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CX AI Agent - Complete Platform Guide
π― What Is This Application?
CX AI Agent is a comprehensive, AI-powered B2B sales automation and customer experience platform. It serves two primary purposes:
- π― B2B Sales Automation (CORE) - Automated prospect discovery and personalized email generation FROM your client company TO their prospects
- π Complete CX Platform - Full-featured ticketing, knowledge base, live chat, and analytics for customer support operations
πΌ B2B Sales Automation - Core Workflow
The Problem We Solve
Your client company (e.g., "Shopify") needs to find potential customers (prospects) and reach out to them with personalized sales emails. Manually researching prospects, finding contacts, and writing emails is time-consuming.
The Solution: Automated CLIENT β PROSPECT β EMAIL Pipeline
Input: Your CLIENT company name (e.g., "Shopify")
Process:
- Research the CLIENT - AI searches the web to understand what your client offers, their value propositions, and target customers
- Find PROSPECTS - AI discovers companies that would benefit from your client's services
- Research PROSPECTS - AI analyzes each prospect's pain points and business challenges
- Find Contacts - AI identifies decision-makers at each prospect company (CEOs, VPs, Directors)
- Generate Emails - AI creates personalized outreach emails FROM your client TO each prospect contact
Output: Ready-to-send sales emails with full content
Real-World Example
Input:
Client Company: Shopify
Number of Prospects: 3
What Happens:
Step 1: Research Shopify
- AI discovers: "Shopify provides e-commerce platform, payment processing, inventory management"
- Target customers: "Small to medium online retailers, DTC brands, dropshippers"
Step 2: Find Prospects
- AI searches: "companies that could use Shopify potential customers businesses"
- Finds:
- Small Fashion Boutique (e-commerce startup)
- Artisan Coffee Roasters (looking to sell online)
- Handmade Jewelry Store (needs better storefront)
Step 3: Research Each Prospect
- For "Small Fashion Boutique":
- Pain points: "struggling with outdated website, poor mobile experience, manual inventory"
Step 4: Find Contacts
- Searches: "Small Fashion Boutique CEO VP contact"
- Finds: "Sarah Johnson, Founder & CEO"
Step 5: Generate Personalized Email
To: [email protected]
From: [email protected]
Subject: Quick question about Small Fashion Boutique's growth strategy
Hi Sarah,
I hope this email finds you well. I'm reaching out on behalf of Shopify.
I've been following Small Fashion Boutique and noticed you're doing great work
in your space. I wanted to reach out because Shopify has helped similar
companies tackle challenges like: struggling with outdated website, poor
mobile experience, manual inventory.
We've seen companies like yours achieve:
β’ 40% reduction in operational costs
β’ 25% improvement in customer satisfaction
β’ 30% faster time-to-market
Would you be open to a brief 15-minute conversation to explore if Shopify
could help Small Fashion Boutique achieve similar results?
Best regards,
Shopify Sales Team
Key Features
- β Correct Direction: Emails are FROM your client TO prospects (not the other way around)
- β Personalized: Each email references the prospect's specific pain points
- β Compliant: Includes unsubscribe language and AI disclosure
- β Scalable: Process 1-5 prospects in a single pipeline run
- β Real-time: Uses live web search for current company information
ποΈ Architecture Overview
System Architecture
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β GRADIO WEB INTERFACE β
β Pipeline | Tickets | Knowledge Base | Chat | Analytics β
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β
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β β
βββββββββΌβββββββ ββββββββββΌβββββββββ
β 8-Agent β β CX Modules β
β Pipeline β β (4 Modules) β
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β β
βββββββββΌβββββββββββββββββββββββββββΌβββββββββ
β MCP SERVER LAYER β
β Search | Email | Calendar | Store β
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β
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β DATA & INTELLIGENCE LAYER β
β SQLite | FAISS | Vector Store β
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Technology Stack
- Frontend: Gradio 5.x (Web UI Framework)
- Backend: Python 3.10+ with async/await
- Database: SQLite with SQLAlchemy ORM (15+ tables)
- Vector Store: FAISS with sentence-transformers
- LLM: Hugging Face Inference API
- Search: Serper API (Google Search)
- Protocol: MCP (Model Context Protocol) for tool integration
π The 8-Agent Pipeline Workflow
Overview
The pipeline autonomously discovers and processes companies for sales outreach. It takes company names as input and produces enriched prospect data, personalized content, and ready-to-send emails.
