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Build an AI Voice Sales & Support Agent Using LLMs | End-to-End Generative AI Project
This project focuses on building an AI-powered voice assistant for sales and customer support, similar to what US startups, SaaS companies, and call centers are using to replace human agents.
This system can:
Answer customer calls
Handle sales inquiries
Book appointments
Resolve basic issues
Upsell products
All using AI voice + LLM + automation.
AI voice agents are one of the fastest-growing GenAI products in 2026, making this project extremely valuable for your portfolio.
🧰 TOOLS & TECHNOLOGIES USED
Core Programming
Python 3.10+
FastAPI
WebSockets
AI / GenAI Stack
OpenAI / Open-source LLM
Whisper (Speech-to-Text)
Coqui TTS / ElevenLabs (Text-to-Speech)
LangChain (optional)
Audio Processing
PyAudio
Sounddevice
FFmpeg
Storage
SQLite / PostgreSQL
Vector DB (optional for memory)
Utilities
Git & GitHub
Docker
📁 PROJECT FOLDER STRUCTURE
ai_voice_agent/
│
├── audio/
│ ├── input/
│ └── output/
│
├── speech_to_text/
│ └── whisper_stt.py
│
├── llm_engine/
│ └── chatbot.py
│
├── text_to_speech/
│ └── tts_engine.py
│
├── backend/
│ └── api.py
│
├── memory/
│ └── chat_history.db
│
├── requirements.txt
└── README.md
📂 DATA REQUIRED
You don’t need labeled datasets.
You need:
Sample call scripts
Product FAQs
Sales scripts
Support documents
Example:
pricing.txt
faq.txt
refund_policy.txt
These are used for AI knowledge.
🧠 STEP-BY-STEP IMPLEMENTATION
🔹 STEP 1: Speech-to-Text (Voice → Text)
Using Whisper:
import whisper
model = whisper.load_model("base")
result = model.transcribe("audio/input/user.wav")
text = result["text"]
This converts caller voice into text.
🔹 STEP 2: LLM Response Generation
import openai
def generate_reply(query):
response = openai.ChatCompletion.create(
model="gpt-4",
messages=[{"role":"user","content":query}]
)
return response["choices"][0]["message"]["content"]
This handles:
Sales conversations
Support logic
Objections
FAQs
🔹 STEP 3: Add Business Rules
def business_logic(text):
if "price" in text.lower():
return "Explain pricing"
if "refund" in text.lower():
return "Explain refund policy"
This keeps AI aligned with company policy.
🔹 STEP 4: Text-to-Speech (Text → Voice)
Using Coqui TTS:
from TTS.api import TTS
tts = TTS("tts_models/en/ljspeech/tacotron2-DDC")
tts.tts_to_file(
text=reply,
file_path="audio/output/response.wav"
)
This generates human-like voice.
🔹 STEP 5: Conversation Memory
history.append({
"user": text,
"ai": reply
})
Store in database for:
Context
Follow-ups
Personalization
🔹 STEP 6: RAG for Knowledge Base (Optional)
Use vector DB to search FAQs:
context = retrieve_docs(query)
prompt = context + query
This improves accuracy.
🔹 STEP 7: Real-Time API
from fastapi import FastAPI
app = FastAPI()
@app.post("/call")
def handle_call(audio_file):
text = stt(audio_file)
reply = generate_reply(text)
voice = tts(reply)
return voice
This exposes AI as a call-handling service.
🔹 STEP 8: Telephony Integration
Connect with:
Twilio
Vonage
SIP servers
This enables real phone calls.
🔹 STEP 9: Monitoring & Analytics
Track:
Call duration
Conversion rate
Resolution rate
Customer satisfaction
This proves business impact.
🚀 WHAT THIS PROJECT PROVES
✔ Voice AI systems
✔ LLM integration
✔ Real-time automation
✔ Conversational design
✔ Production AI deployment
This project is extremely impressive for:
AI Engineer
GenAI Engineer
Voice AI Developer
Startup roles
❓ INTERVIEW QUESTIONS & ANSWERS
Q1. Why are AI voice agents popular now?
A1. They reduce support costs and scale instantly.
Q2. What is latency in voice AI systems?
A2. Delay between speaking and response.
Q3. How do you reduce hallucinations?
A3. Using RAG and business rules.
Q4. How do you personalize calls?
A4. With user history and CRM data.
Q5. How do you secure voice data?
A5. Encryption and access control.
