![]() ![]() ![]() Anyone can download this code, run it on any computer that supports Python, login to their iMessage account, and send and receive iMessage protocol messages. Learn more by reading jjtech’s blog post, iMessage Explained, and his proof-of-concept Python implementation on Github. We built Beeper Mini by analyzing the traffic sent between the native iMessage app and Apple’s servers, and rebuilding our own app that sends the same requests and understands the same responses. Beeper does not have access to your Apple credentials. Neither Beeper, Apple, nor anyone except the intended recipients can read your messages or attachments. The encryption keys needed to encrypt these messages never leave your phone. All messages are sent and received by Beeper Mini Android app directly to Apple’s servers. Leveraging this research, Beeper Mini implements the iMessage protocol locally within the app. This is now possible because the iMessage protocol and encryption have been reverse engineered by jjtech, a security researcher. Learn more about iMessage encryption on Apple Platform Security page. All messages are end-to-end encrypted before they are transmitted directly from your device to Apple servers. It also implements Apple’s end-to-end encryption protocol natively within the Android app itself. It does not require a cloud server to send and receive messages. ![]() Beeper Mini works differently than Beeper Cloud in important ways that increase your privacy and security. ![]()
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