While it is not surprising that cybercrime has become a reality, it is surprising that digital-native Millennials, the ones downloading apps for paying bills and teasing their grandparents for their lack of cyber smarts, are most likely to be targeted by online criminals while their parents and grandparents are actually more secure.
This paper proposes the use of cascaded control abstraction in the implementation of a price-sensitive cyber-physical Smart Grid approach in a rural off-grid microgrid environment.
The participants highlighted two potential highly-plausible scenarios relating to cyber-attacks on smart cities: Cyber-attack as a precursor to a physical attack: a highly capable terrorist group could remotely conduct a cyber-attack to essentially shut down or disrupt the ongoing affairs of a city.
In addition, a system architecture for smart cyber society is also proposed, which consists of three networked domains, such as cyber home domain (networked-home), cyber society domain (networked of various societies, i.e., hospitals, police station, and fire brigade), and cyber mobile domain (networked of vehicles).
Furthermore, it presents a methodical analysis for the usage of Big Data Analytics in various applications such as agriculture, healthcare, cyber security, and smart city.
Finally, these collective consequences demonstrated that our flexible piezoelectric NMFs can be cost-effectively fabricated and easily integrated into wearable electronics such as smart cyber skin/garment, human actions monitor, joint rehabilitation evaluation, etc.
In this paper, we discuss the fragmented landscape of studies into the risk of cyber attack on smart metering systems, and then draw on concepts from systems engineering and fault tolerance design to organize and unify the pieces.
Examples of cyber physical systems are Smart Grid Networks, Smart Transportation System, Enterprise Cloud Infrastructure, Utility Service Infrastructure for Smart Cities, etc. But, the inherent dangers in this transformation are: it allows flexible control and resource use; provides conduits for information leakage; prone to misconfigurations and deliberate attacks by outsiders and insiders.
Cyber-security for smart water system: Water-related systems (water supply, distribution, and wastewater systems) are no longer safe against cyber-attacks.
Even a dozen back-up sites might not be enough to sidestep a smart cyber-attack.
