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As part of an effort to make encryption a standard component of every application, the Linux Foundation has launched the Let's Encrypt project (announcement) and stated its intention to provide access to a free certificate management service. Jim Zemlin, executive director for the Linux Foundation, says the goal for the project is nothing less than universal adoption of encryption to disrupt a multi-billion dollar hacker economy. While there may never be such a thing as perfect security, Zemlin says it's just too easy to steal data that is not encrypted. In its current form, encryption is difficult to implement and a lot of cost and overhead is associated with managing encryption keys. Zemlin claims the Let's Encrypt project will reduce the effort it takes to encrypt data in an application down to two simple commands. The project is being hosted by the Linux Foundation, but the actual project is being managed by the Internet Security Research Group. This work is sponsored by Akamai, Cisco, EFF, Mozilla, IdenTrust, and Automattic, which all are Linux Foundation patrons. Visit Let's Encrypt official website to get involved.

Examples of authoring tools: ATAG 2.0 applies to a wide variety of web content generating applications, including, but not limited to: web page authoring tools (e.g., WYSIWYG HTML editors) software for directly editing source code (see note below) software for converting to web content technologies (e.g., "Save as HTML" features in office suites) integrated development environments (e.g., for web application development) software that generates web content on the basis of templates, scripts, command-line input or "wizard"-type processes software for rapidly updating portions of web pages (e.g., blogging, wikis, online forums) software for generating/managing entire web sites (e.g., content management systems, courseware tools, content aggregators) email clients that send messages in web content technologies multimedia authoring tools debugging tools for web content software for creating mobile web applications

Web-based and non-web-based: ATAG 2.0 applies equally to authoring tools of web content that are web-based, non-web-based or a combination (e.g., a non-web-based markup editor with a web-based help system, a web-based content management system with a non-web-based file uploader client). Real-time publishing: ATAG 2.0 applies to authoring tools with workflows that involve real-time publishing of web content (e.g., some collaborative tools). For these authoring tools, conformance to Part B of ATAG 2.0 may involve some combination of real-time accessibility supports and additional accessibility supports available after the real-time authoring session (e.g., the ability to add captions for audio that was initially published in real-time). For more information, see the Implementing ATAG 2.0 - Appendix E: Real-time content production. Text Editors: ATAG 2.0 is not intended to apply to simple text editors that can be used to edit source content, but that include no support for the production of any particular web content technology. In contrast, ATAG 2.0 can apply to more sophisticated source content editors that support the production of specific web content technologies (e.g., with syntax checking, markup prediction, etc.).

The U.S. military is spending millions on an advanced implant that would allow a human brain to communicate directly with computers.If it succeeds, cyborgs will be a reality.The Pentagon's research arm, the Defense Advanced Research Projects Agency (DARPA), hopes the implant will allow humans to directly interface with computers, which could benefit people with aural and visual disabilities, such as veterans injured in combat.The goal of the proposed implant is to "open the channel between the human brain and modern electronics" according to DARPA's program manager, Phillip Alvelda.

DARPA sees the implant as providing a foundation for new therapies that could help people with deficits in sight or hearing by "feeding digital auditory or visual information into the brain."A spokesman for DARPA told CNN that the program is not intended for military applications.

But some experts see such an implant as having the potential for numerous applications, including military ones, in the field of wearable robotics -- which aims to augment and restore human performance.Conor Walsh, a professor of mechanical and biomedical engineering at Harvard University, told CNN that the implant would "change the game," adding that "in the future, wearable robotic devices will be controlled by implants."Walsh sees the potential for wearable robotic devices or exoskeletons in everything from helping a medical patient recover from a stroke to enhancing soldiers' capabilities in combat.The U.S. military is currently developing a battery-powered exoskeleton, the Tactical Assault Light Operator Suit, to provide superior protection from enemy fire and in-helmet technologies that boost the user's communications ability and vision.The suits' development is being overseen by U.S. Special Operations Command.In theory, the proposed neural implant would allow the military member operating the suit to more effectively control the armored exoskeleton while deployed in combat.

Criminals in 2017 managed to get an advanced backdoor preinstalled on Android devices before they left the factories of manufacturers, Google researchers confirmed on Thursday. Triada first came to light in 2016 in articles published by Kaspersky here and here, the first of which said the malware was "one of the most advanced mobile Trojans" the security firm's analysts had ever encountered. Once installed, Triada's chief purpose was to install apps that could be used to send spam and display ads. It employed an impressive kit of tools, including rooting exploits that bypassed security protections built into Android and the means to modify the Android OS' all-powerful Zygote process. That meant the malware could directly tamper with every installed app. Triada also connected to no fewer than 17 command and control servers. In July 2017, security firm Dr. Web reported that its researchers had found Triada built into the firmware of several Android devices, including the Leagoo M5 Plus, Leagoo M8, Nomu S10, and Nomu S20. The attackers used the backdoor to surreptitiously download and install modules. Because the backdoor was embedded into one of the OS libraries and located in the system section, it couldn't be deleted using standard methods, the report said. On Thursday, Google confirmed the Dr. Web report, although it stopped short of naming the manufacturers. Thursday's report also said the supply chain attack was pulled off by one or more partners the manufacturers used in preparing the final firmware image used in the affected devices.