📜 Define Initial Architecture for SpeechHub

[tifilipebr]

📌 Description

To ensure that SpeechHub is scalable, efficient, and easy to integrate with communication platforms, we need to define its initial architecture. This issue aims to document the solution’s technical requirements and establish an architectural design to guide the project’s development.

🎯 Objective

• Identify the main components of the SpeechHub architecture
• Select appropriate technologies and infrastructure for real-time audio processing and translation
• Define communication standards between services
• Ensure compatibility with platforms such as Google Meet, Microsoft Teams, and Skype

📋 Technical Requirements

🔹 Audio Processing

• Capture and real-time speech transcription
• Support for multiple languages for both input and output speech
• Low-latency processing to maintain conversational flow

🔹 Translation & Dubbing

• Use AI models for automatic translation (e.g., Azure Speech, AWS Transcribe, Google Cloud Speech-to-Text)
• Synthetic voice generation for dubbing (e.g., ElevenLabs, Azure Text-to-Speech, Google WaveNet)
• Synchronization between the original audio and the generated dubbing

🔹 Infrastructure & Communication

• Microservices or serverless-based architecture
• Use of WebSockets or APIs for real-time communication
• Scalable solution to support multiple users simultaneously

🔹 Platform Integration

• Define integration methods with Google Meet, Microsoft Teams, and Skype
• Explore available APIs for capturing and playing audio on these platforms
• Consider support for extensions or bots to facilitate integration

✅ Acceptance Criteria

• Document the initial architecture in diagram format
• Specify the technologies and services to be used
• Define a basic communication flow between components

📢 How to Contribute

• Suggest technologies or services that meet the requirements
• Share experiences or challenges with similar integrations
• Help draft the first version of the SpeechHub architecture