AI-Powered Automation

In a marketplace like Spot2, a large part of critical tasks were operated manually: lead acquisition, requirement profiling, space uploading, data validation, and coordination between parties. This generated operational bottlenecks, missed opportunities, and a high commercial workload.

 

To scale operations without multiplying human resources, I led the construction of an AI-based infrastructure capable of automating key tasks and creating a more intelligent, fast, and efficient system.

Strategic Objective

To design and implement an AI-based automation infrastructure, natively integrated into Spot2’s business flow, with the aim of:

  • Accelerating high-impact repetitive processes
  • Standardizing data collection and quality
  • Decoupling commercial tasks from manual effort
  • Preparing Spot2 for a distributed, always-on operation based on triggers and data

Components of the Automation System

Each module was designed and developed with AI tools + backend logic to function autonomously or integrated:

1. Lead Profiling (AI Chatbot on WhatsApp)
  • Natural conversation that collects sector, zone, budget, size, and comments
  • Automatically creates a qualified project and assigns it to an agent
  • Designed with LangChain + OpenAI and deployed via Twilio API
2. Intelligent Matching between Spaces and Requirements
  • Recommendation algorithm created in collaboration with Data
  • Uses embeddings, location vectors, and sector categorization
  • Automates the loading of suggested spaces into the project, without the need for manual search
3. Automated Visit Scheduling
  • Intermediate bot that contacts the owner via WhatsApp to validate availability
  • Coordinates and schedules visits directly between tenant and owner
  • Reduces human friction and improves confirmation rate
4. Automatic Space Upload (Brokers)
  • Reception of PDFs, Excels, or text messages with spaces
  • Automatic parsing to detect property name, address, size, price, and upload it to the system
  • Validates if the space already exists and updates or creates a new one
5. Intelligent Space Updating
  • Cron job + AI that detects spaces without movement in 30+ days
  • Automatically contacts brokers to validate availability and conditions
  • If the space is still active, marks it as updated. If not, puts it in review

Success Metrics (AI Infrastructure)

North Star Metric

 

% of core operations performed by the system without human intervention

 

Operational Metrics:

  • Initial response time to lead: < 2 min
  • % of automatically created projects: > 65%
  • Confirmation of visits with owner without manual intervention: > 50%
  • Space upload via AI/parsing vs. manual: +35%
  • Decrease in outdated spaces: -40%

AI Planning

Architecture 
  • Orchestration with LangChain for agents that process language and trigger actions
  • Supabase for persistence of states and triggers per client, space, or session
  • Asynchronous workflows (cron jobs + trigger functions) to verify spaces without movement
  • Modular system to add new agents without breaking existing logic
Internal Operational Interface
  • Administrative panel in Next.js for:
    • Viewing bot conversation history
    • Monitoring status of spaces pending verification
    • Editing prompts and conversational flows
    • Visualizing which tasks were executed automatically

Results (to date)

  • +70% of conversations that arrive at Spot2 via WhatsApp are automatically converted into structured projects
  • Reduction of operational load on the sales team by >40%
  • Increased precision in space-client matching with AI vector logic
  • Decrease in time between incoming lead and informed agent: from hours to minutes

Personal Role

  • I designed the vision, architecture, and modular implementation of the system
  • I programmed agents in LangChain for language processing, data extraction, and triggers
  • I integrated OpenAI + WhatsApp via Twilio as a universal interface for clients and brokers
  • I validated with internal teams and commercial agents to calibrate the output and improve system accuracy
  • I orchestrated the progressive rollout of each module, measuring impact and refining flows