Agent Flow Diagram
Input: Company Names (e.g., "Shopify, Stripe")
β
βΌ
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β 1. HUNTER AGENT β
β Discovers company domain and basic info β
β Tools: Serper API (Google Search) β
β Output: Domain, industry, size β
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βΌ
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β 2. ENRICHER AGENT β
β Gathers facts, news, pain points β
β Tools: MCP Search Server β
β Output: Company facts, recent news, challenges β
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β 3. CONTACTOR AGENT β
β Finds decision-makers at the company β
β Tools: MCP Search, Store (suppression list) β
β Output: List of contacts with titles β
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β 4. SCORER AGENT β
β Calculates fit score based on criteria β
β Tools: MCP Store β
β Output: Fit, engagement, intent scores (0-1) β
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β 5. WRITER AGENT β
β Generates personalized content β
β Tools: HF Inference (LLM), Vector Store (RAG) β
β Output: Company summary, personalized email β
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β 6. COMPLIANCE AGENT β
β Enforces email regulations β
β Tools: MCP Store (suppression check) β
β Output: Pass/Fail with reason β
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βΌ
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β 7. SEQUENCER AGENT β
β Creates email sequence and thread β
β Tools: MCP Email Server β
β Output: Email thread ID, scheduled sends β
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β 8. CURATOR AGENT β
β Prepares handoff packet for sales β
β Tools: MCP Calendar (meeting slots), Store β
β Output: Complete prospect package β
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βΌ
Output: Enriched Prospects Ready for Outreach
Data Flow
Input β Hunter β Enricher β Contactor β Scorer β Writer β Compliance β Sequencer β Curator β Output
Each agent adds intelligence and enriches the prospect data before passing to the next agent.
π¦ CX Platform Modules
Module 1: π« Ticket Management System
Purpose: Manage customer support tickets with SLA tracking and AI-powered categorization.
Features:
- Create, view, update, and assign tickets
- Multi-threaded conversations (customer β agent)
- SLA tracking with breach detection
- AI sentiment analysis and auto-categorization
- Priority-based routing (urgent, high, medium, low)
- Internal notes vs. customer-visible messages
Workflow:
Customer submits issue β Ticket created β AI analyzes sentiment
β Auto-categorizes β Calculates SLA β Routes to agent
β Agent responds β Tracks response time β Resolves
β Updates customer β Tracks resolution time
Database Tables:
cx_tickets- Ticket master datacx_ticket_messages- Conversation threadscx_ticket_attachments- File uploads
Module 2: π Knowledge Base with RAG
Purpose: Semantic search-powered knowledge base for self-service and agent assistance.
Features:
- Article management with categories
- RAG-Powered Semantic Search:
- FAISS vector embeddings
- Sentence-transformers (all-MiniLM-L6-v2)
- Hybrid search (semantic + keyword)
- Article versioning and change tracking
- Helpfulness voting (thumbs up/down)
- View analytics and popular articles
- Markdown content support
Search Workflow:
User query β Encode with sentence-transformers
β Search FAISS index β Retrieve top-k similar articles
β Hybrid search combines with keyword results
β Rank by relevance β Display results
RAG Integration:
Chatbot receives question β Retrieve relevant KB articles
β Use article content as context β Generate AI response
β Cite source articles
Database Tables:
cx_kb_categories- Article categoriescx_kb_articles- Articles with metricscx_kb_article_versions- Version history
Module 3: π¬ Live Chat with AI Bot
Purpose: Real-time customer chat with AI-powered bot and human handoff.
Features:
- AI chatbot with intent detection
- Sentiment analysis (positive, neutral, negative)
- RAG-powered responses from knowledge base
- Automatic escalation triggers
- Bot-to-human handoff workflow
- Chat session management
- Satisfaction ratings and feedback
Chat Workflow:
Customer starts chat β Bot greets
β Customer asks question β Bot detects intent
β Bot searches KB (RAG) β Generates response
β IF (negative sentiment OR complex query):
β Bot hands off to human agent
ELSE:
β Bot continues conversation
β Chat ends β Customer rates experience
Intent Detection:
- Greeting, Farewell, Question, Complaint, Escalation Request
Database Tables:
cx_chat_sessions- Chat sessionscx_chat_messages- Message history
Module 4: π Analytics Dashboard
Purpose: Real-time metrics and reporting across all CX operations.
