AN INVESTIGATION OF SECURITY TECHNIQUES FOR CONCEALED DDOS EXPOSURE ATTACKS

Due to the influence of the multi-level system, the DDoS became a significant investigation in modern days. This encourages us to reduce the data loss and service overheads. In order to investigate these issues, an investigation of the DDoS attack and their related security techniques were analyzed in this paper. So, in this investigation, various data about the intruders will be collected by employing a secured multi-layered design with nomadic honeypots. Our proposed Subterranean Optimization procedure is utilized to distinguish the gatecrashers in view of the pheromone store on that considered zone. A multi-degree IP log table is utilized to distinguish the gatecrashers at diverse ranges of the device. Once the prompted range is found, the information is sent to multi-degree engineering to restrain the spreading of the stimulated region within the honeypot. This statistics will be dispatched to the honeypot to make a guard framework towards the attackers. The advantage of this proposed strategy is that it gives a complete barrier against DDoS at multilevel without making any overhead

Optimization and Design of a Sustainable Industrial Grid System

Electricity is a multifaceted form of energy and is used globally, with a continuously growing demand. Electrical power grids are there for more than 150 years. The generated electrical power is delivered to different industrial, commercial, and residential sectors, thereby fulfilling the ever-growing demand. In this research paper, the design and optimization of an industrial grid for various electrical loads is discussed. The electrical grid ensures a stable power supply to the loads by providing quality power with the minimum total harmonic distortion (THD) possible. A complete study of the short circuit current has been done in two different electrical grid systems, as it is seen that the short circuit current depends on the impedance of the transformer which feeds the load. These two designs of a single diagram will be simulated by using a power system analyzer, the Electrical Transient Analyzer Program (ETAP) software. The different electrical parameters, like choosing the optimised rated generator, cables, and transformers, are done. Load flow analysis is performed on both the design to evaluate the THD, short circuit fault, as well as to choose the right protection circuit for the system.</jats:p