parakeet-tdt-0.6b-v2 is a 600 million parameter automatic speech recognition (ASR) model designed to achieve high-quality English transcription with accurate timestamp prediction and automatic punctuation and capitalization support. The model is based on the FastConformer architecture, capable of efficiently processing audio clips up to 24 minutes long, making it suitable for developers, researchers, and various industry applications.

Kimi-Audio is an advanced open-source audio foundation model designed to handle a variety of audio processing tasks, such as speech recognition and audio dialogue. The model has been extensively pre-trained on over 13 million hours of diverse audio and text data, giving it strong audio reasoning and language understanding capabilities. Its key advantages include excellent performance and flexibility, making it suitable for researchers and developers to conduct audio-related research and development.

MegaTTS 3 is a highly efficient speech synthesis model based on PyTorch, developed by ByteDance, with ultra-high-quality speech cloning capabilities. Its lightweight architecture contains only 0.45B parameters, supports Chinese, English, and code switching, and can generate natural and fluent speech from input text. It is widely used in academic research and technological development.

Step-Audio is the first production-level open-source intelligent voice interaction framework, integrating voice understanding and generation capabilities. It supports multilingual dialogue, emotional intonation, dialects, speech rate, and prosodic style control. Its core technologies include a 130B parameter multimodal model, a generative data engine, fine-grained voice control, and enhanced intelligence. This framework promotes the development of intelligent voice interaction technology through open-source models and tools, and is suitable for a variety of voice application scenarios.

FireRedASR-AED-L is an open-source, industrial-grade automatic speech recognition model designed to meet the needs for high efficiency and performance in speech recognition. This model utilizes an attention-based encoder-decoder architecture and supports multiple languages including Mandarin, Chinese dialects, and English. It achieved new record levels in public Mandarin speech recognition benchmarks and has shown exceptional performance in singing lyric recognition. Key advantages of the model include high performance, low latency, and broad applicability across various speech interaction scenarios. Its open-source feature allows developers the freedom to use and modify the code, further advancing the development of speech recognition technology.

FireRedASR is an open-source industrial-grade Mandarin automatic speech recognition model, utilizing an Encoder-Decoder and LLM integrated architecture. It includes two variants: FireRedASR-LLM and FireRedASR-AED, designed for high-performance and efficient needs respectively. The model excels in Mandarin benchmarking tests and also performs well in recognizing dialects and English speech. It is suitable for industrial applications requiring efficient speech-to-text conversion, such as smart assistants and video subtitle generation. The open-source model is easy for developers to integrate and optimize.

PengChengStarling is an open-source toolkit focused on multilingual automatic speech recognition (ASR), developed based on the icefall project. It supports the entire ASR process, including data processing, model training, inference, fine-tuning, and deployment. By optimizing parameter configurations and integrating language identifiers into the RNN-Transducer architecture, it significantly enhances the performance of multilingual ASR systems. Its main advantages include efficient multilingual support, a flexible configuration design, and robust inference performance. The models in PengChengStarling perform exceptionally well across various languages, require relatively small model sizes, and offer extremely fast inference speeds, making it suitable for scenarios that demand efficient speech recognition.

RealtimeSTT is an open-source speech recognition model capable of converting spoken language into text in real time. It employs advanced voice activity detection technology to automatically detect the start and end of speech without manual intervention. Additionally, it supports wake word activation, allowing users to initiate speech recognition by saying specific wake words. The model is characterized by low latency and high efficiency, making it suitable for real-time transcription applications such as voice assistants and meeting notes. It is developed in Python, easy to integrate and use, and is open-source on GitHub, with an active community that continuously provides updates and improvements.

MinMo, developed by Alibaba Group's Tongyi Laboratory, is a multimodal large language model with approximately 8 billion parameters, focused on achieving seamless voice interactions. It is trained on 1.4 million hours of diverse voice data through various stages, including speech-to-text alignment, text-to-speech alignment, speech-to-speech alignment, and full-duplex interaction alignment. MinMo achieves state-of-the-art performance across various benchmarks in speech understanding and generation, while maintaining the capabilities of text-based large language models and supporting full-duplex dialogues, enabling simultaneous bidirectional communication between users and the system. Additionally, MinMo introduces a novel and straightforward voice decoder that surpasses previous models in speech generation. Its command-following ability has been enhanced to support voice generation control based on user instructions, including details such as emotion, dialect, and speech rate, as well as mimicking specific voices. MinMo's speech-to-text latency is approximately 100 milliseconds, with theoretical full-duplex latency around 600 milliseconds, and actual latency around 800 milliseconds. The development of MinMo aims to overcome the major limitations of previous multimodal models, providing users with a more natural, smooth, and human-like voice interaction experience.

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Pluno for Zendesk is an intelligent plugin that helps improve customer satisfaction and simplify the management of upgrading tickets. It can automatically track changes, monitor SLAs, and reduce back-and-forth communication between customer service agents to ensure everyone stays synchronized.

Reflectio is a real-time feedback tool developed by Emmanuel Taiwo to help service businesses improve service quality through instant feedback. This tool helps users collect feedback data and improve business performance through detailed analysis and reporting.

parakeet-tdt-0.6b-v2 is a 600 million parameter automatic speech recognition (ASR) model designed to achieve high-quality English transcription with accurate timestamp prediction and automatic punctuation and capitalization support. The model is based on the FastConformer architecture, capable of efficiently processing audio clips up to 24 minutes long, making it suitable for developers, researchers, and various industry applications.

EHVA.ai is an artificial intelligence phone conversation system that combines heart and science, capable of achieving any goal while providing AI-based phone calls for sales and customer service. It also has non-conversational features that can greatly enhance the productivity and accuracy of human colleagues.