CRIARTE provides an integrated construction platform that combines mobile robotics, artificial intelligence, digital twins, and augmented reality to automate high‑precision tasks on building sites. Autonomous robots handle material transport and panel installation while AI optimizes routes and schedules, and real‑time digital twins and AR overlays enable seamless human‑robot collaboration, improving safety, productivity, and sustainability for large‑scale contractors and developers.
Funding
Funding not disclosed
Founders
Product
Problem
Construction projects face chronic labor shortages, low productivity, and safety risks, while the industry struggles to adopt digital tools that can streamline complex site operations.
Solution
CRIARTE delivers an integrated construction platform that combines mobile robotics, artificial intelligence, digital twins, and augmented reality to automate high‑precision tasks on building sites. Autonomous robots handle material transport, panel installation, and repetitive operations, reducing reliance on manual labor and minimizing on‑site accidents. AI-driven planning continuously optimizes robot routes and schedules, while digital twins provide a real‑time virtual replica of the site for monitoring progress and detecting issues early. Augmented reality overlays guide human workers and supervisors, enabling seamless human‑robot collaboration and improving overall project efficiency and sustainability.
Target Audience
Primary customers are large‑scale construction contractors, infrastructure developers, and architectural firms seeking to automate site operations and improve safety and productivity.
Features
- Mobile robotic units equipped with AI navigation for autonomous material handling and façade panel placement
- Real‑time digital twin of the construction site that synchronizes with on‑site sensors and robot telemetry
- Augmented reality interfaces that overlay construction data and robot instructions for workers and supervisors
- AI-based task scheduling and adaptive path planning to maximize robot utilization and reduce cycle times
- Integrated safety monitoring that detects hazards and enforces safe zones for both humans and robots
- Energy‑efficient operation modes and data analytics to support sustainability reporting