Urban Planning

Industry-standard software for creating 3D models, animations, and photorealistic renderings. Integrates with V-Ray, Arnold, and Corona rendering engines. Widely used in architecture and design visualization for client presentations and design exploration.

Computational design platform that automatically generates thousands of design variants based on input parameters (parking, density, unit mix, building codes), reducing feasibility study time from 3 weeks to 30 minutes. Exports design exploration results directly to Revit for schematic development.

AI platform that consolidates zoning and planning data from 25,000+ sources and uses generative design to rapidly create 3D building options that comply with local regulations, automating site discovery and design iteration for property developers and architects.

Creative visualization studio specializing in 3D content creation for architecture and design projects. Delivers high-quality static renders, architectural animations, VR tours, and immersive visualization content for design presentations and marketing.

ERA-co is a global place consultancy that combines data analytics, observational research, and strategic design thinking to unlock the potential of neighborhoods, towns, and cities. Provides urban analytics, place data interpretation, placemaking strategy, and evidence-based design guidance for complex urban development projects.

Cloud-based augmented reality platform that imports 3D BIM models into real-world urban environments, powered by Unreal Engine 5. Enables architects and designers to present full-scale design mockups to clients on-site, showing view impacts, shadows, and urban context before construction approval.

Cloud-based real-time 3D design and analysis platform that combines architectural design with urban, financial, and environmental analytics to accelerate feasibility studies and site analysis from weeks to days.

Visual programming language integrated into Rhinoceros 3D that enables architects, engineers, and designers to create parametric algorithms and generative design workflows without traditional programming knowledge. Grasshopper components connect visually to process design parameters and generate complex geometries, enabling rapid exploration of design alternatives and computational design.

Location-based AR platform that transforms 3D building and urban development models into immersive experiences accessible via QR codes or URLs. Enables architects, planners, and community members to visualize proposed projects at 1:1 scale on smartphones without app downloads. Supports seamless integration with ArcGIS Online for GIS workflows.

Generative design platform using AI and genetic algorithms to automatically generate optimized site layouts, floor plans, and building massing solutions. Analyzes sunlight exposure, building spacing, zoning constraints, and density requirements to produce feasible design alternatives in minutes instead of days.

SketchUp and Rhino plugin that enables parametric urban design and conceptual massing with real-time zoning compliance checks, financial estimations, and Excel integration. Architects and planners use Modelur to rapidly explore design variations, test zoning regulations, and generate early-stage feasibility analysis.

Pulspace turns occupant voices into actionable design intelligence. Occupants scan a QR code, speak for up to 60 seconds, and optionally attach a photo — no app download, no forms. The platform transcribes responses using AI, analyses sentiment, discovers themes, and scores performance across space quality dimensions (lighting, acoustics, thermal comfort, wayfinding). Purpose-built for post-occupancy evaluation, participatory design, and community engagement in the AEC industry.

Cloud-based AI platform that automates site planning, parking design, and feasibility analysis for real estate development. Uses generative design to instantly generate optimized site layouts, calculate parking requirements, and validate financial projections against realistic building scenarios.