Warden: Zero Trust Kernel Virtualization for Endpoint Defense Stopping All Threats Before Impact!

Great question, since we are leveraging a capability designed for business and making it available to everyone some parts are not fully automated due to security concerns.

• You will get an email thanking you for your purchase and a follow-up email within 24-48 hours with procedures to set-up Warden.
• You are being given a special monitoring section within our Managed Provider Dashboard such that we may be able to respond quickly.
• As we Safe Guard You, we will be releasing additional features and services to help protect you against the unknown threats.

An EPP is an integrated security solution that defends endpoints—laptops, servers, and mobile devices—against malware, exploits, ransomware, and zero‑day attacks. Unlike traditional antivirus, modern EPPs combine signature‑based detection with behavioral analysis, machine learning, and threat intelligence to stop threats before they execute.

Traditional antivirus relies primarily on signature‑matching to known malware, which can miss new or obfuscated attacks. EPP extends this by adding real‑time behavioral monitoring, sandboxing, and rollback capabilities—delivering proactive protection rather than purely reactive scanning.

Zero Trust assumes no user or device is inherently trusted—even if inside the network perimeter. Zero Trust Endpoint Security enforces strict identity verification, least‑privilege access, and continuous monitoring on every endpoint to ensure every process and communication is explicitly authorized.

Warden leverages Kernel API Virtualization and Default‑Deny policy enforcement to ensure only whitelisted applications and processes can execute or communicate. This approach creates micro‑perimeters around each endpoint, stopping lateral movement and preventing privilege escalation.

Kernel API Virtualization intercepts and isolates operating system calls at the kernel level, virtualizing system functions to prevent unauthorized operations. By abstracting direct access to OS APIs, Warden ensures that any unrecognized or malicious request is blocked before it can cause harm.

Unlike heavyweight hypervisors, kernel virtualization operates with minimal overhead by virtualizing only the necessary API functions. This delivers enterprise‑grade isolation and threat prevention without impacting endpoint performance or requiring additional hardware resources.

EDR solutions continuously monitor endpoints for suspicious activity, logging events and providing forensic data for incident response. While EPP blocks threats at the front door, EDR gives security teams the visibility and tools to investigate, hunt, and remediate advanced attacks that slip through.

EPP stops known and unknown threats before they execute, reducing the volume of incidents. When a threat does surface, EDR captures detailed telemetry—process trees, network connections, file hashes—enabling rapid root‑cause analysis and automated containment.

Yes—Warden’s Default‑Deny engine and kernel‑level controls provide superior protection compared to legacy antivirus. You can phase out traditional AV while retaining full coverage against malware, ransomware, fileless attacks, and insider threats.

No. Thanks to its lightweight Kernel API Virtualization, Warden runs with sub‑1% CPU and memory overhead. Most users won’t notice any slowdown—even during full endpoint scans or simulated attacks.

Absolutely. Warden integrates via standard APIs and SIEM connectors, feeding real‑time alerts into your SOC dashboard. It works alongside vulnerability scanners, identity providers, and network firewalls to enhance your overall security posture.