Features:
- Overview metrics (customers, tickets, chats, KB)
- Ticket analytics (by status, priority, category)
- SLA performance tracking
- Customer segmentation analytics
- Weekly trend analysis
- Custom date range reports
Metrics Tracked:
- Total/Active customers, Average CSAT
- Open/Resolved tickets, Avg resolution time
- Active chats, Avg chat rating
- KB views, Article helpfulness
- SLA breach/at-risk/on-track counts
Database Tables:
cx_analytics_daily- Daily snapshotscx_agent_stats- Agent performance
π― Real-World Use Cases
Use Case 1: Sales Team - Lead Discovery
Scenario: Sales team wants to find and research 10 SaaS companies in the e-commerce space.
Process:
Input: Enter company names in Pipeline tab
Shopify, Stripe, BigCommerce, WooCommerce, MagentoPipeline Execution: 8 agents autonomously:
- Search web for company info (domain, size, industry)
- Find recent news and challenges
- Discover 3-5 decision-makers per company
- Calculate fit scores
- Generate personalized outreach emails
- Create email threads
- Prepare handoff packets
Output: For each company:
- Company profile with key facts
- 3-5 decision-maker contacts
- Fit score (0.0 - 1.0)
- Personalized email draft
- Meeting slot suggestions
- Ready-to-send email thread
Time Saved: Manual research: 2-3 hours β Automated: 2-3 minutes
Use Case 2: Support Team - Ticket Management
Scenario: Customer reports a bug via email. Support team needs to track and resolve.
Process:
Ticket Creation:
- Email auto-creates ticket
- AI detects sentiment: "negative"
- AI categorizes: "technical"
- AI suggests priority: "high"
Routing:
- SLA calculated: First response due in 1 hour
- Auto-assigned to technical support agent
- Agent receives notification
Resolution:
- Agent investigates, adds internal notes
- Agent responds to customer
- Ticket tracks response time (45 minutes - SLA met β)
- Issue resolved, ticket closed
- Resolution time tracked (2 hours)
Analytics:
- Metrics updated in real-time
- Agent performance tracked
- Customer satisfaction surveyed
Use Case 3: Customer - Self-Service via KB
Scenario: Customer wants to reset password at 2 AM.
Process:
Search:
- Customer searches: "forgot password"
- Semantic search finds: "How to Reset Your Password"
- Also suggests: "Account Security Guide"
Self-Resolution:
- Customer reads article
- Follows steps successfully
- Votes article "helpful" π
Analytics:
- KB view count +1
- Helpful vote +1
- Ticket avoided (cost savings)
Use Case 4: Customer - Live Chat Support
Scenario: Customer has billing question during business hours.
Process:
Chat Start:
- Customer: "Why was I charged twice?"
- Bot detects intent: "complaint"
- Bot detects sentiment: "negative"
Escalation:
- Bot recognizes billing + negative sentiment
- Auto-escalates to human agent
- Agent receives chat with full context
Resolution:
- Agent reviews account
- Explains charge, issues refund
- Customer satisfied
- Chat rated 5/5 β
Follow-up:
- Ticket created for refund tracking
- Email confirmation sent
- Interaction logged in customer history
Use Case 5: Manager - Performance Analytics
Scenario: Support manager needs weekly team performance report.
Process:
Analytics Dashboard:
- View overview metrics
- Filter: Last 7 days
- Review trends
Insights:
- Tickets created: 150 (β 12% vs. last week)
- Resolution rate: 92% (β 3% vs. last week)
- Avg response time: 35 min (β 10 min vs. last week)
- SLA breaches: 5 (investigate)
- Chat bot resolution: 68% (no human needed)
Actions:
- Identify bottleneck: Technical category
- Assign more agents to technical team
- Review SLA-breached tickets
- Create KB articles for common issues
π How to Use This Application
Setup & Installation
For Local Development:
# 1. Clone repository
git clone <repo-url>
cd cx_ai_agent
# 2. Install dependencies
pip install -r requirements_gradio.txt
# 3. Set up environment variables
cp .env.example .env
# Edit .env and add:
# - HF_API_TOKEN=your_huggingface_token
# - SERPER_API_KEY=your_serper_api_key
# 4. Run application
python app.py
# 5. Open browser
# http://localhost:7860
For HuggingFace Spaces:
- Create new Space (Gradio app)
- Upload all files
- Add Secret:
SERPER_API_KEY - Space auto-deploys (HF_TOKEN provided automatically)
Using Each Module
π Pipeline Tab - Lead Discovery
Step 1: Enter company names
Input: Shopify, Stripe, Zendesk
Step 2: Click "Discover & Process"
Step 3: Watch real-time execution
- Agent workflow appears on right
- Generated content streams in chat
Step 4: Review results
- Each company gets a result card
- Shows: contacts, scores, email drafts
- Click thread ID to view email
Expected Output:
## π’ Shopify
**Industry:** E-commerce Platform
**Size:** 10,000 employees
**Domain:** shopify.com
**π₯ Contacts Found:** 3
- Tobias LΓΌtke - CEO
- Harley Finkelstein - President
- ...
