
Nine critical capabilities operate through one coherent, lightweight agent.
EPA works with the client’s preferred EDR, enhancing governance and intelligence.
Policies, controls, and configurations are enforced directly at the device layer.
EPA feeds high‑fidelity signals into AQUILA for contextual detection and response.

Endpoints have become the most fragmented and unstable layer of the enterprise. Multiple agents compete for resources, generate redundant telemetry, and create governance blind spots. EPA fixes this by unifying nine critical functions into a single architecture that integrates with any EDR, enforces governance at the device layer, and synchronizes intelligence with AQUILA C4I. The result is a stable, predictable, high‑performance endpoint environment.

Deployment is simple: install the agent, connect it to AQUILA C4I, and EPA begins consolidating functions and synchronizing telemetry immediately.
No. EPA integrates with any EDR the client prefers. It enhances governance, intelligence, and response without forcing a vendor change.
By replacing multiple overlapping agents with one unified architecture, EPA eliminates resource contention, redundant telemetry, and operational friction.
Detection, vulnerability management, data protection, behavioral analytics, browser isolation, AI monitoring, compliance enforcement, asset governance, and local response.
EPA is a host‑based C4I node. It synchronizes telemetry, enforces governance, strengthens detection, and executes response actions in coordination with AQUILA.
Organizations typically reduce endpoint tool sprawl by 60–90%, improve endpoint performance by 30–50%, and cut SOC noise by 40–70%, resulting in $350K–$2.1M in annual savings depending on environment size.