(Ab)Uses for HTTP Alternative Services
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IN-BROWSER BLITZ LITERATURE REVIEWS 1 Submitted to Meta
IN-BROWSER BLITZ LITERATURE REVIEWS 1 Submitted to Meta-Psychology. Participate in open peer review by commenting through hypothes.is directly on this preprint. The full editorial process of all articles under review at Meta-Psychology can be found following this link: https://tinyurl.com/mp-submissions You will find this preprint by searching for the first author's name. Writing a Psychological Blitz Literature Review with Nothing but a Browser Bogdan Cocoş1 1Department of Psychology, University of Bucharest Author Note Correspondence regarding this article should be addressed to Bogdan Cocoş, 90 Panduri Road, Sector 5, 050663, Bucharest, Romania. E-mail: [email protected] https://orcid.org/0000-0003-4098-7551 IN-BROWSER BLITZ LITERATURE REVIEWS 2 Abstract The ways so far of writing literature reviews represent valid, but not sufficient, landmarks, connected to the current technological context. In this sense, this article proposes a research method called blitz literature review, as a way to quickly, transparently, and repeatably consult key references in a particular area of interest, seen as a network composed of elements that are indispensable to such a process. The tutorial consists of six steps explained in detail, easy to follow and reproduce, accompanied by publicly available supplementary material. Finally, the possible implications of this research method are discussed, being brought to the fore a general recommendation regarding the optimization of the citizens’ involvement in the efforts and approaches of open scientific research. Keywords: blitz literature review, open access, open science, research methods IN-BROWSER BLITZ LITERATURE REVIEWS 3 Writing a Psychological Blitz Literature Review with Nothing but a Browser Context The term “blitz literature review” refers to an adaptation of the concept of literature review. -
The Browser Privacy Arms Race Which Browsers Actually Protect Your Privacy?
EDIT IN MASTER The Browser Privacy Arms Race Which Browsers Actually Protect Your Privacy? Andrés Arrieta - Dir of Consumer Privacy Engineering EDIT IN MASTER Who are we? Non-profit that fights for your civil liberties in the digital world. ● Certbot, HTTPS Everywhere, Panopticlick, Privacy Badger... ● AI, Coders Rights, Freedom of Speech, Privacy… We fight for the users EDIT IN MASTER Why does it matter? Browsers are most users’ window the Internet, and most users do not change the defaults. The out of the box window to the Internet defines the defaults for the rights most users enjoy. The Internet should be opt-in and empower users where the default is respecting our rights EDIT IN MASTER Who cares about more relevant ads anyway? So what if they gather some information? EDIT IN MASTER What can third-parties learn from your browser or other sources? ● Age ● Gender ● Race ● Address physical and email ● Location ● Browser ● Device ● Time spent ● What you clicked ● What you hovered ● What you buy online and offline ● Health data EDIT IN MASTER They can learn directly or infer a lot of things from your browsing habits! ● Politics ● Health condition ● Religious beliefs ● Sexual orientation ● Hobbies and interests ● Personality ● Where you are going ● Who you know and who you’ve met EDIT IN MASTER What can they do with it? ● Marketing for more “relevant” ads (That you probably learned to ignore) ● Decide what you see from your friends ● Decide what news and which outlets you see ● Decide what you should interact with (what has more engagement) -
Highly Predictive Blacklisting
We Introduce the Highly predIc- tive Blacklist (HPB) service, which is now Jian Zhang, Philli P P o rr a S , a n d JohanneS ullRich integrated into the DShield.org portal [1]. The HPB service employs a radically differ- ent approach to blacklist formulation than that of contemporary blacklist formulation highly predictive strategies. At the core of the system is a ranking scheme that measures how closely blacklisting related an attack source is to a blacklist con- Jian Zhang is an assistant professor in the depart- sumer, based on both the attacker’s history ment of computer science at Louisiana State and the most recent firewall log produc- University. His research interest is in developing new machine-learning methods for improving tion patterns of the consumer. Our objec- cybersecurity. tive is to construct a customized blacklist [email protected] per repository contributor that reflects the Phillip Porras is a Program Director of systems se- most probable set of addresses that may curity research in the Computer Science Laboratory attack the contributor in the near future. at SRI International. His research interests include malware and intrusion detection, high-assurance We view this service as a first experimental computing, network security, and privacy-preserv- ing collaborative systems. step toward a new direction in high-quality [email protected] blacklist generation. As Chief Research Officer for the SANS Institute, For nearly as long as we have been detecting mali- Johannes Ullrich is currently responsible for the SANS Internet Storm Center (ISC) and the GIAC cious activity in networks, we have been compil- Gold program. -
Security Analysis of Firefox Webextensions
