Almost all of Gmail's IFTTT routines and actions will stop working at the end of the month as Google alters the Gmail API to make it more secure. The only functionality of IFTTT-Gmail integration will be sending yourself an email and sending an email to someone else. TechSpot reports: The roots of this problem reach back to a breathless report in the Wall Street Journal in the summer of 2018 that claimed Gmail app developers have been reading your email. What it actually meant was that Gmail's OAuth account access was too simple -- if you allowed an application to access to Gmail, it had access to all of it. Even apps that didn't need the full text of emails for their intended function would have access to that after you signed in. Google began tightening access to Gmail content for third-party apps, and that's where IFTTT comes in.

As of March 31, Google is placing new restrictions on Gmail apps. Apps can no longer read, create, or modify message bodies. None of IFTTT's seven Gmail triggers will work anymore after the new API rules go into effect. In conversations with Google, IFTTT was able to keep two of the Gmail actions: sending yourself an email and sending an email to someone else. However, the trigger needs to be from another service. You can log into your IFTTT account to see which of your Applets are affected by the change. The new API rules only affect Gmail. Other G Suite services like Google Drive and Assistant will remain operating normally.

Google has patched a Chrome bug that was being abused in the wild by tech support scammers to create artificial mouse cursors and lock users inside browser pages by preventing them from closing and leaving browser tabs. From a report: The trick was first spotted in September 2018 by Malwarebytes analyst Jerome Segura. Called an "evil cursor," it relied on using a custom image to replace the operating system's standard mouse cursor graphic. A criminal group that Malwarebytes called Partnerstroka operated by switching the standard OS 32-by-32 pixels mouse cursor with one of 128 or 256 pixels in size. A normal cursor would still appear on screen, but in the corner of a bigger transparent bounding box. [...] The "evil cursor" fix is currently live for Google Canary users, and is scheduled to land in the Chrome 75 stable branch, to be released later this spring.

Researchers behind a large-scale independent study of pre-installed Android apps "unearthed a complex ecosystem of players with a primary focus on advertising and 'data-driven services' -- which they argue the average Android user is likely to be unaware of (while also likely lacking the ability to uninstall/evade the baked in software's privileged access to data and resources themselves)," reports TechCrunch. From the report: The study, which was carried out by researchers at the Universidad Carlos III de Madrid (UC3M) and the IMDEA Networks Institute, in collaboration with the International Computer Science Institute (ICSI) at Berkeley (USA) and Stony Brook University of New York (US), encompassed more than 82,000 pre-installed Android apps across more than 1,700 devices manufactured by 214 brands, according to the IMDEA institute. "The study shows, on the one hand, that the permission model on the Android operating system and its apps allow a large number of actors to track and obtain personal user information," it writes. "At the same time, it reveals that the end user is not aware of these actors in the Android terminals or of the implications that this practice could have on their privacy. Furthermore, the presence of this privileged software in the system makes it difficult to eliminate it if one is not an expert user."

In all 1,200 developers were identified behind the pre-installed software they found in the data-set they examined, as well as more than 11,000 third party libraries (SDKs). Many of the preloaded apps were found to display what the researchers dub potentially dangerous or undesired behavior. The data-set underpinning their analysis was collected via crowd-sourcing methods -- using a purpose-built app (called Firmware Scanner), and pulling data from the Lumen Privacy Monitor app. The latter provided the researchers with visibility on mobile traffic flow -- via anonymized network flow metadata obtained from its users. They also crawled the Google Play Store to compare their findings on pre-installed apps with publicly available apps -- and found that just 9% of the package names in their dataset were publicly indexed on Play. Another concerning finding relates to permissions. In addition to standard permissions defined in Android (i.e. which can be controlled by the user) the researchers say they identified more than 4,845 owner or "personalized" permissions by different actors in the manufacture and distribution of devices. So that means they found systematic user permissions workarounds being enabled by scores of commercial deals cut in a non-transparency data-driven background Android software ecosystem. The researchers address the lack of transparency and accountability in the Android ecosystem by suggesting the introduction and use of certificates signed by globally-trusted certificate authorities, or a certificate transparency repository "dedicated to providing details and attribution for certificates used to sign various Android apps, including pre-installed apps, even if self-signed." They also suggest Android devices should be required to document all pre-installed apps, plus their purpose, and name the entity responsible for each piece of software -- and do so in a manner that is "accessible and understandable to users."

The founder and CEO of NSO Group, the notorious Israeli hacking company with customers around the world, appeared on CBS's 60 Minutes Sunday night to defend the use of his company's tools in hacking and spying on lawyers, journalists, and minors when the country's customers determine the ends justify the means. From a report: NSO Group has reportedly sold hacking tools to dictators including those in Saudi Arabia, the United Arab Emirates, and across Central Asia -- a group of decision-makers whose track record includes numerous examples of human rights abuses and oppression of dissent. NSO's tools have been directly involved in the arrest of human rights activists and, in Mexico at least, spying on lawyers and journalists in an effort to catch the drug lord Joaquin "El Chapo" Guzman. "In order to catch El Chapo, for example, they had to intercept a journalist, an actress, and a lawyer," NSO Group founder Shalev Hulio told 60 minutes. "Now, by themselves, they are not criminals, right? But if they are in touch with a drug lord and in order to catch them, you need to intercept them, that's a decision an intelligence agency should get."

ASUS is believed to have pushed malware to hundreds of thousands of customers through its trusted automatic software update tool after attackers compromised the company's server and used it to push the malware to machines. From a report: Researchers at cybersecurity firm Kaspersky Lab say that ASUS, one of the world's largest computer makers, was used to unwittingly to install a malicious backdoor on thousands of its customers' computers last year after attackers compromised a server for the company's live software update tool. The malicious file was signed with legitimate ASUS digital certificates to make it appear to be an authentic software update from the company, Kaspersky Lab says. ASUS, a multi-billion dollar computer hardware company based in Taiwan that manufactures desktop computers, laptops, mobile phones, smart home systems, and other electronics, was pushing the backdoor to customers for at least five months last year before it was discovered, according to new research from the Moscow-based security firm.

The researchers estimate half a million Windows machines received the malicious backdoor through the ASUS update server, although the attackers appear to have been targeting only about 600 of those systems. The malware searched for targeted systems through their unique MAC addresses. Once on a system, if it found one of these targeted addresses, the malware reached out to a command-and-control server the attackers operated, which then installed additional malware on those machines. Kaspersky Lab said it uncovered the attack in January after adding a new supply-chain detection technology to its scanning tool to catch anomalous code fragments hidden in legitimate code or catch code that is hijacking normal operations on a machine. The company plans to release a full technical paper and presentation about the ASUS attack, which it has dubbed ShadowHammer, next month at its Security Analyst Summit in Singapore.