About
T2D2 (Trained to Detect Damage) is an AI-powered inspection software platform designed for building owners, structural engineers, architects, and drone pilots who need fast, accurate facade and structural assessments. At its core is the T2D2 Inspection Cloud — a centralized portal where inspection assets including photos, videos, drone imagery, 360° photos, and thermal images can be uploaded and managed in one place. The platform's flagship AI Damage Detector applies computer vision trained on hundreds of thousands of forensic images to automatically identify material deterioration, structural defects, and red-flag conditions. This dramatically reduces the time engineers spend reviewing inspection imagery, while surfacing defects that even trained professionals might miss. Users can compare detections across time to monitor progression and prioritize repairs accordingly. Additional capabilities include Photogrammetry, Privacy Anonymization, CAD/BIM integration, and a 3D Model Viewer, making T2D2 a full end-to-end inspection workflow tool. A Mobile Inspector allows field capture directly to the cloud, while a Drone Provider Network connects users with vetted inspection drone pilots. T2D2 is ideal for large-scale infrastructure owners, engineering firms, and historic preservation projects seeking to modernize their inspection processes with AI-driven efficiency and deeper analytical insight.
Key Features
- AI Damage Detector: Computer vision model trained on hundreds of thousands of forensic images automatically identifies structural defects and material deterioration faster and more accurately than manual review.
- Inspection Cloud: Centralized cloud portal for storing and managing all inspection assets — photos, videos, drone imagery, 360° photos, and thermal images — with cross-time comparison capabilities.
- Multi-Source Imagery Support: Accepts imagery from cameras, mobile devices, drones, photogrammetry scans, thermal imaging sensors, and 360° cameras, unifying all data sources in one platform.
- CAD/BIM Integration & 3D Model Viewer: Connect inspection findings directly to CAD and BIM workflows, and visualize assets in an interactive 3D model viewer for spatially-aware damage analysis.
- Drone Provider Network: Access a vetted network of drone inspection service partners or join as a drone pilot to connect with building owners needing aerial inspection services.
Use Cases
- Engineering firms conducting facade inspections on commercial or historic buildings who want to speed up defect review and reduce human error.
- Building owners seeking to proactively monitor structural deterioration across their real estate portfolio over time.
- Drone pilots and inspection companies looking to deliver more value-added services by pairing aerial imagery with AI-driven damage analysis.
- Architects and preservation specialists documenting and tracking the condition of historic structures for compliance or restoration planning.
- Infrastructure asset managers who need a centralized platform to store, analyze, and report on inspection data from multiple properties.
Pros
- Dramatically Reduces Review Time: The AI Damage Detector automates defect identification, cutting inspection review time significantly compared to entirely manual workflows.
- Catches More Defects: The system flags deterioration that even trained engineering teams might overlook, improving inspection quality and reducing risk of missed critical issues.
- All-in-One Inspection Platform: Supports the full inspection lifecycle from imagery capture and AI analysis to longitudinal monitoring and CAD/BIM integration — no need for multiple tools.
- Flexible Imagery Input: Works with photos from any source — mobile, camera, drone, or thermal — giving teams flexibility in how they conduct fieldwork.
Cons
- Niche Use Case: Highly specialized for structural and facade inspections, limiting its applicability outside the architecture, engineering, and construction (AEC) sector.
- Pricing Not Transparent: Pricing plans require contacting sales or requesting a demo, which adds friction for teams trying to evaluate cost upfront.
- Requires Quality Imagery: AI detection accuracy is dependent on the quality of input imagery; poorly captured photos may yield incomplete or missed damage detections.
Frequently Asked Questions
What types of buildings can T2D2 inspect?
T2D2 is designed for a wide range of structures including commercial buildings, historic facades, infrastructure assets, and any building requiring regular exterior inspection and structural monitoring.
Do I need a drone to use T2D2?
No. T2D2 accepts imagery from any source — cameras, mobile devices, and drones. You can also use the Mobile Inspector feature for on-site capture. However, drone imagery is supported and a Drone Provider Network is available if you need aerial inspection services.
How does the AI Damage Detector work?
The AI Damage Detector uses computer vision models trained on hundreds of thousands of forensic building images to automatically identify signs of material deterioration, cracking, spalling, and other structural defects in uploaded photos.
Can T2D2 track damage over time?
Yes. The Inspection Cloud allows users to compare detections across multiple inspection periods, enabling longitudinal monitoring of deterioration and data-driven prioritization of repairs.
Is there a free trial available?
Yes. T2D2 offers a 14-day free trial so building owners and engineering teams can evaluate the platform before committing to a paid plan.
