Say Goodbye to Manual Work! How This Telegram Number Screening Software Boosts Account Registration Efficiency and Ensures Survival Rate?

I. Pain Points and Limitations of Manual Registration

Multiple Manifestations of Low Efficiency

• Manual registration is slow; a single employee can only complete 20–30 account registrations per day on average.
• It requires a large number of repetitive operations, including mobile number verification and profile filling.
• Batch operations are difficult to implement, failing to meet the needs of large-scale marketing.
• Operational errors are prone to occur during registration, leading to account verification failure.
  
  

Unreliable Survival Rate

• Lack of effective risk detection mechanisms, making it impossible to identify high-risk numbers.
• Difficulty in judging the security of IP addresses and device environments.
• Inability to effectively avoid the platform’s risk control rules and restrictions.
• Lack of continuous account health monitoring and maintenance.
  
  

High Management Costs

• Significant human resources need to be invested in account registration and maintenance.
• Training costs are high; new employees require a long time to familiarize themselves with the process.
• It is difficult to establish standardized operating procedures and quality control measures.
• Account data management is chaotic, with a lack of systematic management tools.
  
  

II. ITG Global Screening: The Perfect Balance Between Efficiency and Security

Intelligent Registration Automation System

• The batch registration function supports processing hundreds of account registration tasks simultaneously.
• It automatically fills in information and intelligently generates personalized account details.
• It automatically completes the mobile verification code receiving and input process.
• The intelligent scheduling system optimizes the registration rhythm to avoid triggering risk control.
  
  

Comprehensive Security Detection Mechanism

• It detects mobile number quality in real time and filters virtual numbers and high-risk numbers.
• It intelligently assesses IP address risks and automatically switches to secure nodes.
• The device fingerprint simulation technology ensures that each account has an independent environment.
• It learns behavior patterns to simulate real user registration behaviors.
  
  

Survival Rate Guarantee System

• It predicts risks before registration to identify accounts that may be banned in advance.
• It monitors account health after registration to continuously track changes in account status.
• The intelligent account nurturing system automatically completes the initial activity cultivation of accounts.
• The risk early warning mechanism promptly detects and handles abnormal accounts.
  
  

III. Efficiency Improvement: Realize Registration Automation in Four Steps

Step 1: Intelligent Preparation

• Automatically screen high-quality mobile number resources to ensure number quality.
• Intelligently configure the registration environment, including IP addresses and device parameters.
• Preset personalized account information templates.
• Automatically test the security of the registration environment.
  
  

Step 2: Batch Registration Execution

• Process multiple registration tasks in parallel to improve overall efficiency.
• Intelligently control the registration frequency to avoid triggering platform restrictions.
• Automatically handle the verification code and SMS verification process.
• Monitor the registration progress and success rate in real time.
  
  

Step 3: Account Quality Verification

• Automatically verify the success rate and availability of account registration.
• Detect the initial status and permission integrity of accounts.
• Evaluate the account security score and risk level.
• Generate a detailed registration quality report.
  
  

Step 4: Subsequent Maintenance and Management

• Automatically execute the initial account nurturing process to improve account weight.
• Regularly detect the health status of accounts to promptly find abnormalities.
• Intelligently adjust account usage strategies to optimize the survival rate.
• Provide data analysis and optimization suggestions.
  
  

IV. Success Case: Dual Breakthroughs in Efficiency and Survival Rate

The Digital Transformation of a Marketing Enterprise

• A 10-person team registered 200–300 accounts per day on average.
• The account survival rate was only 40%, resulting in a huge waste of resources.
• Employee turnover was high, and training costs were exorbitant.
• Business expansion was severely restricted.
  
  

The Improvement Process After Introducing ITG Global Screening

• Fully deployed the automated registration system.
• Optimized the registration process and parameter settings.
• Established an account quality monitoring system.
• Implemented a continuous optimization mechanism.
  
  

Significant Results Achieved

• Registration efficiency increased by 8 times, with a daily registration volume of over 2,000.
• The account survival rate increased to over 85%.
• Labor costs were reduced by 70%, and the team focused on core business.
• The business scale achieved rapid growth.

V. Best Practices: Key Elements for Continuous Optimization

Technical Configuration Optimization

• Regularly update the device fingerprint database to adapt to changes in platform detection rules.
• Optimize the IP address scheduling strategy to ensure the security of the network environment.
• Adjust the registration frequency parameters to balance efficiency and security.
• Improve the exception handling mechanism to enhance system stability.
  
  

Process Management Specifications

• Establish standardized registration operation processes.
• Formulate detailed quality inspection standards.
• Implement a hierarchical management system to treat accounts of different qualities differently.
• Establish a complete data recording and analysis system.
  
  

Team Capability Development

• Train team members to master system operation skills.
• Establish a rapid problem response mechanism.
• Regularly share best practice cases.
• Cultivate data analysis and optimization capabilities.

Conclusion