Identify defects and optimise performance across solar installations with drone-based thermal imaging and AI analysis.

Through drone-based thermal imaging and AI-assisted analysis, BunjilView identifies and categorises defects such as hot spots, broken modules, or degraded cells across solar arrays. Detailed geospatial reporting allows operators to prioritise repairs, optimise energy output, and prevent system-wide inefficiencies. Our collaboration with Exanter Australia delivers 99.5% detection accuracy and 3–10% efficiency gains — turning precision monitoring into measurable performance improvement.

Assess water, terrain, and structural conditions to maintain safe and efficient operations.

BunjilView provides detailed analysis of terrain, water levels, and structural conditions for pumped hydro installations. Through multispectral and 3D data, operators can detect land movement, assess erosion, and evaluate vegetation health around dams and reservoirs. Our monitoring solutions help you to maintain safe and efficient operations while reducing environmental impact and unplanned maintenance costs.

Monitor vegetation and terrain along corridors to prevent outages and maintain reliability.

From vegetation clearance to slope stability, BunjilView’s geospatial tools deliver clear visibility across extensive transmission corridors. Automated change detection identifies potential hazards early, reducing the likelihood of outages or safety incidents. Centralised data access allows for proactive maintenance scheduling, ensuring networks remain reliable, compliant, and environmentally responsible.

Establish clear baselines and track environmental impacts across solar project sites.

BunjilView integrates aerial and sensor data to monitor vegetation, soil health, and land conditions before, during, and after construction. This evidence-based approach supports regulatory compliance, strengthens ESG reporting, and demonstrates responsible, sustainable management of project land.