Compact and economical packing of materials are key to sustainable future production. Nowadays, technologies are emerging that make possible the detection of sustainable materials using imaging techniques.This study focuses on effective application of image-based analysis techniques in detecting material failures and thermal impacts for sustainable infrastructure management. Investigating on these techniques would increase the potential of thermal imaging in the building sector. Furthermore, as severe weather events are projected to increase, material resilience and energy efficiency are becoming two challenges that many countries face. The occurrence of different stresses on existing materials related to urban infrastructure are produced due to different environmental conditions. On the other hand, during cool, particular attention should be paid to ensure energy efficiency and change in performance. Image technology that is used in analysis of materials since decades to detect and visualize thermal imbalances through humidity or improper insulation. The results show that using image analysis process techniques can detect failures in materials 80% of the time applied, and temperature impact like overheating within ±2°C. These results show that imaging has great potential for the sustainable management of materials for infrastructures. This study will help in materials manufacturing and sustainable packaging. It can be studied with reference to energy efficency and this detection will help in efficent material application and mangement.