Companies will now be able to cryptographically validate the identity of Chrome OS devices connecting to their networks and verify that those devices conform to their security policies.
On Thursday, Google announced a new feature and administration API called Verified Access. The API relies on digital certificates stored in the hardware-based Trusted Platform Modules (TPMs) present in every Chrome OS device to certify that the security state of those devices has not been altered.
Many organizations have access controls in place to ensure that only authorized users are allowed to access sensitive resources and they do so from enterprise-managed devices conforming to their security policies.
Most of these checks are currently performed on devices using heuristic methods, but the results can be faked if the devices' OSes are compromised. With Verified Access, Google plans to make it impossible to fake those results in Chromebooks.
Earlier this month, the Samsung Galaxy Folder 2 was unveiled. This is the sequel to the manufacturer's entry-level Android flavored clamshell. Samsung is apparently prepping another Android powered clamshell for power users who want a smartphone with this form factor. Today, live images of the SM-W2017 have surfaced. The phone carries the code name 'Veyron."
The device carries a 4.2-inch screen with a 1080 x 1920 resolution. Driving the phone is a Snapdragon 820 chipset, which features a quad-core CPU and the Adreno 530 GPU. 4GB of RAM is inside along with 64GB of native storage. A 12MP rear-facing camera offers PDAF laser focusing, and the 5MP front-facing camera snaps selfies and handles video chats. Keeping the lights on is a 2000mAh battery.
If you need to use those productivity programs that Chrome OS just doesn't offer, or you just want to try something new, Linux on your Chromebook has you covered.
You've may have seen chatter on the internet about installing Linux on your Chromebook. Plenty of longtime Chrome OS users are doing it, and it allows the use of programs like GIMP (a Photoshop replacement), or Darktable, (a Lightroom alternative) as well as plenty of programs for video and audio editing. It's a way to use your Chromebook for the few power-user features you might need. It's also completely free and easier than you think.
At the Linux Security Summit last month, Google developer Kees Cook shared the current workings of the Kernel Self-Protection Project (KSPP). The project, he said, goes beyond user space and even beyond kernel integrity. The idea is to implement changes to help the kernel protect itself.
To understand the importance of the project, Cook said, we need to think about the multitude of devices running Linux, such as servers, laptops, cars, phones, and then consider that the vast majority of these devices are running old software, which contains bugs. Some of these devices have very long lifetimes, but the lifetime of a bug can be longer still.
Google’s first Chromebook was the kind of laptop you’d design if you didn’t give a damn about laptop design. It was thick, heavy, rubbery, boring, and black. Black keys, black body, black trackpad, black everything. Everything about the Cr-48 was designed to communicate that this device was still an experiment. Even the name, a reference to an unstable isotope of the element Chromium, was a hint at the chaos raging inside this black box. “The hardware exists,” Sundar Pichai told a crowd of reporters at the Cr-48’s launch event in December of 2010, “only to test the software.”
Moments later, Eric Schmidt took the stage and preached about how the “network computer” tech-heads had been predicting for decades was finally ready to change the world. “We finally have a product,” Schmidt said, “which is strong enough, technical enough, scalable enough, and fast enough that you can build actually powerful products on it.” Apparently already sensing the skeptical feedback Chrome OS would get, he gestured toward the audience and told them “it does, in fact, work.”
Chromebook is a different thing from Netbooks with the fact that it does not have Windows being a huge difference. Chromebooks thus run on a fresh and different operating system that while it is not an old OS it isn’t a desktop kind of OS either but a mobile one.
Chromebooks have pretty hardware, especially if the Haswell processors they are running on, which are energy efficient, are anything to go by. Nonetheless, there are many reasons why buying Chromebooks make a lot of sense.
Engineer Marc Merlin has been working at Google since 2001 but has been involved with Linux since 1993, in its very early days. Since then, open source adoption has dramatically increased, but a new challenge is emerging: Not many companies care about the license side of open source, Merlin stated in his talk “How Google Uses and Contributes to Open Source” at LinuxCon and ContainerCon North America.
How does Google benefit by embracing a mission that goes beyond wielding industry influence? The benefits are not easy to calculate, but there are metrics that are objective, such as perceived influence compared to actual engineering contributions. Google may not contribute the most code and, before Kubernetes, its open source projects were either small efforts or tightly constrained and not very open (e.g., Chrome, Android), but it carries great (one might say outsized) influence in open source developer circles, which gave it a great platform to launch Kubernetes and increase its chances of success. But Google did things like create Google Code, which at one time was a massive repository of the world's open source code, and it created the Summer of Code. Although neither of these initiatives involved massive code contributions by Google, they enabled developers around the world to collaborate and write more code. To date, no other company—vendor, user, or otherwise—has embraced this mission to the same degree as Google. Although this is great for Google, one wonders when some other enterprising company will invest in a similar vision.
Dylan Callahan from the Chromium OS for SBCs (Single-Board Computers) project, which unfortunately was discontinued due to lack of interest from users, informed Softpedia today, September 5, 2016, that he's working on a new Linux-based OS.
We have to admit that we're quite surprised to see that developers aren't giving up on their ambitions of creating the best fork of a well-known Linux kernel-based operating system, in this case Chromium OS. While Chromium OS for SBCs was aimed at embedded and IoT devices, the new one is targeted at all PCs.
World, meet VintOS! What's VintOS? Well, it's upcoming open-source fork of Chromium OS, the operating system on which the famous Google Chrome OS is based. To make a name for itself from the get go, VintOS is named after one of the founding fathers of the Internet, Vinton Cerf, and it's explicitly designed with educational purposes in mind.
Those itching to run Android software on ChromeOS should check out the new 2-and-1 device from Acer. The convertible $399 Chromebook R13 laptop has a 13.3-inch 1080p touchscreen that makes it suitable to run all variety of mobile apps. Google announced back in May it would begin letting Android developers support ChromeOS starting in the fall, and Acer is one the first device makers to produce a laptop-tablet hybrid that fits the bill.
With regards to specs, the R13 comes with 4GB of memory in 16GB, 32GB, or 64GB varieties with about 12 hours of battery life. It packs a MediaTek quad-core processor and also supports USB-C as well. It’ll be available starting in October, when Google plans to have already rolled out full support for Android apps on ChromeOS.
Acer’s versatile Chromebook R 13 is one good device to run Android apps because it can function as a laptop or tablet.
The 2-in-1 has a rotating 13-inch full HD screen that gives it dual functionality. The touchscreen gives it a mobile-like interface to run Android apps.
The device has Chrome OS, but Google is making it possible to run Android apps from Google Play store on newer Chromebooks. Acer will add Android app support to the new Chromebook, the company said.
Android app support adds to the versatility of Chromebooks, which are popular as cheap and low-cost laptops. The shipments of 2-in-1s are growing, and Chrome OS is better suited for those devices than Android.
PC makers like HP and Dell are giving up on Android tablets but are interested in Android apps on Chromebooks. It made sense for Google to add Android app support, with tablet shipments declining and Chromebook shipments growing.