A focused evaluation shows where OnSystem Defender can reduce executable behavior across application launch, resource access, and internal code paths. It’s built to produce evidence — not a generic demo.
Establish the applications, contexts, resource operations, and internal paths currently available.
Identify deterministic policy opportunities while preserving legitimate business behavior.
Measure event quality, policy-management effort, endpoint performance, and coexistence with existing controls.
The evaluation is scoped to representative Windows systems and real workflows — from preparation through observation, policy review, controlled enforcement, and a documented findings review.
Select systems, workflows, success criteria, and current security controls.
Capture representative legitimate activity in audit mode.
Examine learned behavior, events, and candidate deterministic rules.
Test selected controls in a bounded, reversible manner.
Review findings, gaps, operational fit, and next steps.
Representative Windows endpoints or servers.
Core applications, administrative activity, and selected high-risk paths.
Application Whitelisting, Application Execution Governance, and Application Memory Control.
Events, policy examples, performance observations, and a findings summary.
No. OSD is evaluated as a deterministic execution-control layer designed to coexist with EDR and XDR.
No. AI assists learning and correlation. Runtime decisions are governed by deterministic local policy.
Yes. The normal sequence begins with observation and policy review before any bounded enforcement.
Representative systems, owners for the selected workflows, current policy constraints, and agreed success criteria.
Evaluate how OnSystem Defender reduces the execution surface across application launch, resource access, and in-process behavior — without replacing the security stack you already operate.