Balancing user convenience and cybersecurity in smart grid design: Are you ready to tackle the challenge?

10 days ago, I earned not just one but two Top Voice badges on Linkedin. It was the result of 3 weeks of experimentation to see if I could figure out what was required to earn such distinction. At the time, I promised to write up how I had gone about it. So, what follows are my heavily illustrated observations and thoughts but I haven't investigated the matter exhaustively, so your own experience may differ. In this article I will cover: What is a Top Voice and how do you become one? Getting invited to contribute to Linkedin's AI-generated articles The relationship between your skill set and what topics you are invited to contribute to Finding opportunities to contribute to topics and articles Other thoughts, observations and advice

There are many requirements to prepare for the challenge, including: A deep understanding of technology and full knowledge of smart grid technologies and the latest cybersecurity methods. The team must have sufficient knowledge to implement robust security solutions without negatively affecting user comfort. Cooperation between departments and administrations To achieve this balance, cooperation between different departments and administrations is required to ensure that the solutions provided are effective and achieve their purpose.

Something that many people don't know is the importance to have a good UI, due to this portal allow to interact with the system. However many people don't know that you need to develop the dashboard with just the need fields and with the right permissions, for reducing the cyber security problems, therefore for each role you must design a different portal and not adding more permissions that they want also authenticate the user allows us to redirect to right portal and authorization check that the user can do or see this information

Balancing user convenience and cybersecurity in smart grid design is indeed a significant challenge, but it's also a crucial aspect of developing a robust and reliable smart grid. Tackling this challenge requires a comprehensive approach that integrates both technical and strategic considerations. Here’s how you can address this complex issue: - Implement multiple layers of security controls at different levels of the smart grid architecture. This includes securing the physical layer, communication layer, and application layer. - Implement Multi-Factor Authentication to enhance security without overly complicating the user experience. This ensures that even if a password is compromised, additional authentication steps protect the system.

Think of it as a dynamic grid that not only delivers power but also communicates bidirectionally between you and the utility provider. This allows for real-time energy management and more efficient resource distribution.

Moreover, implementing strict access controls can help prevent data breaches, providing peace of mind to users while safeguarding the integrity of the grid.

The New Field : Data Recovery Recently, our data have been attacked very very times , lost a lot of data , data protection have limited, data saving have limited, the most important is “ how to recovery data fast , more , useful “ this month, my facebook account are blocked because of someone abused my account, whole data has been gone in one day , we estimated that we need more than one year to recover the half of data If we have some effective, efficiency approaches to recovered our lost data , that will be better , but that is not easy , need plan , think , find resources, even though that , we still have to do that , because the lost data could not create again 100% , time still passed , the passed data is very valuable!