How to Validate ZTNA at Scale

CyPerf
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Stress-test Zero Trust Access

Validating zero trust network access (ZTNA) at scale is challenging because enterprise access infrastructure must enforce policy decisions during large authentication surges, sustained application usage, and concurrent malicious activity without degrading user experience or weakening security posture. Real deployments must handle spikes such as the morning login rush, maintain application connectivity across distributed users, and continue inspecting traffic accurately even when attack traffic is introduced into the environment.

Effective ZTNA validation requires repeatable test methods that combine user authentication events, realistic application flows, and hostile traffic conditions in a production-like environment. Engineers need to measure login performance, access stability, packet loss, policy enforcement behavior, and threat handling under representative enterprise load so they can identify scale limits, expose bottlenecks, and verify that secure access infrastructure can support business operations before live deployment.

Accelerate ZTNA Scale Validation

Testing and validating zero trust network access (ZTNA) or secure access service edge (SASE) deployments require realistic user emulation, application traffic generation, and attack simulation under controlled but high-scale conditions. Keysight's CyPerf  helps engineering teams assess authentication surges, application performance, packet loss, and security effectiveness during simultaneous user and threat activity, enabling more accurate validation of capacity, access stability, and policy enforcement before production rollout.

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Validate Zero Trust Network Access at Scale

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