How to Download a Browser Besides Chrome in Android How to Download a Browser Besides Chrome in Android
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Using a Mobile Device Or Tablet to Take Online Training Courses
Using a Mobile Device or Tablet to Take Online Training Courses ClickSafety online training courses run using Adobe Flash and need a web browser that supports Adobe Flash Player. Customers have the best experience when using the Mobile/Tablet Web Browser PUFFIN. Puffin Browser is available FREE for both Apple iPad/iPhone and Android mobile and tablet devices. Puffin Mobile App Installation Instructions APPLE iOS (iPad) Puffin Web Browser Free is the fastest free mobile browser. Download now and you can enjoy free Flash support 24/7 (this app is supported by Ads*). TO INSTALL, CLICK APP STORE ICON BELOW to download the app from the Apple App Store: ONCE INSTALLED on your iPad: • Go to your iPad home screen and find the Puffin App Icon • Open the Puffin App by clicking on the Icon • Locate the Website URL Bar at Top of App • Enter: www.iftilms.org • Enter USERNAME (Member ID) and PASSWORD CLICK LOG IN • Locate the OSHA 30 course and CLICK the GO button to start the course. ANDROID (Mobile Devices & Tablets) Puffin Web Browser Free is the fastest free mobile browser. Download now and you can enjoy free Flash support 24/7 (this app is supported by Ads*). TO INSTALL, CLICK APP STORE ICON BELOW to download the app from the Apple App Store: ONCE INSTALLED on your Android Mobile Device or Tablet: • Go to your Android device home screen and find the Puffin App Icon • Open the Puffin App by clicking on the Icon • Locate the Website URL Bar at Top of App • Enter: www.iftilms.org • Enter USERNAME (Member ID) and PASSWORD CLICK LOG IN • Locate the OSHA 30 course and CLICK the GO button to start the course. -
Cross-Platform Analysis of Indirect File Leaks in Android and Ios Applications
Cross-Platform Analysis of Indirect File Leaks in Android and iOS Applications Daoyuan Wu and Rocky K. C. Chang Department of Computing, The Hong Kong Polytechnic University fcsdwu, [email protected] This paper was published in IEEE Mobile Security Technologies 2015 [47] with the original title of “Indirect File Leaks in Mobile Applications”. Victim App Abstract—Today, much of our sensitive information is stored inside mobile applications (apps), such as the browsing histories and chatting logs. To safeguard these privacy files, modern mobile Other systems, notably Android and iOS, use sandboxes to isolate apps’ components file zones from one another. However, we show in this paper that these private files can still be leaked by indirectly exploiting components that are trusted by the victim apps. In particular, Adversary Deputy Trusted we devise new indirect file leak (IFL) attacks that exploit browser (a) (d) parties interfaces, command interpreters, and embedded app servers to leak data from very popular apps, such as Evernote and QQ. Unlike the previous attacks, we demonstrate that these IFLs can Private files affect both Android and iOS. Moreover, our IFL methods allow (s) an adversary to launch the attacks remotely, without implanting malicious apps in victim’s smartphones. We finally compare the impacts of four different types of IFL attacks on Android and Fig. 1. A high-level IFL model. iOS, and propose several mitigation methods. four IFL attacks affect both Android and iOS. We summarize these attacks below. I. INTRODUCTION • sopIFL attacks bypass the same-origin policy (SOP), Mobile applications (apps) are gaining significant popularity which is enforced to protect resources originating from in today’s mobile cloud computing era [3], [4]. -
A Usability Evaluation of Privacy Add-Ons for Web Browsers
A Usability Evaluation of Privacy Add-ons for Web Browsers Matthew Corner1, Huseyin Dogan1, Alexios Mylonas1 and Francis Djabri2 1 Bournemouth University, Bournemouth, United Kingdom {i7241812,hdogan,amylonas}@bournemouth.ac.uk 2 Mozilla Corporation, San Francisco, United States of America [email protected] Abstract. The web has improved our life and has provided us with more oppor- tunities to access information and do business. Nonetheless, due to the preva- lence of trackers on websites, web users might be subject to profiling while ac- cessing the web, which impairs their online privacy. Privacy browser add-ons, such as DuckDuckGo Privacy Essentials, Ghostery and Privacy Badger, extend the privacy protection that the browsers offer by default, by identifying and blocking trackers. However, the work that focuses on the usability of the priva- cy add-ons, as well as the users’ awareness, feelings, and thoughts towards them, is rather limited. In this work, we conducted usability evaluations by uti- lising System Usability Scale and Think-Aloud Protocol on three popular priva- cy add-ons, i.e., DuckDuckGo Privacy Essentials, Ghostery and Privacy Badg- er. Our work also provides insights into the users’ awareness of online privacy and attitudes towards the abovementioned privacy add-ons; in particular trust, concern, and control. Our results suggest that the participants feel safer and trusting of their respective add-on. It also uncovers areas for add-on improve- ment, such as a more visible toolbar logo that offers visual feedback, easy ac- cess to thorough help resources, and detailed information on the trackers that have been found. Keywords: Usability, Privacy, Browser Add-ons. -
