🧠All Things AI — by Subhojit DeyAll Things AI
🌱Start Here🔧Build with AIDaily StackDevelopersVibe CodingOthersLocal🏢Industry🛡️Legal🔬Deep Dive📰News
🧠 All Things AI
🌱🧠🔧⚡⚡🤖✨🔍🔶🎯💜⚡🪟🦙🤗🦞🔁🌊✕🔀🛠️🏢🛡️✅🏭🔬📰
Build with AI
🔧Build with AI
Chatbots
RAG
Agents
Workflows & Automation
Voice Assistants
Evaluation & Testing
Computer Use Agents
Reference Architectures
Model Economics
Knowledge Graphs
⚡Make AI Work
Create Deliverables
Software Development
Data & Database Work
Backend Engineering
Frontend & UI/UX
Personal Productivity
AI Strategy & Product
Build with AI
🔧Build with AI
Chatbots
RAG
Agents
Workflows & Automation
Voice Assistants
Evaluation & Testing
Computer Use Agents
Reference Architectures
Model Economics
Knowledge Graphs
⚡Make AI Work
Create Deliverables
Software Development
Data & Database Work
Backend Engineering
Frontend & UI/UX
Personal Productivity
AI Strategy & Product
Build with AIVoice Assistants

Voice Assistants

Voice AI combines speech recognition, language model reasoning, and speech synthesis into a real-time pipeline. Every component adds latency, and users are sensitive to delays in spoken conversation. This section covers the architecture, latency design, wake word systems, and the tradeoffs between on-device and cloud processing.

In This Section

Voice Pipeline Architecture

The STT → LLM → TTS stack end to end — components, connection patterns, and where latency accumulates.

Latency Design

Techniques for reducing perceived latency — streaming, early TTS start, response chunking, and latency budgets per component.

Wake Words & Privacy

How wake word detection works, always-on microphone privacy implications, and on-device wake word options.

On-Device vs Cloud

When to run voice AI on-device vs in the cloud — latency, privacy, cost, and capability tradeoffs for each approach.

Previous← Error Handling & ObservabilityNextVoice Pipeline Architecture →

Page built: 01 Jun 2026