Real Estate platform Upgrade
Real Estate platform Upgrade
Real Estate platform Upgrade
Real Estate platform Upgrade
The real estate platform serves as a backbone for the day-to-day real estate broker operations as well as provides overview and detailed reports on the past and current real estate market state.
The real estate platform serves as a backbone for the day-to-day real estate broker operations as well as provides overview and detailed reports on the past and current real estate market state.
The real estate platform serves as a backbone for the day-to-day real estate broker operations as well as provides overview and detailed reports on the past and current real estate market state.
Real estate
Cloud
Microservices
Real Estate platform Upgrade
Real Estate platform Upgrade
Real Estate platform Upgrade
Client profile
Client profile
Client profile
The real estate platform serves as a backbone for the day-to-day real estate broker operations as well as provides overview and detailed reports on the past and current real estate market state. The system not only serves data to real estate brokers, it allows both updating existing listing data and syndication of listing data to various feeds.
The real estate platform serves as a backbone for the day-to-day real estate broker operations as well as provides overview and detailed reports on the past and current real estate market state. The system not only serves data to real estate brokers, it allows both updating existing listing data and syndication of listing data to various feeds.
The real estate platform serves as a backbone for the day-to-day real estate broker operations as well as provides overview and detailed reports on the past and current real estate market state. The system not only serves data to real estate brokers, it allows both updating existing listing data and syndication of listing data to various feeds.
Platform modernization solution
Platform modernization solution
Platform modernization solution
Our comprehensive platform upgrade strategy focused on three core components:
Our comprehensive platform upgrade strategy focused on three core components:
Core Technology Stack
• Moved to ASP.NET MVC/Core where possible
• Using React + Redux for client-side development
Architecture Improvements
• Move away from database-contained logic to back-end C# code without performance losses (and sometimes with improvements)
• Reuse existing assets in more creative and efficient ways, i.e.:
• Using Elasticsearch as a primary data store for a few business-important systems, not only search cache tool
• Use MS SQL CDC (Change Data Capture) feature to build event-based synchronization system
• Adding solid middle layer to compose various lower-level business operations
• Re-use backend and front-end functionality using internal NuGET and npm packages
Core Technology Stack
• Moved to ASP.NET MVC/Core where possible
• Using React + Redux for client-side development
Architecture Improvements
• Move away from database-contained logic to back-end C# code without performance losses (and sometimes with improvements)
• Reuse existing assets in more creative and efficient ways, i.e.:
• Using Elasticsearch as a primary data store for a few business-important systems, not only search cache tool
• Use MS SQL CDC (Change Data Capture) feature to build event-based synchronization system
• Adding solid middle layer to compose various lower-level business operations
• Re-use backend and front-end functionality using internal NuGET and npm packages
Core Technology Stack
• Moved to ASP.NET MVC/Core where possible
• Using React + Redux for client-side development
Architecture Improvements
• Move away from database-contained logic to back-end C# code without performance losses (and sometimes with improvements)
• Reuse existing assets in more creative and efficient ways, i.e.:
• Using Elasticsearch as a primary data store for a few business-important systems, not only search cache tool
• Use MS SQL CDC (Change Data Capture) feature to build event-based synchronization system
• Adding solid middle layer to compose various lower-level business operations
• Re-use backend and front-end functionality using internal NuGET and npm packages
Performance Optimizations
• Render only visible portions of data and fine-tune requests to server to return as much data as needed for the single viewport
• Recompose existing products in a way which enables new business scenarios and opens new sources of revenue
Performance Optimizations
• Render only visible portions of data and fine-tune requests to server to return as much data as needed for the single viewport
• Recompose existing products in a way which enables new business scenarios and opens new sources of revenue
Implementation approach
Implementation approach
Implementation approach
Migration Strategy—Gradual Transition
• Module-based approach to transition not only front-end, but backend part as well at the same time. As a parallel process performance and security review and improvement conducted
• Parallel operation of old and new modules during transition
• Seamless integration of updated parts of functionality into legacy parts/pages
• Changes are always backward-compatible with existing systems
Migration Strategy—Gradual Transition
• Module-based approach to transition not only front-end, but backend part as well at the same time. As a parallel process performance and security review and improvement conducted
• Parallel operation of old and new modules during transition
• Seamless integration of updated parts of functionality into legacy parts/pages
• Changes are always backward-compatible with existing systems
Migration Strategy—Gradual Transition
• Module-based approach to transition not only front-end, but backend part as well at the same time. As a parallel process performance and security review and improvement conducted
• Parallel operation of old and new modules during transition
• Seamless integration of updated parts of functionality into legacy parts/pages
• Changes are always backward-compatible with existing systems
Measurable outcomes
Measurable outcomes
Measurable outcomes
Performance Improvements
• 50%-300% reduction in initial page load time
• Increased data volume for simultaneous view on the page where appropriate
• Successful handling of 300% increased data load
• Optimized rendering performance
Development Efficiency
• 40% faster time-to-market for new features
• 50% reduction in feature integration time
• Improved code maintainability through changing backend architecture and reuse of functionality on all levels
Performance Improvements
• 50%-300% reduction in initial page load time
• Increased data volume for simultaneous view on the page where appropriate
• Successful handling of 300% increased data load
• Optimized rendering performance
Development Efficiency
• 40% faster time-to-market for new features
• 50% reduction in feature integration time
• Improved code maintainability through changing backend architecture and reuse of functionality on all levels
Performance Improvements
• 50%-300% reduction in initial page load time
• Increased data volume for simultaneous view on the page where appropriate
• Successful handling of 300% increased data load
• Optimized rendering performance
Development Efficiency
• 40% faster time-to-market for new features
• 50% reduction in feature integration time
• Improved code maintainability through changing backend architecture and reuse of functionality on all levels
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