Faster Client Insights
The platform enabled agents to gather actionable customer data in real-time, reducing time spent manually searching multiple sources.
Azati Labs developed a progressive web scraping platform for a US-based real estate firm. The solution scrapes customer data from various websites and compiles it into a single, interactive dashboard. The project aimed to help real estate agents gain deeper insights into potential customers before they sign contracts, while adhering to strict data privacy laws in Northern California.
reduction in manual research time
increase in data sources processed simultaneously
client satisfaction with prototype delivery speed
Real estate agents struggle to get complete and accurate client information before signing contracts, wasting time and risking misinformed decisions. Our objective was to create a platform that automates data collection from multiple sources, bypasses privacy restrictions, and aggregates it into reliable customer profiles, reducing uncertainty and improving lead qualification.
The websites targeted for scraping imposed strict privacy policies and actively monitored abnormal behavior. Detection could result in account or IP bans, making reliable data extraction extremely challenging. Our team had to research user-tracking mechanisms and develop algorithms that mimic normal user behavior to avoid detection.
Modern websites use JavaScript frameworks like React, Angular, and Vue to generate content dynamically, which traditional scrapers cannot handle. Rendering these pages required a dedicated, multithreaded Golang-based engine using WebLoop to efficiently process JavaScript-heavy content without crashing or slowing down the system.
Collected data often contained common names or incomplete profiles, making it difficult to correctly identify the right customer. We implemented intelligent matching algorithms that considered usernames, emails, education info, and natural language similarities, combined with partial manual verification to ensure accurate profiles.
We developed algorithms to simulate normal user behavior, combined with proxy rotation and multiple accounts, to bypass detection and prevent bans, ensuring continuous and reliable data collection.
Golang was used for its multithreading and concurrency capabilities. WebLoop enabled efficient JavaScript rendering, allowing the scraper to process modern dynamic websites without failures, even on resource-intensive pages.
An initial ML-assisted algorithm helped match records across websites, reducing manual effort. The system evaluated similarities in usernames, emails, and other fields, allowing agents to manually verify only the most ambiguous cases.
The project was developed in stages: pre-alpha scripts for initial scraping, alpha integration into a single system, and MVP 1.0 featuring a Vue.js dashboard and basic matching functionality. Feedback from the client guided subsequent improvements.
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Inquire for more infoCollects detailed customer data in real-time from platforms like Yelp, TripAdvisor, Facebook, and Airbnb, including reviews, locations, work information, and social mentions. Handles modern JavaScript-heavy pages efficiently.
Intelligently matches and aggregates records across platforms, associating multiple mentions of the same person into a single enriched profile. Supports partial manual verification for higher accuracy in ambiguous cases.
Displays all matched and aggregated customer data in an intuitive, user-friendly interface. Agents can quickly explore profiles, filter and search leads, and view aggregated statistics for decision-making.
Ensures that data collection respects privacy regulations while still enabling effective aggregation and profiling for business purposes. Maintains compliance with Northern California data privacy laws.
The platform enabled agents to gather actionable customer data in real-time, reducing time spent manually searching multiple sources.
Intelligent data matching and aggregation increased profile accuracy by up to 70%, ensuring agents had reliable information before client meetings.
Multithreaded Golang engine with WebLoop ensured high-performance scraping even on JavaScript-heavy sites, reducing processing time by 70–90%.
Agents could make informed decisions based on enriched customer profiles, improving lead quality and client engagement.
Robust scraping algorithms mimicking real user behavior minimized account bans and manual intervention, saving long-term costs.
The real estate firm received a prototype within three weeks, was impressed by the platform’s capabilities, and viewed Azati as a trusted technology partner.
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