Group Control System Drops Frequently? The problem is here
A cross-border e-commerce company operates 50 Telegram accounts for customer service, and suffered 20+ disconnections per day when using ordinary proxies. The technical team found that after switching to ipipgo's German static residential IP, there were zero disconnections for 72 consecutive hours, and the message response speed increased by 3 times. This case reveals:The stability of the group control system depends on the authenticity of the proxy IP and the quality of the network.The
The three main culprits of disconnection and the way to break them
According to the measured data, the group control system disconnection is mainly caused by the following reasons:
1. IP tagged: Data center IPs identified by Telegram as bot traffic
2. Protocol mismatch: MTProto connection exception due to HTTP protocol support only
3. zone jumping: Frequent switching of country IPs on the same account triggers risk control
problematic phenomenon | prescription | ipipgo configuration points |
---|---|---|
Frequent requests to log back in | Using a static residential IP | Bind to a fixed city-level IP for at least 30 days |
High message delivery latency | Selecting a local ISP line | Matching home broadband IP segments in target countries |
Group Sending Functions Restricted | Setting a reasonable sending frequency | Control of message intervals via API (5-8 seconds/bar recommended) |
Five steps to build a stable group control system
Take the success story of a team of overseas buyers as an example:
1. Account Grouping: 10 account groups by product category
2. IP allocation: Assignment of ipipgo exclusive country IPs for each group (e.g. French IPs for beauty group)
3. Protocol Configuration: In Telegram Advanced Settings select theSOCKS5 Agent TypeInput the server address and port provided by ipipgo.
4. environmental isolation: Configure independent browser fingerprinting + IP binding for each virtual machine
5. Traffic Monitoring: View the status of each IP connection in real time through the ipipgo console.
After implementing the program, the message delivery rate increased from 611 TP3T to 981 TP3T, and the conversion rate of customer inquiries increased by 401 TP3T.
Four Key Indicators for Selecting Agency Services
Validated by practical tests, stabilizing the group control system is required:
- IP purity(ipipgo residential IP pass rate 99.3%)
- Protocol compatibility(Simultaneous support for SOCKS5/MTProto protocols)
- Connection Stability(Dedicated backbone network coverage)
- log policy(ipipgo strictly enforces 0 log retention)
Real-world problem solving
Q:Group Control operates multiple accounts at the same time and always drops the line?
A: Make sure that each account is bound to a separate IP, using ipipgo'sIP Pool Assignment FunctionAutomatic isolation is possible. It is recommended that each group of accounts be separated by 2-3 hours before enabling new IP operations.
Q: How can I restore the use of my historically blocked account?
A: Replacement of brand new equipment + ipipgo unused residential IP combination. The measured success rate of recovery using German/Brazilian residential IP is up to 85%.
Q: What should I do if my group messages are restricted?
A: Immediately suspend operation for 4 hours, change to a purer residential IP via ipipgo, and adjust the sending frequency to no more than 12 messages per minute.
After a blockchain community used ipipgo's Southeast Asian mobile IP, its 30 group control accounts ran stably for 120 consecutive days, and the average daily message processing volume increased to 24,000 messages. This proves:Professional agency services are not a costly expense, but a leveraged fulcrum for efficiency gainsThe