There are serious health and environmental problems as a result of the rapidly growing amount of e-waste from outdated electronics. When e-waste is incorrectly disposed of or recycled informally, hazardous substances including lead, mercury, and cadmium can seep into the land and water. Burning e-waste outside also releases harmful gases and small particles that can harm local residents’ health and create respiratory issues. High concentrations of these hazardous materials have been found in the vicinity of illegal recycling sites in nations like China and India, endangering nearby communities. Children's developmental disorders, cardiac problems, and even an increased risk of cancer can result from exposure to these poisons. Effective e-waste management requires improved regulations, international collaboration, and innovative technologies. Recent advances in recycling methods, such as using special chemicals or microbes to extract metals, could help reduce pollution and recover valuable materials. Adopting circular economy principles like reusing and recycling materials can also limit e-waste generation. Countries should enforce international agreements like the European Union’s WEEE Directive and the Basel Convention to ensure the management of e-waste is safe, especially in regions without proper recycling facilities.