Search Results for "novel."

...In such hyperscale environments, security vulnerabilities must be detected and ideally remediated in a fully automated fashion. To do so, information security teams need to have the ability to implement and roll out detectors for novel security issues at scale in a very short amount of time. Furthermore, it is important that the detection quality is consistently very high.

OPFS is a browser fingerprinting library for creating persistent, unique and long-lasting digital fingerprints without depending on ever-changing variables such as the user agent string commonly used in other browser fingerprinting libraries. As such, the fingerprint does not change most of the time when a user upgrades their browser to the current version. OPFS uses some novel methods not well known before the publishing of this repo that allow the creation of a likely completely unique device fingerprint in Google Chrome, Microsoft Edge and other Chromium-based browsers. This also applies to Firefox as long as it is not resisting fingerprinting. The library is able to detect and mitigate the effects of browser-based anti-fingerprinting technologies introduced to certain browsers in the past few years with the release of Brave Browser and Safari 13.

FoTRANS, previously called Digital Fortress, is an encryption standard which stands digital Fortress and TRANSLTR, inspired by the famous Dan Brown Novel Digital Fortress. This project is by two High School computer students Ayush and Anubhav, who are good friends.

SecQua is an open source project written in Python, that tries to quantify the security of a given Information System, using a novel security metric, trying to provide a deterministic, unbiased, objective and efficient measurement. The approach is vulnerability driven and in order to get as much unbiased results, it makes use of the National Vulnerability Database. This work is mainly based on the following publications: *C. Patsakis, Gregory Chondrocoukis, D.

...The approach aims to protect the size of the packets exchanged during the communication between the client and the server and makes use of the privacy-preserving traffic padding (PPTP). Our paper proposes a novel economical mechanism to achieve this PPTP on the basis of the well-known privacy preserving method called ldiversity.

Tristero is a framework for creating distributed peer-to-peer file sharing applications. It uses standard technologies for each component, reducing the work of implementing a particular network architecture to the novel aspects of that system and eliminat