#AIProjects #VoiceAI #GenerativeAI #LLM #CodeVisium #RealWorldAI #PortfolioProject
Видео Build an AI Voice Sales & Support Agent Using LLMs | End-to-End Generative AI Project канала CodeVisium
This system can:
Answer customer calls
Handle sales inquiries
Book appointments
Resolve basic issues
Upsell products
All using AI voice + LLM + automation.
AI voice agents are one of the fastest-growing GenAI products in 2026, making this project extremely valuable for your portfolio.
🧰 TOOLS & TECHNOLOGIES USED
Core Programming
Python 3.10+
FastAPI
WebSockets
AI / GenAI Stack
OpenAI / Open-source LLM
Whisper (Speech-to-Text)
Coqui TTS / ElevenLabs (Text-to-Speech)
LangChain (optional)
Audio Processing
PyAudio
Sounddevice
FFmpeg
Storage
SQLite / PostgreSQL
Vector DB (optional for memory)
Utilities
Git & GitHub
Docker
📁 PROJECT FOLDER STRUCTURE
ai_voice_agent/
│
├── audio/
│ ├── input/
│ └── output/
│
├── speech_to_text/
│ └── whisper_stt.py
│
├── llm_engine/
│ └── chatbot.py
│
├── text_to_speech/
│ └── tts_engine.py
│
├── backend/
│ └── api.py
│
├── memory/
│ └── chat_history.db
│
├── requirements.txt
└── README.md
📂 DATA REQUIRED
You don’t need labeled datasets.
You need:
Sample call scripts
Product FAQs
Sales scripts
Support documents
Example:
pricing.txt
faq.txt
refund_policy.txt
These are used for AI knowledge.
🧠 STEP-BY-STEP IMPLEMENTATION
🔹 STEP 1: Speech-to-Text (Voice → Text)
Using Whisper:
import whisper
model = whisper.load_model("base")
result = model.transcribe("audio/input/user.wav")
text = result["text"]
This converts caller voice into text.
🔹 STEP 2: LLM Response Generation
import openai
def generate_reply(query):
response = openai.ChatCompletion.create(
model="gpt-4",
messages=[{"role":"user","content":query}]
)
return response["choices"][0]["message"]["content"]
This handles:
Sales conversations
Support logic
Objections
FAQs
🔹 STEP 3: Add Business Rules
def business_logic(text):
if "price" in text.lower():
return "Explain pricing"
if "refund" in text.lower():
return "Explain refund policy"
This keeps AI aligned with company policy.
🔹 STEP 4: Text-to-Speech (Text → Voice)
Using Coqui TTS:
from TTS.api import TTS
tts = TTS("tts_models/en/ljspeech/tacotron2-DDC")
tts.tts_to_file(
text=reply,
file_path="audio/output/response.wav"
)
This generates human-like voice.
🔹 STEP 5: Conversation Memory
history.append({
"user": text,
"ai": reply
})
Store in database for:
Context
Follow-ups
Personalization
🔹 STEP 6: RAG for Knowledge Base (Optional)
Use vector DB to search FAQs:
context = retrieve_docs(query)
prompt = context + query
This improves accuracy.
🔹 STEP 7: Real-Time API
from fastapi import FastAPI
app = FastAPI()
@app.post("/call")
def handle_call(audio_file):
text = stt(audio_file)
reply = generate_reply(text)
voice = tts(reply)
return voice
This exposes AI as a call-handling service.
🔹 STEP 8: Telephony Integration
Connect with:
Twilio
Vonage
SIP servers
This enables real phone calls.
🔹 STEP 9: Monitoring & Analytics
Track:
Call duration
Conversion rate
Resolution rate
Customer satisfaction
This proves business impact.
🚀 WHAT THIS PROJECT PROVES
✔ Voice AI systems
✔ LLM integration
✔ Real-time automation
✔ Conversational design
✔ Production AI deployment
This project is extremely impressive for:
AI Engineer
GenAI Engineer
Voice AI Developer
Startup roles
❓ INTERVIEW QUESTIONS & ANSWERS
Q1. Why are AI voice agents popular now?
A1. They reduce support costs and scale instantly.
Q2. What is latency in voice AI systems?
A2. Delay between speaking and response.
Q3. How do you reduce hallucinations?
A3. Using RAG and business rules.
Q4. How do you personalize calls?
A4. With user history and CRM data.
Q5. How do you secure voice data?
A5. Encryption and access control.
#AIProjects #VoiceAI #GenerativeAI #LLM #CodeVisium #RealWorldAI #PortfolioProject
Видео Build an AI Voice Sales & Support Agent Using LLMs | End-to-End Generative AI Project канала CodeVisium
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12 февраля 2026 г. 15:01:53
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