Mach9: Accelerating Infrastructure Mapping with AI

Mach9 is an innovative AI-powered geospatial production platform that revolutionizes infrastructure data processing by automating the conversion of mobile LiDAR scans into accurate 2D and 3D engineering models. Designed for professionals in surveying, engineering, and construction, Mach9 leverages advanced artificial intelligence to extract over 20 types of infrastructure features—such as utility poles, traffic signals, and road signs—from complex 3D datasets with up to 96x faster processing and half the cost of traditional methods. Its flagship product, Digital Surveyor, delivers CAD and GIS-ready outputs while integrating seamlessly with ARCGIS for enhanced geospatial analytics. Trusted by leading firms worldwide and built by a team with deep roots in autonomous vehicles and computer vision, Mach9 enables scalable, precise, and efficient mapping for projects spanning 100 to 10,000 miles. With a mission to 'get it done right and fast,' Mach9 is transforming how large-scale infrastructure is surveyed and modeled.

Key Features:

• AI-driven automation of LiDAR and camera image feature extraction
• Up to 96x faster processing than manual methods
• Supports conversion of mobile LiDAR scans into 2D and 3D engineering models
• Generates CAD and GIS deliverables automatically
• Analyzes critical measurements like distance and clearance
• Integrates with ARCGIS for advanced geospatial analytics
• Processes large-scale infrastructure projects (100–10,000 miles)
• Recognizes over 20 infrastructure feature types
• End-to-end geospatial production suite
• Trusted by top-tier surveying, engineering, and construction firms
• Built by experts from DARPA, NASA, Uber ATG, Aurora, Tesla, and other industry leaders

Pricing: Mach9 offers a freemium model with access to core AI-powered geospatial tools and scalable solutions tailored for enterprise and large-scale projects.

Conclusion: Mach9 is a transformative AI platform that dramatically accelerates infrastructure mapping and modeling, delivering precision, efficiency, and scalability for engineering teams worldwide.