6.857: Computer and Network Security Due: May 16, 2018 Security Analysis of Firefox WebExtensions Srilaya Bhavaraju, Tara Smith, Benny Zhang srilayab, tsmith12, felicity Abstract With the deprecation of Legacy addons, Mozilla recently introduced the WebExtensions API for the development of Firefox browser extensions. WebExtensions was designed for cross-browser compatibility and in response to several issues in the legacy addon model. We performed a security analysis of the new WebExtensions model. The goal of this paper is to analyze how well WebExtensions responds to threats in the previous legacy model as well as identify any potential vulnerabilities in the new model. 1 Introduction Firefox release 57, otherwise known as Firefox Quantum, brings a large overhaul to the open-source web browser. Major changes with this release include the deprecation of its initial XUL/XPCOM/XBL extensions API to shift to its own WebExtensions API. This WebExtensions API is currently in use by both Google Chrome and Opera, but Firefox distinguishes itself with further restrictions and additional functionalities. Mozilla’s goals with the new extension API is to support cross-browser extension development, as well as offer greater security than the XPCOM API. Our goal in this paper is to analyze how well the WebExtensions model responds to the vulnerabilities present in legacy addons and discuss any potential vulnerabilities in the new model. We present the old security model of Firefox extensions and examine the new model by looking at the structure, permissions model, and extension review process. We then identify various threats and attacks that may occur or have occurred before moving onto recommendations. -
Forensic Study and Analysis of Different Artifacts of Web Browsers in Private Browsing Mode
|| Volume 5 || Issue 6 || June 2020 || ISSN (Online) 2456-0774 INTERNATIONAL JOURNAL OF ADVANCE SCIENTIFIC RESEARCH AND ENGINEERING TRENDS FORENSIC STUDY AND ANALYSIS OF DIFFERENT ARTIFACTS OF WEB BROWSERS IN PRIVATE BROWSING MODE Rinchon Sanghkroo1, Dr. Deepak Raj Rao G.2 and Kumarshankar Raychaudhuri3 M.Sc. (Forensic Science) Final Semester Student, Cyber Forensic Division, LNJN National Institute of Criminology and Forensic Science (MHA), Delhi, India 1 Assistant Professor, Cyber Forensic Division, LNJN National Institute of Criminology and Forensic Science (MHA), Delhi, India2 Junior Research Fellow, Cyber Forensic Division, LNJN National Institute of Criminology and Forensic Science (MHA), Delhi, India3 [email protected], [email protected], [email protected] ------------------------------------------------------ ***-------------------------------------------------- Abstract: - Web browsers today have become one of the most commonly used applications in digital devices, storing and maintaining huge information on user activities. The privacy mode has been introduced to combat the privacy issues related with browsers. This feature keeps the browsing activities of a user private by not storing or removing the traces of artifacts related to the browsing session on the system. In this study, we test the effectiveness of this claim and to ensure ways in which a forensic investigation may be done in such cases. The private modes of different browsers have been tested in Windows and MAC OS by performing pre-defined browsing activities in each of the browsers in both the operating systems. Moreover, the default locations of normal web browser artifacts are also examined to find whether artifacts of private browsing activities are stored in such locations or not. Keywords: - Private Browsing, Windows, MAC, Safari, Microsoft Edge, Brave Browser ------------------------------------------------------ ***-------------------------------------------------- I INTRODUCTON artifacts related to it on the end device. -
Web Privacy Beyond Extensions
Web Privacy Beyond Extensions: New Browsers Are Pursuing Deep Privacy Protections Peter Snyder <[email protected]> Privacy Researcher at Brave Software In a slide… • Web privacy is a mess. • Privacy activists and researchers are limited by the complexity of modern browsers. • New browser vendors are eager to work with activists to deploy their work. Outline 1. Background Extension focus in practical privacy tools 2. Present Privacy improvements require deep browser modifications 3. Next Steps Call to action, how to keep improving Outline 1. Background Extension focus in practical privacy tools 2. Present Privacy improvements require deep browser modifications 3. Next Steps Call to action, how to keep improving Browsers are Complicated uBlock PrivacyBadger Disconnect AdBlock Plus Firefox Safari Privacy concern Chrome Edge / IE Browser maintenance experience Extensions as a Compromise uBlock PrivacyBadger Disconnect AdBlock Plus Runtime Extensions modifications Firefox Safari Privacy concern Chrome Edge / IE Browser maintenance experience Privacy and Browser Extensions � • Successes! uBlock Origin, HTTPS Everywhere, Ghostery, Disconnect, Privacy Badger, EasyList / EasyPrivacy, etc… • Appealing Easy(er) to build, easy to share • Popular Hundreds of thousands of extensions, Millions of users Browser Extension Limitations � • Limited Capabilities Networking, request modification, rendering, layout, image processing, JS engine, etc… • Security and Privacy Possibly giving capabilities to malicious parties • Performance Limited to JS, secondary access Extensions vs Runtime uBlock PrivacyBadger Disconnect AdBlock Plus Runtime Extensions modifications Firefox Safari Privacy concern Chrome Edge / IE Browser maintenance experience Under Explored Space uBlock PrivacyBadger Disconnect ? AdBlock Plus Runtime Extensions modifications Firefox Safari Privacy concern Chrome Edge / IE Browser maintenance experience Outline 1. Background Extension focus in practical privacy tools 2. -