Demystifying Content-Blockers: a Large-Scale Study of Actual Performance Gains
Demystifying Content-blockers: A Large-scale Study of Actual Performance Gains Ismael Castell-Uroz Josep Sole-Pareta´ Pere Barlet-Ros Universitat Politecnica` de Catalunya Universitat Politecnica` de Catalunya Universitat Politecnica` de Catalunya Barcelona, Spain Barcelona, Spain Barcelona, Spain [email protected] [email protected] [email protected] Abstract—With the evolution of the online advertisement and highly parallel network measurement system [10] that loads tracking ecosystem, content-filtering has become the reference every website using one of the most relevant content-blockers tool for improving the security, privacy and browsing experience of each category and compares their performance. when surfing the Internet. It is also commonly believed that using content-blockers to stop unsolicited content decreases the time We found that, although we can observe some improvements needed for loading websites. In this work, we perform a large- in terms of effective page size, the results do not directly scale study with the 100K most popular websites on the actual translate to gains in loading time. In some cases, there could performance improvements of using content-blockers. We focus even be an overhead to be paid. This is the case for two of the our study on two relevant metrics for measuring the browsing studied plugins, especially in small and fast loading websites. performance; page size and loading time. Our results show that using such tools results in small improvements in terms of page The measurement system and methodology proposed in this size but, contrary to popular belief, it has a negligible impact in paper can also be useful for network and service administrators terms of loading time. -
1 Questions for the Record from the Honorable David N. Cicilline, Chairman, Subcommittee on Antitrust, Commercial and Administra
Questions for the Record from the Honorable David N. Cicilline, Chairman, Subcommittee on Antitrust, Commercial and Administrative Law of the Committee on the Judiciary Questions for Mr. Kyle Andeer, Vice President, Corporate Law, Apple, Inc. 1. Does Apple permit iPhone users to uninstall Safari? If yes, please describe the steps a user would need to take in order to do so. If no, please explain why not. Users cannot uninstall Safari, which is an essential part of iPhone functionality; however, users have many alternative third-party browsers they can download from the App Store. Users expect that their Apple devices will provide a great experience out of the box, so our products include certain functionality like a browser, email, phone and a music player as a baseline. Most pre-installed apps can be deleted by the user. A small number, including Safari, are “operating system apps”—integrated into the core operating system—that are part of the combined experience of iOS and iPhone. Removing or replacing any of these operating system apps would destroy or severely degrade the functionality of the device. The App Store provides Apple’s users with access to third party apps, including web browsers. Browsers such as Chrome, Firefox, Microsoft Edge and others are available for users to download. 2. Does Apple permit iPhone users to set a browser other than Safari as the default browser? If yes, please describe the steps a user would need to take in order to do so. If no, please explain why not. iPhone users cannot set another browser as the default browser. -
Website Nash County, NC
