SmartBinder: An AM-based, AI-driven system for Sustainable Crack Repair in Infrastructure

AI-driven additive manufacturing for sustainable infrastructure crack repair

Australia’s road authorities spend significant resources maintaining road networks, with pavement cracking a major and largely preventable cause of deterioration. Current detection and repair methods rely heavily on manual inspection and application, often missing early cracks and producing inconsistent results.

Civiltech Solutions, in collaboration with Charles Darwin University, is developing an AI-powered crack repair system that automates the detection, classification, and sealing of road defects. Built on Civiltech’s LiDAR and AI road defect platform by Cyvl, the system combines advanced road scanning with a robotic binder injector capable of applying sealing material layer-by-layer with high precision.

The project includes development of a custom binder, AI training for crack classification, additive manufacturing of lightweight dispenser components, and integration of a robotic prototype to be validated at Manufacturing Readiness Level (MRL) 6. The result is a scalable, data-driven solution that improves repair quality while reducing labour demands and material waste in road maintenance.

Objective
/
To deliver AI-powered crack repair system that automates the detection, classification, and sealing of road surface defects
Research Program
/
Technology and process development iconTechnology and process development
Investment
/
$1.2m (cash + in-kind), with the CRC investing $249,555 over 2 years
Timeline
/
16.02.2026 - 30.08.2027
Industry partner
/
Research partner
/

Projects

Related Projects



Industries

Applications across industries

Additive manufacturing technologies are used across industries where complex components, advanced materials and high-performance manufacturing are required.


Aerospace defence aircraft supporting advanced manufacturing research

Aerospace & defence

Production of lightweight, high-performance components and tooling used in aircraft and defence systems.

Medical device additive manufacturing

Medical devices & healthcare

Development of customised implants, medical devices and patient-specific healthcare solutions.

Transport and mobility applications

Transport & mobility

Manufacturing of parts and tooling for automotive, rail and other transport systems.

Mining and resources applications

Resources & mining

Production of specialised components and equipment used in mining and mineral processing.

Renewable energy applications

Renewable energy

Manufacturing of components used in renewable energy systems and energy infrastructure.

Additive manufacturing enabling capabilities

Enabling capability

Skills, infrastructure and systems that enable the adoption and growth of advanced manufacturing across industries.

Get Involved

Let’s build the future of additive manufacturing together

Collaborate with AMCRC Explore Funding Contact Us