Signal Collection
Request patterns, session context, and action behavior.
Use Case
Stop automated abuse targeting mobile apps and their backend services. Naksill protects the APIs and critical flows your app depends on, detecting scripted behavior in real time without disrupting legitimate users.
Mobile abuse rarely targets the UI alone - it targets the backend actions behind it. Attackers automate app traffic, replay actions at scale, and exploit predictable API behavior to extract data, farm accounts, or abuse high-value features.
When it grows, the impact shows up as inflated traffic, degraded performance, unreliable metrics, and increased fraud and operational load.
Naksill uses a unified signal pipeline to evaluate app-driven traffic and enforce protection instantly. Signals are correlated across sessions, endpoints, and action patterns to identify automation intent - then the appropriate action is applied in real time.
Request patterns, session context, and action behavior.
Correlate signals to identify scripted app automation.
Allow, rate-limit, slow down, challenge, or block instantly.
Naksill identifies abnormal timing, repeatability, and high-frequency actions that do not match real human usage.
Protection evaluates behavior across API calls and flows to catch coordinated automation that rotates identities and tactics.
Mitigation is applied to the underlying routes and actions your app relies on, keeping legitimate users unaffected while abuse is contained.
This use case stops automated activity designed to simulate mobile app usage at scale. It blocks scripted action replay that targets high-value features and backend routes. It prevents coordinated automation that farms accounts, extracts data, or abuses app-only workflows. It reduces abusive traffic patterns that inflate infrastructure cost and degrade app performance. The result is more reliable app behavior, cleaner metrics, and less fraud and operational pressure.
This use case is powered by a focused capability set built for protecting mobile-driven traffic and backend workflows. It evaluates request behavior with high precision and reacts instantly when patterns deviate from genuine user activity. Protection remains consistent across the API surface so automation cannot simply shift to a weaker endpoint. Controls can be tuned to match product needs, applying stricter enforcement to high-risk actions while keeping normal usage smooth. Teams gain practical visibility into where automation concentrates, enabling confident adjustments as usage evolves.
Mobile app traffic stays cleaner and more reliable when backend automation abuse is contained in real time.
Yes. Protection evaluates behavior and action patterns over time, not just surface identifiers, so scripted usage can be detected even when it tries to look authentic.