Website Nash County, NC Date range: Week 13 October - 19 October 2014 Test Report Visits Summary Value Name Value Unique visitors 5857 Visits 7054 Actions 21397 Maximum actions in one visit 215 Bounce Rate 46% Actions per Visit 3 Avg. Visit Duration (in seconds) 00:03:33 Website Nash County, NC | Date range: Week 13 October - 19 October 2014 | Page 2 of 9 Visitor Browser Avg. Time on Browser Visits Actions Actions per Visit Avg. Time on Bounce Rate Conversion Website Website Rate Internet Explorer 2689 8164 3.04 00:04:42 46% 0% Chrome 1399 4237 3.03 00:02:31 39.24% 0% Firefox 736 1784 2.42 00:02:37 50% 0% Unknown 357 1064 2.98 00:08:03 63.87% 0% Mobile Safari 654 1800 2.75 00:01:59 53.36% 0% Android Browser 330 1300 3.94 00:02:59 41.21% 0% Chrome Mobile 528 2088 3.95 00:02:04 39.02% 0% Mobile Safari 134 416 3.1 00:01:39 52.24% 0% Safari 132 337 2.55 00:02:10 49.24% 0% Chrome Frame 40 88 2.2 00:03:36 52.5% 0% Chrome Mobile iOS 20 46 2.3 00:01:54 60% 0% IE Mobile 8 22 2.75 00:00:45 37.5% 0% Opera 8 13 1.63 00:00:26 62.5% 0% Pale Moon 4 7 1.75 00:00:20 75% 0% BlackBerry 3 8 2.67 00:01:30 33.33% 0% Yandex Browser 2 2 1 00:00:00 100% 0% Chromium 1 3 3 00:00:35 0% 0% Mobile Silk 1 8 8 00:04:51 0% 0% Maxthon 1 1 1 00:00:00 100% 0% Obigo Q03C 1 1 1 00:00:00 100% 0% Opera Mini 2 2 1 00:00:00 100% 0% Puffin 1 1 1 00:00:00 100% 0% Sogou Explorer 1 1 1 00:00:00 100% 0% Others 0 0 0 00:00:00 0% 0% Website Nash County, NC | Date range: Week 13 October - 19 October 2014 | Page 3 of 9 Mobile vs Desktop Avg. -
XCSSET Update: Abuse of Browser Debug Modes, Findings from the C2 Server, and an Inactive Ransomware Module Appendix
XCSSET Update: Abuse of Browser Debug Modes, Findings from the C2 Server, and an Inactive Ransomware Module Appendix Introduction In our first blog post and technical brief for XCSSET, we discussed the depths of its dangers for Xcode developers and the way it cleverly took advantage of two macOS vulnerabilities to maximize what it can take from an infected machine. This update covers the third exploit found that takes advantage of other popular browsers on macOS to implant UXSS injection. It also details what we’ve discovered from investigating the command-and-control server’s source directory — notably, a ransomware feature that has yet to be deployed. Recap: Malware Capability List Aside from its initial entry behavior (which has been discussed previously), here is a summarized list of capabilities based on the source files found in the server: • Repackages payload modules to masquerade as well-known mac apps • Infects local Xcode and CocoaPods projects and injects malware to execute when infected project builds • Uses two zero-day exploits and trojanizes the Safari app to exfiltrate data • Uses a Data Vault zero-day vulnerability to dump and steal Safari cookie data • Abuses the Safari development version (SafariWebkitForDevelopment) to inject UXSS backdoor JS payload • Injects malicious JS payload code to popular browsers via UXSS • Exploits the browser debugging mode for affected Chrome-based and similar browsers • Collects QQ, WeChat, Telegram, and Skype user data in the infected machine (also forces the user to allow Skype and -
HTTP Cookie - Wikipedia, the Free Encyclopedia 14/05/2014
HTTP cookie - Wikipedia, the free encyclopedia 14/05/2014 Create account Log in Article Talk Read Edit View history Search HTTP cookie From Wikipedia, the free encyclopedia Navigation A cookie, also known as an HTTP cookie, web cookie, or browser HTTP Main page cookie, is a small piece of data sent from a website and stored in a Persistence · Compression · HTTPS · Contents user's web browser while the user is browsing that website. Every time Request methods Featured content the user loads the website, the browser sends the cookie back to the OPTIONS · GET · HEAD · POST · PUT · Current events server to notify the website of the user's previous activity.[1] Cookies DELETE · TRACE · CONNECT · PATCH · Random article Donate to Wikipedia were designed to be a reliable mechanism for websites to remember Header fields Wikimedia Shop stateful information (such as items in a shopping cart) or to record the Cookie · ETag · Location · HTTP referer · DNT user's browsing activity (including clicking particular buttons, logging in, · X-Forwarded-For · Interaction or recording which pages were visited by the user as far back as months Status codes or years ago). 301 Moved Permanently · 302 Found · Help 303 See Other · 403 Forbidden · About Wikipedia Although cookies cannot carry viruses, and cannot install malware on 404 Not Found · [2] Community portal the host computer, tracking cookies and especially third-party v · t · e · Recent changes tracking cookies are commonly used as ways to compile long-term Contact page records of individuals' browsing histories—a potential privacy concern that prompted European[3] and U.S. -
RELEASE NOTES UFED PHYSICAL ANALYZER, Version 5.4 | November 2016 UFED LOGICAL ANALYZER, UFED READER
