• Blazing Speed: 940+ FPS on GPU, 50–300+ FPS on CPU • High-Performance Models: Supports 2D/3D whole-body pose estimation • Cutting-Edge Architecture: Built upon RTMPose with FPN & HEM • Wide Dataset Coverage: Manually aligned keypoints across 14 open datasets • Extensive Framework Support: ONNX, TensorRT, ncnn, and OpenVINO • Open Source: Code and pre-trained models available
• Blazing Speed: 940+ FPS on GPU, 50–300+ FPS on CPU • High-Performance Models: Supports 2D/3D whole-body pose estimation • Cutting-Edge Architecture: Built upon RTMPose with FPN & HEM • Wide Dataset Coverage: Manually aligned keypoints across 14 open datasets • Extensive Framework Support: ONNX, TensorRT, ncnn, and OpenVINO • Open Source: Code and pre-trained models available
Telegram’s stand out feature is its encryption scheme that keeps messages and media secure in transit. The scheme is known as MTProto and is based on 256-bit AES encryption, RSA encryption, and Diffie-Hellman key exchange. The result of this complicated and technical-sounding jargon? A messaging service that claims to keep your data safe.Why do we say claims? When dealing with security, you always want to leave room for scrutiny, and a few cryptography experts have criticized the system. Overall, any level of encryption is better than none, but a level of discretion should always be observed with any online connected system, even Telegram.