Fire accidents are a serious and recurring problem in many parts of the world, especially in homes, schools, farms, and forest-edge areas. These fires often start from small causes such as electrical faults, unattended flames, gas leaks, or dry environmental conditions. However, due to late detection and slow response, these small incidents quickly turn into large and uncontrollable disasters., In many communities, particularly rural and remote areas, there is a lack of affordable and automated fire safety systems. Most existing solutions either only provide alerts or depend heavily on manual intervention, which is not always fast enough to prevent the spread of fire. Emergency services may also take time to arrive, increasing the damage., The impact of such fires is severe. They can lead to loss of human lives, destruction of homes and infrastructure, damage to crops and livelihoods, and long-term environmental harm. Forest fires, in particular, contribute to air pollution and climate-related issues., Additionally, many traditional fire suppression methods are not environmentally friendly and may cause further damage. This highlights the urgent need for a smart, fast, reliable, and eco-friendly solution that can detect fires early and respond immediately to reduce risks and protect communities., Addressing this problem is essential for improving safety, reducing economic losses, and supporting sustainable development.