When using cellular proxies, one of the most frequent issues users encounter is ISP throttling. This occurs when your mobile carrier flags non-human activity and reduces the speed of your connection to manage network load. Although mobile proxies are frequently selected for their ability to simulate genuine mobile traffic, they are not immune from being detected and flagged.

To avoid throttling, begin by selecting a reputable proxy provider that employs dynamic IP rotation. This helps avoid patterns that look automated, which are primary red flags for throttling. Don’t overwhelm servers with rapid requests—even if your service permits high volumes, mimic human pacing to resemble natural human behavior. Vary the timing between actions to evade pattern recognition.

It’s also critical to use mobile proxies that are originating from actual smartphones and connected to real cellular networks. Avoid proxies that route through data centers or Wi-Fi networks, as these are readily flagged by carriers and often targeted for throttling. Choose vendors that obtain addresses from real telecom providers.

Additionally, analyze your behavioral footprint. If you’re scraping data, ensure your behavior doesn’t deviate too much from typical mobile usage. For example, refrain from explosive navigation, and don’t access the same site repeatedly with repetitive request signatures. Adopt common browser profiles and simulate normal browsing habits like browsing, pausing, and switching tabs.

Some carriers also throttle based on aggregate data consumption, so consider capping your daily throughput. If you're running ongoing campaigns, pace activities over extended periods rather than trying to complete everything in one burst.

Finally, maintain the latest proxy client and monitor mobile network updates. Many mobile carriers revise detection models, and remaining current can help you refine your approach before your connection is affected.

By combining dynamic proxy management, realistic behavior, and read more careful usage, you can greatly minimize detection likelihood while using mobile proxies.