Atlasly

Product Introduction

1. Definition: Atlasly is a cloud-native, AI-driven Site Intelligence and Urban Planning Platform specifically engineered for the Architecture, Engineering, and Construction (AEC) industry. It functions as a centralized geospatial data aggregator and 3D feasibility engine that automates the collection of environmental, regulatory, and topographical data.

2. Core Value Proposition: Atlasly eliminates the "pre-design data gap" by condensing up to a week of manual site research into a single-click automated process. By integrating high-fidelity GIS data with generative AI, the platform provides architects and real-estate developers with instant access to flood risk assessments, planning restrictions, terrain slopes, and 3D context models. This minimizes due diligence overhead and accelerates the transition from site acquisition to conceptual design.

Main Features

1. 3D Site Studio & Feasibility Engine: This module enables users to generate immersive 3D urban contexts and terrain models directly from a street address. It utilizes high-resolution digital elevation models (DEM) to analyze terrain slopes and visualize complex zoning envelopes, including Floor Area Ratio (FAR) limits and buildable area verification. The engine translates 2D GIS boundaries into volumetric 3D shapes, allowing for real-time financial feasibility modeling.

2. Unified Intelligence Engine (Data Mesh): The platform features a proprietary data mesh that aggregates "sovereignty-grade" geospatial information from over 15 global sources, including the USGS and Ordnance Survey. This engine processes multi-layered datasets involving climate patterns, flood zones, solar exposure, and local zoning ordinances. By centralizing these disparate sources into a single workflow, it removes the need for manual tab-switching across government portals.

3. Walkability AI & 15-Minute City Agents: Atlasly utilizes proprietary AI agents to perform complex urban mobility analyses. The Walkability AI calculates "15-minute city" scores by modeling various personas and their proximity to essential amenities. These agents use natural language processing (NLP) to answer complex site-specific questions, transforming raw spatial data into boardroom-ready reports, interactive maps, and presentation slides.

4. Atlasly Vision (SOTA Visual Intelligence): A vendor-native visual generation tool that interfaces directly with Gemini and Fal APIs. Unlike consumer AI tools that apply heavy domain filters, Atlasly Vision preserves architectural prompt fidelity. It supports text-to-image, image-to-image, and precision control tools (depth maps and edge detection) to create stakeholder-ready concept visuals that maintain the integrity of the original site data.

5. Automated Site Packs & CAD Integration: The platform automates the production of comprehensive PDF site reports in under 60 seconds. For technical workflows, it offers direct export capabilities to BIM and CAD software—including AutoCAD (DXF/DWG), Revit (IFC/Dynashape), Rhino 3D (Grasshopper), and Blender (OBJ/FBX)—ensuring zero translation cleanup during the import process.

Problems Solved

1. Manual Data Fragmentation: Traditionally, gathering site data requires visiting dozens of government and environmental websites. Atlasly solves this by providing a "Single Source of Truth" for site intelligence, reducing research time from 40+ hours to less than 5 minutes.

2. Technical Barrier to GIS Entry: Most GIS software requires specialized expertise. Atlasly democratizes spatial data by providing a user-friendly interface that requires no prior GIS training, making complex spatial analysis accessible to project managers and developers.

3. Inaccurate Feasibility Studies: Manual calculations of zoning and buildable areas are prone to human error. Atlasly’s automated zoning envelope verification provides precision spatial data, reducing the risk of costly design revisions during the later stages of development.

4. Target Audience:

• Architects and Urban Designers: For rapid site analysis and 3D context modeling.
• Real Estate Developers: For conducting early-stage due diligence and financial feasibility.
• Urban Planners: For city-scale data aggregation and transit-oriented development (TOD) analysis.
• AEC Students: For generating high-quality site data and visualizations for academic portfolios.

5. Use Cases:

• Residential & Commercial Feasibility: Determining if a plot can support a specific density or height.
• Environmental Impact Assessment: Evaluating flood risk and solar orientation before purchasing land.
• Stakeholder Presentations: Using Atlasly Vision and 3D Site Studio to generate high-fidelity visuals for public consultations or investor pitches.

Unique Advantages

1. Direct Pipeline Integration: Unlike competitors that offer closed ecosystems, Atlasly focuses on workflow interoperability. Its native support for DXF, OBJ, SHP, and STL formats allows for a seamless transition into professional design software like Revit and Rhino without plugin-dependency.

2. Vendor-Native AI Integrity: While other AI-visual tools "force" certain architectural styles, Atlasly Vision keeps prompts generic and faithful to the user's intent by routing directly to model providers. This results in more predictable, professional-grade concept communication.

3. Speed and Scalability: Backed by Barclays Eagle Labs and Manchester Angels, the platform is optimized for speed. It delivers first-level site insights in 30 seconds and full comprehensive analyses in minutes, making it the fastest AEC-specific site intelligence tool currently in beta.

Frequently Asked Questions (FAQ)

1. How accurate is the terrain and flood data in Atlasly? Atlasly sources its information from sovereignty-grade providers such as the USGS and Ordnance Survey. This ensures that the terrain slopes, flood risk zones, and climate data reflect the most current official records available for a specific geographic location.

2. Can Atlasly reports be exported for use in professional CAD software? Yes. Atlasly supports a wide range of industry-standard formats including .DXF and .DWG for AutoCAD, .IFC for Revit, and .3DM for Rhino. This allows for direct integration into BIM workflows with no additional translation or cleanup required.

3. What is the "15-Minute City Agent" and how does it help urban planning? The 15-Minute City Agent is an AI-driven tool that analyzes local amenities and infrastructure to determine if a site meets modern urban mobility standards. It uses persona modeling to calculate walkability scores and renders the findings into interactive maps and professional reports for stakeholders.

4. Does Atlasly provide zoning and Floor Area Ratio (FAR) data? Yes. The platform’s Intelligence Engine includes zoning intelligence that helps verify FAR limits, buildable area constraints, and zoning envelopes, allowing developers to run financial feasibility simulations in real-time 3D.