Tackling dengue fever, a major health threat in many parts of the world including Bangladesh, requires innovative technological solutions. Traditional methods of mosquito control and disease management are proving insufficient in the face of the rapidly spreading disease, which is exacerbated by factors like urbanization and climate change. The challenge lies in developing a technology-based approach that can not only effectively reduce the mosquito population but also predict outbreaks, enhance early detection of the disease, and provide more efficient ways to educate and protect communities. The solution needs to harness advancements in various fields such as biotechnology, information technology, and environmental science. For instance, genetically modifying mosquitoes to reduce their population or using AI and big data analytics to predict dengue outbreaks before they happen could be potential strategies. Moreover, developing mobile applications to spread awareness, track disease spread, and offer prevention tips could empower individuals to protect themselves better. In summary, the task is to find a technological solution that addresses the multifaceted challenges of dengue prevention and control. This includes reducing the mosquito vector population, improving the accuracy of disease forecasting, enhancing the early detection of cases, and providing reliable information to the public. Such a solution would significantly contribute to mitigating the impact of dengue on affected populations.