Landly is an AI-powered land intelligence platform that helps investors, developers, brokers, and buyers discover, analyze, and evaluate land opportunities across Brazil. By combining geospatial intelligence, property data, and AI-driven insights, the platform enables users to make faster, smarter, and more informed real estate investment decisions.

Landly is an advanced AI-powered land intelligence platform designed to simplify the process of discovering and evaluating land opportunities across Brazil. Built for investors, real estate developers, brokers, and property buyers, the platform combines geospatial data, property records, and AI-driven analytics to provide comprehensive insights into land parcels and their investment potential.
Users can search properties using powerful location-based filters, perform proximity and neighborhood analysis, explore detailed land information, and assess nearby infrastructure, points of interest, and market opportunities. By integrating data from multiple trusted sources, Landly delivers accurate, real-time intelligence that supports confident decision-making throughout the property acquisition process. Its intuitive interface, interactive maps, and intelligent search capabilities enable users to identify high-potential land opportunities quickly, making land research and investment more efficient, reliable, and data-driven.
Industry
Real Estate | Property Analytics
Project Type
Land Intelligence | Property Analytics Platform
Platforms
Web Application
Business Type
B2C
Duration
3M
Region
Brazil
Figma
Java
ReactJS
Tailwind CSS
Asaas Payment Gateway
GitHub
Vultr Cloud Server
Figma
Java
ReactJS
Tailwind CSS
Asaas Payment Gateway
GitHub
Vultr Cloud Server Efficiently processing and importing large volumes of land data from XML feeds without affecting application performance.
Implemented multithreading, asynchronous workflows, and batch processing to efficiently process large XML feeds while maintaining application performance.
Generating AI-powered property descriptions for thousands of listings while managing processing time and resource consumption.
Introduced batch-based AI content generation and optimized processing pipelines to reduce execution time and improve resource utilization.
Preventing duplicate records and handling inconsistent or incomplete property information received from multiple external sources.
Added duplicate detection, address verification, and data validation mechanisms to ensure accurate and consistent property information.
Enriching property data with accurate geospatial information and proximity insights for nearby infrastructure and amenities.
Integrated geocoding and location intelligence services to enrich properties with accurate coordinates and nearby points of interest.
Managing long-running import and AI processing tasks without impacting the responsiveness of the application.
Moved resource-intensive import and AI tasks to background jobs, ensuring the application remained responsive during heavy workloads.
Optimizing property search and filtering across a large dataset while maintaining fast response times.
Improved search performance through efficient database queries, indexing strategies, and optimized filtering algorithms for large property datasets.
Efficiently processing and importing large volumes of land data from XML feeds without affecting application performance.
Generating AI-powered property descriptions for thousands of listings while managing processing time and resource consumption.
Preventing duplicate records and handling inconsistent or incomplete property information received from multiple external sources.
Enriching property data with accurate geospatial information and proximity insights for nearby infrastructure and amenities.
Managing long-running import and AI processing tasks without impacting the responsiveness of the application.
Optimizing property search and filtering across a large dataset while maintaining fast response times.
Implemented multithreading, asynchronous workflows, and batch processing to efficiently process large XML feeds while maintaining application performance.
Introduced batch-based AI content generation and optimized processing pipelines to reduce execution time and improve resource utilization.
Added duplicate detection, address verification, and data validation mechanisms to ensure accurate and consistent property information.
Integrated geocoding and location intelligence services to enrich properties with accurate coordinates and nearby points of interest.
Moved resource-intensive import and AI tasks to background jobs, ensuring the application remained responsive during heavy workloads.
Improved search performance through efficient database queries, indexing strategies, and optimized filtering algorithms for large property datasets.
Built a scalable land intelligence platform capable of processing and managing large volumes of property data from multiple sources.
Improved land discovery through AI-powered search, advanced filtering, and intelligent location-based property analysis.
Enhanced property evaluation with geospatial intelligence, proximity insights, and enriched land information for better decision-making.
Reduced property onboarding time by automating data import, validation, and AI-assisted property description generation.
Empowered investors, developers, brokers, and buyers to make faster, more informed, and data-driven land investment decisions.
Delivered a centralized platform that seamlessly combines property data, location intelligence, AI insights, and analytics into a unified user experience.


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