AQUILA Endpoint Agent integrates a local SOAR capability that executes automated response actions directly on the device, compressing detection‑to‑response time to near zero and ensuring consistent, reliable containment across the endpoint fleet.
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Traditional SOAR platforms rely on cloud‑based orchestration, external playbook engines, ticketing integrations, multi‑step workflows, and network‑dependent execution.
In real environments, this creates:
• Delayed containment
• Inconsistent execution across endpoints
• Dependency on network availability
• High friction between SOC and IT teams
• Unreliable response during high‑pressure incidents
When an endpoint is compromised, seconds matter — but traditional SOAR often responds in minutes.
AQUILA Endpoint Agent corrects this by embedding SOAR directly into the endpoint architecture, enabling immediate, local execution of response actions.
AQUILA’s SOAR module operates on the device itself, enabling:
• Instant execution of response actions
• Automated containment without cloud dependency
• Consistent enforcement across all endpoints
• Reliable operation even when offline
• Orchestration aligned with endpoint context and behavior
This transforms SOAR from a centralized orchestration engine into a distributed response capability embedded at the device layer.
AQUILA Endpoint Agent applies the C4I pillars directly to response automation:
Command: Local enforcement of response policies, escalation rules, and containment logic.
Control: Immediate execution of actions such as isolation, process termination, session invalidation, and file quarantine.
Communications: Structured response telemetry streamed to AQUILA C4I Core OS for enterprise‑wide visibility and correlation.
Computers: Local rule execution and decision logic ensure response actions occur even without network connectivity.
Intelligence: Integration with EDR, UEBA, VDR, and AI‑driven monitoring ensures that response actions are triggered based on contextual, behavior‑aware signals.
This alignment ensures that response is instant, reliable, and operationally coherent across the entire endpoint fleet.
AQUILA SOAR shares the same telemetry engine as EDR, VDR, DLP, UEBA, AI‑driven monitoring, Compliance enforcement, and Asset governance.
This allows SOAR to evaluate response triggers in the context of:
• Process behavior
• Identity activity
• Data movement
• Vulnerability state
• Configuration drift
• User behavior baselines
• Endpoint posture
Traditional SOAR platforms cannot correlate response triggers with this level of endpoint intelligence.
AQUILA SOAR supports immediate execution of device isolation, process termination, network blocking, file quarantine, session invalidation, policy enforcement, configuration correction, remediation workflows, and forensic data capture.
Because actions execute locally, response is:
• Instantaneous
• Consistent
• Reliable
• Independent of network latency
• Resilient during active compromise
This dramatically reduces the time between detection and containment.
AQUILA SOAR integrates with SIEM platforms, ticketing systems, threat intelligence feeds, SOC dashboards, and incident response workflows. But unlike traditional SOAR, orchestration is distributed, not centralized.
This ensures:
• SOC teams receive enriched, contextual alerts
• Response actions are already executed before analysts intervene
• Playbooks are enforced consistently across endpoints
• Containment is not delayed by human bottlenecks
SOAR becomes a force multiplier, not a workflow dependency.
AQUILA SOAR leverages UEBA baselines, AI‑driven anomaly detection, identity‑aware context, endpoint posture signals, vulnerability exposure, and data movement patterns.
This enables the system to trigger automated response actions for:
• Suspicious privilege escalation
• Lateral movement attempts
• Abnormal data access
• Staged exfiltration
• Compromised identity behavior
• Malicious process chains
• High‑risk vulnerabilities under active exploitation
Response becomes intelligent, not just automated.
With AQUILA SOAR, organizations gain:
1. Instant containment at the device layer
No waiting for cloud orchestration or SOC intervention.
2. Distributed response architecture
SOAR becomes part of the endpoint, not a remote engine.
3. Context‑aware automation
Response decisions incorporate identity, behavior, and system state.
4. Reduced SOC fatigue
Analysts receive alerts after containment, not before.
5. A single source of truth for response actions
All actions are logged and synchronized with AQUILA C4I Core OS.