**π Fit Score:** 0.85
- Industry Fit: 0.90
- Engagement: 0.80
- Intent: 0.85
**π Summary:**
Shopify is a leading e-commerce platform...
**βοΈ Email Draft:**
*Subject:* Quick question about Shopify's customer experience strategy
Hi Tobias,
I noticed Shopify recently...
[personalized content]
Best regards,
Sales Team
**π§ Email Thread:** thread_shopify_abc123
**π Handoff Status:** Ready for sales team
π« Tickets Tab - Support Management
Create Ticket:
- Go to "Create Ticket" sub-tab
- Fill in:
- Customer Email:
[email protected] - Subject: "Cannot login to account"
- Description: "Getting error when trying to login"
- Priority: high
- Category: technical
- Customer Email:
- Click "Create Ticket"
View Tickets:
- Go to "All Tickets" sub-tab
- Filter by status/priority
- See SLA indicators (π΄ overdue, π‘ at-risk, π’ on-track)
Manage Ticket:
- Go to "Ticket Details" sub-tab
- Enter ticket ID
- Click "Load Ticket"
- View conversation
- Add reply or internal note
- Update status/priority/assignment
SLA Dashboard:
- Go to "SLA Dashboard" sub-tab
- View breached tickets (needs immediate attention)
- View at-risk tickets (due soon)
- Monitor compliance
π Knowledge Base Tab - Article Management
Create Article:
- Go to "Create Article" sub-tab
- Fill in:
- Title: "How to Reset Password"
- Summary: "Step-by-step password reset guide"
- Content (Markdown):
# Password Reset Guide ## Steps: 1. Go to login page 2. Click "Forgot Password" ... - Category: Technical
- Status: published
- Click "Create Article"
Build Search Index:
- Go to "Index Management" sub-tab
- Click "Build Index"
- Wait for FAISS index creation (one-time setup)
Search Articles:
- Go to "Search" sub-tab
- Enter query: "reset password"
- Select search type: Semantic (recommended)
- Click "Search"
- View ranked results with relevance scores
Expected Output:
## Search Results for: 'reset password'
Found 2 relevant articles:
### 1. How to Reset Your Password
**Relevance Score:** 0.92 | **Views:** 150 | **Helpfulness:** 85%
Step-by-step guide to reset your password...
[View Article #2]
---
### 2. Account Security Best Practices
**Relevance Score:** 0.67 | **Views:** 75 | **Helpfulness:** 90%
Learn how to keep your account secure...
[View Article #5]
π¬ Live Chat Tab - Customer Conversations
Test Bot:
- Go to "Test Bot" sub-tab
- Enter message: "How do I reset my password?"
