



Ensure Infrastructure Safety and Longevity with Edge AI & Computer Vision
CamAI’s Structural Health solution applies edge-based AI analytics to monitor the condition of bridges, buildings, tunnels, and other critical infrastructure. By processing vision and sensor data directly on-site, the platform detects structural anomalies in real time reducing reliance on the cloud, minimizing latency, and safeguarding privacy.
Core Capabilities
Real-Time Anomaly & Deformation Detection
- Uses computer vision to track structural displacement, cracks, and vibrational changes, enabling early detection of damage or unusual behavior.
- Employs lightweight deep‑learning models like CNNs, LSTM‑ResNet hybrids or auto-encoder frameworks for accurate edge-based anomaly detection in milliseconds.
Non-Contact Vision-Based Monitoring
- Eliminates the need for traditional contact sensors cameras mounted at distance monitor displacement precisely without touching the structure.
Edge First Architecture
- Processing occurs entirely on single-board devices (e.g. Jetson Nano, Coral Dev Board), ensuring ultra‑low latency, minimal bandwidth usage, and autonomous operation even in remote areas.
Crack Segmentation & TinyML
- Advanced techniques like optimized U-Net architectures and EdgeSAM crack segmentation run effectively on resource-limited edge hardware, enabling efficient inference and continuous monitoring
The CamAI Advantage

Business Outcomes

Early Risk Detection
Identify emerging signs of structural fatigue before they escalate.

Reduced Inspection Costs
Automated monitoring replaces frequent manual inspections.

Extended Asset Life
Data-driven maintenance prolongs structural serviceability.

Regulatory Alignment
Enables compliance reporting and supports infrastructure safety frameworks.
Example Use Cases
Bridge Monitoring
Vision analytics quantify displacement and crack propagation during load and temperature cycles deployment using camera‑based systems running on Jetson Nano hardware with real‑time analysis
Building & Tunnel Inspection
Continuous structural surveillance detects shifts or defects from vibrations, environmental stressors, or seismic events using edge AI models.
Infrastructure Ageing Assessment
No baseline models are required cluster‑based anomaly detection techniques analyze dynamic vibration data to assess health of ageing structures.






Alignment with Industry Trends
Structural Health Monitoring using AI and edge computing is rapidly transforming infrastructure care by enhancing precision, robustness, and scalability. Leading research emphasizes vision-based, non‑contact methods as cost‑effective and reliable alternatives to conventional sensors.
Edge-first SHM frameworks demonstrate dramatic reductions in cloud dependency, while maintaining high accuracy and low data overhead
Why Choose CamAI
CamAI’s Structural Health solution brings together cutting-edge edge AI, computer vision, and predictive analytics into a cohesive system

Real-Time Insight
On structural integrity with minimal latency

Low Infrastructure Cost
Through local processing and TinyML

Privacy & Resilience
Even in remote or bandwidth limited environments

Scalable Deployment
For large networks of assets across wide geographies