The Problem
Constant runtime monitoring (RASP) consumes significant CPU cycles.
The Impact
Device heating, rapid battery drain, and degraded user experience.
Legacy Failure
Traditional shielding SDKs often run resource-heavy background processes.
The Solution
TrustSig leverages existing hardware signals for deterministic, zero-latency attestation.
Thermal throttling is a protective mechanism where a device's processor slows down its clock speed to prevent overheating. This results in noticeable performance degradation for the user.
Runtime Application Self-Protection (RASP) tools often perform continuous, resource-intensive checks in the background. These constant CPU cycles keep the processor active, leading to increased power consumption and heat generation.
TrustSig avoids heavy background monitoring by utilizing deterministic hardware signals. Instead of running resource-heavy processes, we validate the client environment through existing hardware telemetry, ensuring security without compromising device performance.
The Hidden Cost of Mobile Security
Mobile applications are increasingly targeted by automated threats, leading many organizations to adopt Runtime Application Self-Protection (RASP) and other shielding SDKs. While these tools aim to protect the application, we think they often overlook the impact on the end-user experience. When security becomes a resource hog, the user pays the price in battery life and device performance.
The Anatomy of Thermal Throttling
Many traditional security solutions operate as a constant "bodyguard" for your application. They perform continuous checks for debuggers, hooking frameworks, and environment tampering. While these checks are necessary for security, they require significant CPU overhead.
When a mobile processor is forced to run these background tasks continuously, the device temperature rises. To prevent hardware damage, the operating system triggers thermal throttling. This forces the CPU to slow down, causing:
- App lag and stuttering during navigation.
- Increased battery consumption, leading to shorter device life.
- A poor user experience that can drive customers away from your platform.
Why Legacy Defenses Struggle
In our opinion, the industry has relied too heavily on "active" monitoring. Many vendors provide SDKs that inject themselves into the application's runtime, constantly scanning for threats. This approach is inherently resource-intensive.
If your security solution is constantly "thinking" or "scanning," it is consuming energy that should be reserved for your application's core functionality. We believe that security should be invisible, not just in terms of user interaction, but in terms of system resource usage.
A Deterministic, Efficient Alternative
At TrustSig, we take a different approach. We believe that you do not need to run heavy, resource-draining background processes to achieve robust bot mitigation and fraud prevention.
Instead of constant monitoring, TrustSig leverages deterministic hardware signals. By analyzing the unique hardware and rendering characteristics of the requesting client, we can verify the integrity of the environment without the need for intrusive, battery-draining SDKs.
This method allows us to:
- Maintain high-security standards without triggering thermal throttling.
- Ensure a smooth, responsive experience for your users.
- Provide deterministic fraud prevention that is both privacy-first and performance-optimized.
Security should never be a trade-off for performance. By moving away from legacy runtime monitoring and toward hardware-level attestation, we help you protect your business while keeping your users' devices cool and their batteries charged.
References
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