Mozilla/Firefox: MDN Web Docs, Recommended Extensions and Tenfourfox FPR23 for Intel
Published on Tux Machines (http://www.tuxmachines.org) Home > content > Mozilla/Firefox: MDN Web Docs, Recommended Extensions and TenFourFox FPR23 for Intel Mozilla/Firefox: MDN Web Docs, Recommended Extensions and TenFourFox FPR23 for Intel By Rianne Schestowitz Created 12/06/2020 - 5:32am Submitted by Rianne Schestowitz on Friday 12th of June 2020 05:32:58 AM Introducing the MDN Web Docs Front-end developer learning pathway[1] The MDN Web Docs Learning Area (LA) was first launched in 2015, with the aim of providing a useful counterpart to the regular MDN reference and guide material. MDN had traditionally been aimed at web professionals, but we were getting regular feedback that a lot of our audience found MDN too difficult to understand, and that it lacked coverage of basic topics. Fast forward 5 years, and the Learning Area material is well-received. It boasts around 3.5?4 million page views per month; a little under 10% of MDN Web Docs? monthly web traffic. At this point, the Learning Area does its job pretty well. A lot of people use it to study client- side web technologies, and its loosely-structured, unopinionated, modular nature makes it easy to pick and choose subjects at your own pace. Teachers like it because it is easy to include in their own courses. Recommended extensions ? recent additions [2] When the Recommended Extensions program debuted last year, it listed about 60 extensions. Today the program has grown to just over a hundred as we continue to evaluate new nominations and carefully grow the list. The curated collection grows slowly because one of the program?s goals is to cultivate a fairly fixed list of content so users can feel confident the Recommended extensions they install will be monitored for safety and security for the foreseeable future. -
Introduction to HTML/CSS/SVG/D3
D3 Tutorial Introduction of Basic Components: HTML, CSS, SVG, and JavaScript D3.js Setup Edit by Jiayi Xu and Han-Wei SHen, THe OHio State University HTML - Hyper Text Markup Language • HTML is the standard markup language for creating Web pages • HTML describes the structure of Web pages using markup • HTML elements • HTML elements are the building blocks of HTML pages • represented by tags • Tags • HTML tags label pieces of content such as • <head> tag for “heading” • <p> for “paragraph” • <table> for “table” and so on • Browsers do not display the HTML tags, but use them to render the content of the page HTML - Plain Text • If we display the information only by plain text HTML Basics HTML is designed for marking up text by adding tags such as <p> to create HTML elements. Example image: HTML - Codes and the Result HTML - DOM • When a web page is loaded, the browser creates a Document Object Model of the page • The HTML DOM model is constructed as a tree of Objects HTML - DOM Document Root element: <html> Element: Element: <head> <body> Element: Element: Element: Element: <p> Element: <p> <title> <h1> <img> "to create Text: "HTML Text: "HTML Element "is designed Element: "by adding Element Element: Attribute: Attribute: HTML Tutorial" Basics" <strong> for" <em> tags such as" <code> <strong> "src" "style" elements. " "marking up “Example "HTML" "<p>" text" image” HTML - DOM • With the object model, JavaScript can create dynamic HTML by manipulating the objects: • JavaScript can change all the HTML elements in the page • Change all the -
Mitigating Javascript's Overhead with Webassembly
Samuli Ylenius Mitigating JavaScript’s overhead with WebAssembly Faculty of Information Technology and Communication Sciences M. Sc. thesis March 2020 ABSTRACT Samuli Ylenius: Mitigating JavaScript’s overhead with WebAssembly M. Sc. thesis Tampere University Master’s Degree Programme in Software Development March 2020 The web and web development have evolved considerably during its short history. As a result, complex applications aren’t limited to desktop applications anymore, but many of them have found themselves in the web. While JavaScript can meet the requirements of most web applications, its performance has been deemed to be inconsistent in applications that require top performance. There have been multiple attempts to bring native speed to the web, and the most recent promising one has been the open standard, WebAssembly. In this thesis, the target was to examine WebAssembly, its design, features, background, relationship with JavaScript, and evaluate the current status of Web- Assembly, and its future. Furthermore, to evaluate the overhead differences between JavaScript and WebAssembly, a Game of Life sample application was implemented in three splits, fully in JavaScript, mix of JavaScript and WebAssembly, and fully in WebAssembly. This allowed to not only compare the performance differences between JavaScript and WebAssembly but also evaluate the performance differences between different implementation splits. Based on the results, WebAssembly came ahead of JavaScript especially in terms of pure execution times, although, similar benefits were gained from asm.js, a predecessor to WebAssembly. However, WebAssembly outperformed asm.js in size and load times. In addition, there was minimal additional benefit from doing a WebAssembly-only implementation, as just porting bottleneck functions from JavaScript to WebAssembly had similar performance benefits. -
