• Defence evasion detection — AMSI bypass, log clearing, process injection, and timestomping behaviours

Automated Response Actions and Incident Containment

When a high-confidence detection fires, the Threatstealth EDR can execute automated response actions to contain the threat before an analyst reviews the alert. Automated response actions include process termination (killing the malicious process and its child processes), file quarantine (moving suspicious files to an isolated quarantine store with chain-of-custody metadata), and host isolation (blocking all network connections from the affected endpoint except to the Threatstealth management console). All automated actions are logged with timestamps and the triggering detection rule, creating a complete audit trail for post-incident review and compliance evidence.

• Process termination — killing identified malicious processes and their child process trees automatically on detection
• File quarantine — moving suspicious executables and scripts to isolated store with hash preservation and metadata
• Host isolation — blocking all network connections from a compromised endpoint except management channel
• Automated rollback — reversing malicious registry modifications and file system changes on supported platforms
• Response audit trail — complete log of every automated and manual response action for forensic and compliance purposes

Cross-Signal Correlation with WAF, IAM, and Compliance Data

EDR alerts in isolation provide endpoint context — but the full attack picture often requires correlating endpoint telemetry with WAF events, IAM login anomalies, and network signals from the same time window. Threatstealth EDR is fully integrated with the unified threat detection engine, which automatically correlates EDR alerts with same-asset WAF activity, same-user IAM events, and network connection telemetry to build a multi-signal incident timeline. This cross-signal view allows analysts to see whether an endpoint behavioural alert is isolated or part of a broader attack campaign involving multiple platform signals simultaneously.

• WAF-EDR correlation — linking endpoint malware execution to inbound WAF attack events on the same time window
• IAM-EDR correlation — connecting identity anomalies (new device login, impossible travel) to endpoint alert activity
• Asset timeline view — unified chronological view of all security events affecting a specific endpoint
• User timeline view — all security events affecting a specific user identity across EDR, WAF, and IAM
• Campaign clustering — grouping related alerts across multiple endpoints into a single incident investigation