#CHERYL ANN PITUCH ICONOGRAPHER CODE#

#CHERYL ANN PITUCH ICONOGRAPHER CODE#

In summary, this study recommends improving the vulnerability detection capabilities of both the open‐source and commercial scanners to enhance code coverage and the detection rate, and to reduce the number of false‐positives.Įncryption is a cryptographic technique to secure information that is being transmitted over the network.

In the present era, most of the applications hosted on cloud are affected by enumerable number of threats. Any web application hosted on cloud has several challenges for data privacy and security. In this work, a mobile bill payment application has been designed and developed in Java programming language for the purpose of secure bill payment over the cloud. Google Cloud Platform, Google App Engine, is used for the deployment of mobile bill payment application.

The proposed system encapsulates two phases: In the first phase, affine cipher encryption technique is used to encrypt the original information. Affine cipher technique is improved using dynamic key, which encapsulates geographic coordinates of the user and its results are compared with rail fence cipher technique. In the second phase, generated cipher text has been further translated into two Indian languages: character by character. The result of two-phase encryption makes the original data stronger and secure. With the rapid development of communications technology, the space-based information network (SBIN) is increasingly threatened by the outside world. Dynamic changes in any part of its interior can cause the collapse of the entire network. Therefore, research on the invulnerability of SBIN has become an urgent need to promote the economic development of our country and improve the living standards of our people. To this end, this paper has carried out research on the node-attacked invulnerability of SBIN based on the complex network theory. First, based on the model of SBIN, the internal parameters of the network are analyzed theoretically based on complex networks. Second, the paper proposes an improved tree attack strategy to analyze the invulnerability of SBIN, which constitutes a problem where the traditional attack strategy has a low invulnerability and the connected edge cannot fully realize the network function.

#Burp suite vulnerability scanner code#.

Cheryl ann pituch iconographer