The Albedya Climate & Site Analysis Platform is a cutting-edge cloud software solution that transforms sustainable building design through real-time climate and contextual data. It empowers architects, urban planners, and environmental consultants to streamline workflows, optimize energy efficiency, and improve environmental sustainability.

With integrated analytics and visualization tools, Albedya supports comprehensive evaluations—from site feasibility to urban impact—based on reliable environmental, regulatory, and urban datasets. Its intuitive interface allows users to quickly generate actionable insights, enabling informed decisions that create greener, more resilient buildings.

The Study of Site module centralizes critical data such as solar potential, land regulations, vegetation, mobility, flood risks, and energy characteristics, delivering clear visualizations for efficient planning. The Urban Study module provides dynamic 3D simulations that assess sun exposure, reflections, and climate resilience, supporting sustainable urban development strategies.

The Usage Study feature models indoor environmental performance, projecting temperature, energy consumption, and comfort levels across design scenarios. By simulating different building envelopes, users can optimize efficiency and occupant comfort.

With built-in interoperability and automated report generation, Albedya fosters collaboration, accelerates design iterations, and raises project quality. By making climate-driven insights accessible from the earliest stages, Albedya places sustainable design at the core of modern architecture.

• Real-time climate and contextual data analysis for sustainable building design
• Comprehensive site feasibility assessments and urban impact evaluations
• Intelligent data aggregation and visualization tools for informed decision-making
• Dynamic 3D simulations of building impacts and climate resilience
• Indoor environmental performance modeling for energy efficiency optimization
• Interoperability and automated report generation for enhanced collaboration
• Empowering professionals to make environmentally-informed decisions faster and more reliably
• Promoting green architecture practices and sustainable urban development
• Streamlining the design process and improving project efficiency
• Enhancing occupant comfort and environmental sustainability in building projects