Hello, I would like to ask you a few questions. First, there are two connection modes when using Jami on an Android phone. One is local Dht and the other is Google service. Is there any difference between these two modes? Because I don’t want the network service provider to see which IP address my information was sent to. How can I avoid being seen by the network service provider to see which IP address the information was sent to? Which information (text, voice clips, pictures, files, video calls) can avoid the recipient’s IP being exposed? Second, text, voice clips, pictures, files, video calls. Which of the above information is encrypted and will not expose the recipient’s IP address? Third, using Jami on an Android phone. Text, voice clips, pictures, files, do the above information use memory encryption or anti-debugging technology to prevent malware from extracting plaintext data from memory? Because I am worried that if the phone has virus software, it will steal the information in Jami. The above are my questions, thank you for your answer, thank you.
Can you please visit the following link to see if your questions are answered?
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Yes, I can see this literature. But I didn’t find the answer to my question. Could you answer me。Thank you
- Since Jami needs to exchange information through the OpenDHT network to initiate connections, a local DHT node is built into Jami. However, due to the power-saving strategies of mobile devices, allowing the DHT Proxy to listen for connection requests while the application is in system sleep and waking the device through push notifications is a solution.
The transmission of chat content relies on direct connections between devices, so network operators will know the data size transmitted between you and various IP addresses, but they will not know the content. Use a VPN to change the appearance of the IP address. - All information is encrypted, but as mentioned above, unless relayed by other members of the chat group, IP addresses that are difficult to associate with specific accounts will always be exposed.
- There are no corresponding protection mechanisms for memory and disk data.
Thank you for the Q&A😁