NOW SUPPORTING 20,854 DEVICE PROFILES +2,851 APP VERSIONS UFED TOUCH2, UFED TOUCH, UFED 4PC, RELEASE NOTES UFED PHYSICAL ANALYZER, Version 5.4 | November 2016 UFED LOGICAL ANALYZER, UFED READER HIGHLIGHTS WE’VE ADDED SUPPORT TO MORE MOTOROLA ANDROID DEVICES! DEVICE SUPPORT Physical extraction and decoding from 26 popular Motorola Android devices ◼ Bootloader-based physical extraction for 17 MTK Android (up to and including OS 5.0.1). devices running the following MediaTek chipsets: MT6735 and MT6753. ◼ Physical extraction and decoding from 26 popular A BRAND NEW USER INTERFACE Motorola Android devices. Due to popular demand, we ◼ Following the previous announcement in version 5.1, are excited to introduce the we have added physical extraction while bypassing new interface for UFED Physical user lock for 18 additional Huawei devices, running Analyzer, UFED Logical Analyzer and UFED Reader 5.4. HiSilicon chipsets. We have redesigned the user interface to deliver a more ◼ Logical extraction and decoding is enabled for the new intuitive user experience. Google Pixel Android devices (Apps data not included). APPS SUPPORT ◼ 26 new Applications supported for iOS and PINPOINT YOUR SUBJECTS’ Android devices. LOCATIONS WITH MORE ACCURACY! ◼ Facebook Messenger: Decoding supported for multiple users of a single device. ◼ 569 updated application versions. FUNCTIONALITY ◼ Pinpoint your subjects’ locations with more accuracy. ◼ Organize and review case evidence with enhanced To fully utilize the large volume of locations data available in a searching, filtering and grouping capabilities. mobile device, UFED Physical Analyzer 5.4 allows you to convert ◼ Analyze more data in Timeline view quicker. the BSSID values (wireless networks) and cell towers into location ◼ Identify critical case information up to 50% faster. -
Whotracks. Me: Shedding Light on the Opaque World of Online Tracking
WhoTracks.Me: Shedding light on the opaque world of online tracking Arjaldo Karaj Sam Macbeth Rémi Berson [email protected] [email protected] [email protected] Josep M. Pujol [email protected] Cliqz GmbH Arabellastraße 23 Munich, Germany ABSTRACT print users and their devices [25], and the extent to Online tracking has become of increasing concern in recent which these methods are being used across the web [5], years, however our understanding of its extent to date has and quantifying the value exchanges taking place in on- been limited to snapshots from web crawls. Previous at- line advertising [7, 27]. There is a lack of transparency tempts to measure the tracking ecosystem, have been done around which third-party services are present on pages, using instrumented measurement platforms, which are not and what happens to the data they collect is a common able to accurately capture how people interact with the web. concern. By monitoring this ecosystem we can drive In this work we present a method for the measurement of awareness of the practices of these services, helping to tracking in the web through a browser extension, as well as inform users whether they are being tracked, and for a method for the aggregation and collection of this informa- what purpose. More transparency and consumer aware- tion which protects the privacy of participants. We deployed ness of these practices can help drive both consumer this extension to more than 5 million users, enabling mea- and regulatory pressure to change, and help researchers surement across multiple countries, ISPs and browser con- to better quantify the privacy and security implications figurations, to give an accurate picture of real-world track- caused by these services. -
Yue ([email protected]), University of Colorado Colorado Springs, USA
Toward Secure and Convenient Browsing Data Management in the Cloud Chuan Yue ([email protected]), University of Colorado Colorado Springs, USA Abstract ing privacy), integrity, and availability of users’ brows- ing data are assured. By conveniently accessible, we Cloud and Web-centric computing is a significant trend mean the complete set of browsing data for each browser in computing. However, the design and development profile is consistently maintained, is highly browser- of modern Web browsers failed to catch up this signif- agnostic, and is available and readily usable anytime, icant trend to address many challenging Browsing Data anyplace, and on any computer. Unfortunately, the re- Insecurity and Inconvenience (referred to as BDII) prob- ality is that the challenging BDII problems have never lems that bother millions of Web users. In this position been seriously addressed by either the vendors of mod- paper, we present our preliminary investigation on the ern Web browsers or researchers. BDII problems of the five most popular Web browsers In this position paper, we make two main contribu- and highlight the necessity and importance of address- tions. One is that in Section 2, we present our prelimi- ing those problems. We also propose to explore a novel nary investigation on the BDII problems of the five most Cloud computing Age Browser (referred to as CAB) ar- popular browsers and highlight the necessity and impor- chitecture that leverages the reliability and accessibility tance of addressing those problems. The other is that advantages of cloud storage services to fundamentally in Section 3, we propose to explore a novel Cloud com- address the BDII problems. -
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.