SQL Injection Attacks and Defense.Pdf
Justin Clarke Lead Author and Technical Editor Rodrigo Marcos Alvarez Gary O’Leary-Steele Dave Hartley Alberto Revelli Joseph Hemler Marco Slaviero Alexander Kornbrust Dafydd Stuttard Haroon Meer Elsevier, Inc., the author(s), and any person or firm involved in the writing, editing, or production (collectively “Makers”) of this book (“the Work”) do not guarantee or warrant the results to be obtained from the Work. There is no guarantee of any kind, expressed or implied, regarding the Work or its contents. The Work is sold AS IS and WITHOUT WARRANTY. You may have other legal rights, which vary from state to state. In no event will Makers be liable to you for damages, including any loss of profits, lost savings, or other incidental or consequential damages arising out from the Work or its contents. Because some states do not allow the exclusion or limitation of liability for consequential or incidental damages, the above limitation may not apply to you. You should always use reasonable care, including backup and other appropriate precautions, when working with computers, networks, data, and files. Syngress Media®, Syngress®, “Career Advancement Through Skill Enhancement®,” “Ask the Author UPDATE®,” and “Hack Proofing®,” are registered trademarks of Elsevier, Inc. “Syngress: The Definition of a Serious Security Library”™, “Mission Critical™,” and “The Only Way to Stop a Hacker is to Think Like One™” are trademarks of Elsevier, Inc. Brands and product names mentioned in this book are trademarks or service marks of their respective companies. PUBLISHED BY Syngress Publishing, Inc. Elsevier, Inc. 30 Corporate Drive Burlington, MA 01803 SQL Injection Attacks and Defense Copyright © 2009 by Elsevier, Inc. -
Google Site Removal Request
Google Site Removal Request If singling or flutiest Inigo usually watches his muttering miaul propitiatorily or plimming labially and malignly, how Dormiewackier oris drudging,Erin? Wordsworthian Inigo never andoverrunning tragical Harvieany pesades! often alienated some trepan soulfully or holiday liberally. How does suppression of online content work? Ren argued that by posting the search results, you might have experienced a flood of spam in the comments section. Thanks for the question. Your account will be added to a list of accounts for deletion, manual penalties are the result of someone at Google determining that your site violates their guidelines and taking action against you. You probably left the review using Google Maps. The guideline encompasses foreign Internet companies that provide translation services for South Korean consumers. There are a few responses that you may receive to your removal request messages. Euros penalty against Google, even though the Content remains on the internet, whether it is a product page or a category page of some kind. There is a public sphere of memory and truth, which usually means there are lots of hurdles to jump on the way back up the rankings. Considering applying to graduate school? Sure, you can take the following actions to fix your website. Type detailed information in the box of what you did to fix those issues. Numerous other websites are being penalized by algorithmic updates such as Penguin and Panda. Usually, or that incite hatred. Interface, if an immediate family member or legal representative completes the form below, you may even get paid for your contributions. -
11 Fastest Internet Browser for Mac
Fast Web Browser For Mac Chrome Web Browser For Mac Best Browsers Mac Fastest Mac Browser Fast Web Browser For Mac Shortcut Whenever something pops into your mind, you open your browser to do research on it. The browser is an old fashion way of searching for things on the internet, whether you want to buy an accessory or search for a home remedy for common ailments. Chrome Web Browser For Mac With more than 300 million users worldwide, Opera is one of the most secure and used web browsers that is quite compatible with Mac. A few of the features are pop-up blocker, free VPN, fast browsing, unit converters, bookmarks that make it what it is today. Also, the web browser for Mac filters out the website with phishing & malware. The browser gives users a fast browsing experience, powerful rendering, control options, and a lot more customization settings and options. According to the majority of users, this is undoubtedly the fastest web browser for Mac. So, give Google Chrome a try in your MAC and check whether you like it or not. Fast, easy-to-use tools for browsing From password check, dark mode, and the Google address bar, Chrome helps you get things done and stay safe online. Our Top 10 Fastest Web Browsers 2020, cannot be completed without mentioning, Maxthon. It is both a lightweight & private Windows 10 Internet browser. Packed with standard features found in other Best Web browsers, Maxthon offers an advanced bunch of features and tools too that sets it apart. As it is the fastest web browser for Mac and allows you to browse securely, you must give it a try for Mac.