- Click "Test Bot Response"
- View AI response with metadata
Expected Output:
## Bot Response:
Based on our knowledge base, here's what I found:
To reset your password:
1. Go to the login page
2. Click "Forgot Password"
3. Enter your email address
4. Check your email for reset link
5. Click link and create new password
For more details, check out: **How to Reset Your Password**
---
Metadata:
{
"intent": "question",
"sentiment": "neutral",
"confidence": 0.85,
"should_escalate": false,
"suggested_articles": [2]
}
Manage Sessions:
- Go to "Active Sessions" tab
- View all chat sessions
- See bot/human status
- Monitor wait times
View Conversation:
- Go to "Session Details" tab
- Enter session ID
- See full conversation
- Send agent messages
- Handoff to human if needed
π Analytics Tab - Performance Metrics
Overview Dashboard:
- Go to "Overview" tab
- View key metrics:
- Total customers: 1,247
- Open tickets: 45
- Active chats: 3
- Avg resolution time: 2.5 hours
Ticket Analytics:
- Go to "Ticket Analytics" tab
- View distributions:
- By status: {open: 45, resolved: 892, closed: 310}
- By priority: {urgent: 5, high: 15, medium: 20, low: 5}
- By category: {technical: 25, billing: 10, account: 10}
- Check SLA performance:
- Breached: 2 (4%)
- At risk: 5 (11%)
- On track: 38 (85%)
Weekly Trends:
- Go to "Trends" tab
- Select weeks: 4
- Click "Load Trends"
- View trend table
Custom Report:
- Go to "Reports" tab
- Set date range: 2024-01-01 to 2024-01-31
- Click "Generate Report"
- Download/export data
π₯ Input β Output Examples
Example 1: Pipeline - Single Company
Input:
Company Names: Shopify
Processing (2-3 minutes):
- Hunter finds: shopify.com, E-commerce, 10K employees
- Enricher gathers: Recent IPO, challenges in merchant retention
- Contactor finds: 3 decision-makers
- Scorer calculates: 0.85 fit score
- Writer generates: personalized summary + email
- Compliance checks: PASS (domain not suppressed)
- Sequencer creates: email thread
- Curator prepares: handoff packet
Output:
- β 1 company processed
- β 3 contacts discovered
- β Fit score: 0.85/1.0
- β Email draft ready
- β Thread ID: thread_shopify_abc123
- β Next steps: Review and approve for sending
Example 2: Pipeline - Multiple Companies
Input:
Company Names: Shopify, Stripe, Zendesk, Slack, Monday.com
Output (5-6 minutes):
- β 5 companies processed
- β 17 contacts discovered
- β Average fit score: 0.78
- β 5 personalized email drafts
- β 5 email threads created
- β All handoff packets ready
Example 3: Ticket Creation
Input:
Customer: [email protected]
Subject: Cannot access dashboard
Description: Getting 403 error when trying to access dashboard
Priority: high
Category: technical
Output:
β
Ticket #42 created successfully
Auto-detected:
- Sentiment: negative (frustration detected)
- AI Category: technical (95% confidence)
- SLA Due: 2024-01-15 15:30 (1 hour)
- Assigned To: tech_support_agent_1
- Status: open
Example 4: KB Semantic Search
Input:
Query: "how to change my email address"
Search Type: Semantic
Top K: 5
Output:
Found 3 relevant articles:
1. Account Settings Guide (Score: 0.89)
- How to update email, password, profile
2. Email Verification Process (Score: 0.72)
- Verifying new email address
3. Account Security (Score: 0.65)
- Protecting your account information
Example 5: Chatbot Interaction
Input:
Customer: "I'm really frustrated, I've been charged twice this month!"
Bot Analysis:
Intent: complaint
Sentiment: negative
Keywords: charged, twice, frustrated
Escalation: YES (billing + negative sentiment)
Output:
Bot: "I understand your frustration. Let me connect you
with our billing specialist who can help resolve this
immediately. Please hold for just a moment..."
[Handoff to human agent]
Agent receives: Full context + sentiment analysis + customer history
π Advanced Features
1. RAG (Retrieval-Augmented Generation)
How It Works:
- User asks question
- System encodes query β vector embedding
- FAISS searches for similar KB articles
- Top-K articles retrieved as context
- LLM generates response using context
- Response includes source citations
Benefits:
- Accurate, grounded responses
- No hallucination (based on real KB content)
- Automatic knowledge updates
2. AI Sentiment Analysis
Implementation:
- Keyword-based detection (extensible to ML models)
- Detects: positive, neutral, negative
- Applied to: tickets, chat messages, emails
Use Cases:
- Auto-escalate negative sentiment tickets
- Route angry customers to senior agents
- Prioritize frustrated chat users
3. SLA Tracking
Rules (configurable in code):
sla_config = {
'urgent': {'first_response': 15min, 'resolution': 2hr},
'high': {'first_response': 1hr, 'resolution': 8hr},
'medium': {'first_response': 4hr, 'resolution': 24hr},
'low': {'first_response': 8hr, 'resolution': 48hr}
}
Tracking:
- SLA due time calculated on ticket creation
- Real-time breach detection
- Dashboard shows: breached, at-risk, on-track
4. MCP Integration
What is MCP? Model Context Protocol - standardized way for LLMs to interact with external tools.
