Cybersecurity strategies for protecting smart grid in Residential building complex from attacks

The addition of digital technology to energy systems, smart grids have been created, which make power delivery more reliable, efficient, and long-lasting. But this progress comes with big security risks, especially in apartment buildings with lots of smart devices and monitors that are all connected to each other. This paper looks at important cybersecurity methods that can be used to protect smart grid infrastructure in residential settings from cyberattacks. Some of the main goals are to protect important assets, keep data private and secure, make sure communication networks are safe, and make sure systems can handle attacks. Strong access controls, ongoing monitoring, and effective incident response methods are all part of the suggested procedures that put a high focus on lowering risks and keeping the smart grid running. The study also stresses how important it is to follow rules, teach users, and encourage smart grid components to work together. By following these thorough cybersecurity steps, smart grid security and dependability in homes may be kept, which will eventually lead to a safer and more resilient energy environment.