Automated lead qualification system that processes inbound emails, extracts budget and timeline from natural language, and routes qualified prospects to calendar booking. Built with Python, Claude AI, and Supabase to eliminate manual lead processing and ensure consistent, fast responses.
Role: Full-stack AI Builder
Timeline: Loading...
Tools: Python, Supabase, Claude AI, Gmail API
Sales teams often waste hours manually filtering spam and low-quality leads.
Built an autonomous AI agent using Claude API that parses emails, scores lead quality, and drafts replies.
System processes leads and generates responses automatically
AI extracts budget, timeline, decision authority, and project scope from email content
Full email thread history maintained for context-aware responses
Qualified leads are automatically routed to calendar booking
Handles leads automatically outside business hours
Each client's lead data and conversations are isolated
Python webhook handlers processing incoming emails
Claude AI for natural language understanding and response generation
Supabase PostgreSQL storing conversation history, lead data, and qualification signals
Automated qualification reduces response time from ~24h to under 2 minutes.
Instant AI follow-ups eliminate SDR delays and increase conversions.
Automation reduces reliance on manual SDR teams and drives down CPL.
Automated sequences, scoring, and routing accelerate qualification cycles.
Automated intake, Q&A, follow-ups, and booking eliminate manual tasks.
Benchmarks are modeled estimates based on industry-standard performance ranges for AI-driven qualification systems. Not client results.

Main dashboard showing key features and navigation
AutoLeadCloser demonstrates that AI can extract structured qualification data from natural language email content.
The system shows how webhook-based processing enables automated lead handling without manual intervention.
The architecture prioritizes reliability through error handling and retry logic, designed to prevent data loss during processing failures.