Cloud Phone Rental by Ouyang Japan

Physical data isolation makes tracing and obtaining evidence extremely difficult. For cybercriminals, the most deadly threat is a surprise inspection by law enforcement. Once a physical studio is raided, the mobile phones and computers found on site become irrefutable evidence.

• 1. Data vanishes: All data, activity logs, crime IPs, and caches of cloud phones reside on remote servers. Once cybercriminals detect risk control upgrades or law enforcement risks, they can simply click destroy device in the console or directly cut off the power, leaving no core evidence on the local computer or phone.
• 2. New Types of Facial Recognition Fraud: Criminals now even trick victims into installing specially designed cloud camera apps, which push the victim's real-time mobile phone video stream to a cloud phone controlled by the criminals. Through persuasive tactics, they guide the victim to perform actions, bypassing the facial liveness detection of bank or government apps directly and in real-time in the cloud, making it extremely difficult to detect.This device modification and its ability to counter risk control measures represents a significant advantage.

The most basic risk control method for internet companies (such as e-commerce, social media, and financial apps) is to identify device fingerprints (such as IMEI, MAC address, phone serial number, and SIM card information). Traditional physical devices are difficult to modify these underlying hardware parameters frequently, while cloud phones are virtual systems running on cloud servers, possessing a natural advantage of software-defined hardware.

• 1. One-click rebirth of a new device: Black market operators use device modification components integrated into cloud phones to erase old data in seconds and randomly generate a completely compliant, brand-new set of hardware parameters for a new phone. A single cloud phone can be impersonated an unlimited number of times as a new user who has never downloaded the app, thereby fraudulently obtaining new customer subsidies and new user bonuses.
• 2. Deep Environmental Disguise: Modern custom cloud phone systems from black market vendors come with built-in root access hiding and hook frameworks (such as Xposed) to bypass detection. They can even forge battery level, base station signal, Wi-Fi list, and sensor data such as gyroscopes, misleading major manufacturers' risk control systems into believing it's a normal, real phone.
• 3. Virtual Location Overcomes Regional Risk Control: To prevent fraudulent activities, many businesses restrict participation to people nearby or specific cities. Cloud phones can directly integrate underlying virtual location services, allowing black market operators to instantly distribute thousands of devices across the country or even the world in the cloud without physically moving them.

With extremely low hardware requirements and unlimited flexibility, before the widespread adoption of cloud phones, black market studios needed to purchase hundreds or thousands of inexpensive Android devices to build a dense wall of phones,facing huge physical costs.

• 1. Zero hardware depreciation and maintenance costs: Physical phone walls need to consider the risks of power supply, heat dissipation, frequent crashes, battery aging and bulging, and even explosions. Cloud phones transfer all these hardware maintenance costs to the cloud service provider.
• 2. Rapid Scalability: Purchasing 1,000 physical mobile phones requires logistics, data uploading, and cabling. Cloud phones, however, can be purchased or renewed in bulk with just a few clicks in the backend, allowing 1,000 phones to be deployed simultaneously within minutes. After the project ends (e.g., short-term application promotion), the black market can quickly terminate the contract, achieving extremely high capital utilization.