
Worked on the TEN-framework repository to deliver a new streaming text-to-speech extension powered by the Fish.audio API, enabling configurable API keys, model IDs, and audio parameters for real-time audio processing. Focused on backend development using Go and Docker, the implementation emphasized streaming architectures and improved observability through payload tracking and latency optimizations. Enhanced the Docker-based CI pipeline by including the tman binary, strengthening testing and QA workflows. The work prioritized feature delivery and reliability, resulting in faster, real-time TTS capabilities for customers and more efficient quality assurance cycles, with measurable improvements in system latency and operational transparency.
In Oct 2024, TEN-framework delivered new streaming TTS via Fish.audio API with configurable API key and model ID, supporting streaming data and improved observability through payload tracking and latency optimizations. Also updated the Docker image to include the tman binary to strengthen testing and QA workflows. No major bugs fixed this month; efforts focused on feature delivery, reliability, and CI/test tooling. Business value: faster, real-time TTS capabilities for customers and more efficient QA cycles, with better observability and measurable latency improvements. Technologies demonstrated include Fish.audio integration, streaming architectures, observability instrumentation, and Docker-based CI tooling.
In Oct 2024, TEN-framework delivered new streaming TTS via Fish.audio API with configurable API key and model ID, supporting streaming data and improved observability through payload tracking and latency optimizations. Also updated the Docker image to include the tman binary to strengthen testing and QA workflows. No major bugs fixed this month; efforts focused on feature delivery, reliability, and CI/test tooling. Business value: faster, real-time TTS capabilities for customers and more efficient QA cycles, with better observability and measurable latency improvements. Technologies demonstrated include Fish.audio integration, streaming architectures, observability instrumentation, and Docker-based CI tooling.

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