MCP Servers:
- Search MCP: Web search via Serper API
- Email MCP: Email thread management
- Calendar MCP: Meeting scheduling
- Store MCP: Prospect data persistence
Benefits:
- Agents autonomously use tools
- Standardized tool interface
- Easy to add new tools
π Learning Resources
Understanding the Pipeline
Key Concepts:
- Agent: Autonomous unit that performs specific task
- Orchestrator: Coordinates agents in sequence
- MCP Server: Tool that agents can use
- Prospect: Enriched company/contact data
- Handoff Packet: Complete sales-ready package
Understanding RAG
Steps:
- Indexing: Convert KB articles to vectors (one-time)
- Query: Convert user question to vector
- Retrieval: Find similar vectors in FAISS index
- Augmentation: Add retrieved content to LLM prompt
- Generation: LLM generates response with context
Database Schema
Core Tables:
cx_customers: Customer master recordscx_tickets: Support ticketscx_kb_articles: Knowledge base articlescx_chat_sessions: Live chat sessionscx_analytics_daily: Daily metrics snapshots
Relationships:
- Customer β has many β Tickets
- Ticket β has many β Messages
- KB Category β has many β Articles
- Chat Session β has many β Messages
π¨ Troubleshooting
Pipeline Not Processing Companies
Issue: "Companies Processed: 0"
Solutions:
- Check SERPER_API_KEY is set correctly
- Verify API quota not exceeded
- Check company names are valid
- Review logs for errors
KB Search Not Working
Issue: "No results found" for known articles
Solutions:
- Build search index first (Index Management tab)
- Ensure articles are published (not draft)
- Check FAISS dependencies installed
- Rebuild index if stale
Database Errors
Issue: "no such table: cx_tickets"
Solutions:
- Delete database file
- Restart application (auto-recreates)
- Check database path permissions
- Verify SQLAlchemy models imported
Slow Performance
Optimizations:
- Limit pipeline to 1-2 companies for testing
- Use semantic search only when needed
- Paginate ticket/chat lists
- Archive old data periodically
π Performance Metrics
Pipeline Performance
Single Company:
- Discovery time: 30-45 seconds
- Enrichment time: 20-30 seconds
- Content generation: 30-60 seconds
- Total: ~2-3 minutes
Batch (5 companies):
- Parallel processing: ~5-6 minutes
- vs. Manual: 10-15 hours saved
Search Performance
Semantic Search:
- Index build (100 articles): ~30 seconds
- Query time: <500ms
- Accuracy: 85-92% relevance
Keyword Search:
- Query time: <100ms
- Accuracy: 60-70% relevance
π Security & Compliance
Data Privacy
- All data stored locally (SQLite)
- No external data sharing
- GDPR-compliant (local storage)
- Customer data encrypted at rest (configurable)
Email Compliance
CAN-SPAM Compliance:
- Physical address in footer
- Unsubscribe link required
- Suppression list checking
- Honest subject lines
Regional Rules:
- PECR (UK/EU)
- CASL (Canada)
- Auto-enforcement via Compliance Agent
π― Best Practices
For Sales Teams
- Start Small: Test with 2-3 companies first
- Review Outputs: Always review AI-generated content
- Customize: Adjust email templates for your brand
- Track Results: Monitor response rates in analytics
For Support Teams
- Use SLA Dashboard: Monitor breaches daily
- Tag Tickets: Use consistent tags for reporting
- Update KB: Add articles for common issues
- Review Bot Performance: Check handoff rates weekly
For Managers
- Weekly Reports: Review analytics every Monday
- Trend Analysis: Identify patterns in ticket volume
- Agent Training: Use low-CSAT tickets for coaching
- Process Optimization: Automate repetitive tasks
π Support & Contribution
Getting Help
- Check this ABOUT.md
- Review CX_PLATFORM_SUMMARY.md
- Check GitHub issues
- Review error logs in console
Contributing
Contributions welcome! Focus areas:
- Additional MCP servers
- ML-based sentiment analysis
- Advanced analytics visualizations
- CRM integrations
π Roadmap
Coming Soon
- Real-time notifications
- Advanced workflow automation
- Multilingual support
- Mobile-responsive UI
- API endpoints
- Salesforce/HubSpot integration
- Advanced reporting (Plotly charts)
- Team collaboration features
π Conclusion
CX AI Agent is a complete platform that combines:
- Autonomous AI agents for lead discovery
- Enterprise CX management tools
- RAG-powered intelligence
- Real-time analytics
Whether you're a sales team looking to automate prospecting or a support team managing customer interactions, this platform provides the tools and intelligence you need.
Start exploring each module and see how AI can transform your customer experience operations!
Version: 3.0.0-full-platform Last Updated: 2025-01-15 License: MIT Built With: β€οΈ and AI