Monthly Archive:: May 2018

We're taking this leak with a grain of salt: it's either a perfectly executed set of Photoshopped images (along with very accurate timestamps) or the real deal. Supposing that it's real, Gabriel Bryne, whom I can't find anything tangible about, has somehow managed to get his hands on the Android P DP2 beta and installed it on his Pixel. He then did what any sensible man with a super secret Android release would do and took a bunch of screenshots and images of the interface.

But I do believe that the old Mac makes for a timely reminder that the digital age hasn't always felt so frantic, or urgent, or overwhelming. And maybe, even if an old Mac interface isn't the solution, we can view it as a subtle north star for its sensibilities, and how much it was able to accomplish with so little.

Tomorrow at Google I/O’s developers keynote, we will see the official launch of Flutter Beta 3. This beta is an important step towards the 1.0 build for Flutter, with a heavy focus on solidifying the improvements that Google has been working since they launched the initial Flutter Beta.

First and foremost among those improvements is the implementation of the Dart 2 programming language. The second version of Dart was designed specifically with the challenges that early Flutter builds ran into in mind, and brings some substantial changes, including strong typing, cleaner syntax, and an updated developer tool chain.

Android Things is Google's managed OS that enables you to build and maintain Internet of Things devices at scale. We provide a robust platform that does the heavy lifting with certified hardware, rich developer APIs, and secure managed software updates using Google's back-end infrastructure, so you can focus on building your product.

After a developer preview with over 100,000 SDK downloads, we're releasing Android Things 1.0 to developers today with long-term support for production devices. Developer feedback and engagement has been critical in our journey towards 1.0, and we are grateful to the over 10,000 developers who have provided us feedback through the issue tracker, at workshop events, and through our Google+ community.

A years-old privacy flaw will finally be coming to an end on Android. It's an issue you've probably never heard of, but one that you should absolutely be concerned about. Currently, apps on Android can gain full access to the network activity on your device - even without asking for any sensitive permissions. These apps can't detect the content of your network calls, but they can sniff any outgoing or incoming connection via TCP/UDP to determine if you are connecting to a certain server. For instance, an app can detect when another app on your device connects to a financial institution’s server. Don’t believe me? Just download one of the many netstat apps on the Play Store and see for yourself.

So the objective here was to take a C64 breadbin case and keyboard and put a Raspberry Pi 3 into it; keeping the keyboard and joystick ports working, but also giving me HDMI, USB controller support, and modem emulation. While I still have 2 real Commodore 64s (and an Ultimate64 on the way!), I like using the RPi and Vice to play 64 games.

These mounts do not require you to drill or cut your C64 case! The 3D files are provisioned under the creative commons license so they are FREE to use, distribute, modify, or even sell.

The headline features see previously neglected areas of RISC OS dragged kicking and screaming into the 21st Century, with JPEG support, monitor EDID support, handling of larger hard drives, and the network stack being upgraded. The bounty system is delivering some really worthwhile enhancements into the software. USB and network stack improvements are a massive undertaking, and ROOL broke each into several stages to make them more manageable.

There are also some genuine improvements to user features such as clipboard improvements and new features in Paint. Lots of applications have received little tweaks such as unicode and fancy fonts in Chars, improved dialogs in Printers, tweaks to HForm, DosFS, Maestro, more secure LanmanFS which can connect to Windows 8 and 10, etc.

By far, the worst part of working on beets is dealing with filenames. And since our job is to keep track of your files in the database, we have to deal with them all the time. This post describes the filename problems we discovered in the project's early days, how we address them now, and some alternatives for the future.

I’ve been a professional Free Software developer in the GNU/Linux area for 14 years now, and a hobbyist developer and user for much longer. For some reason that never extended much to the smartphone world, beyond running LineageOS on my older phones (my current Sony Xperia is still under warranty and I’m fine with the officially supported Android), and various stabs at using the Ubuntu phone (RIP!).

On a few long weekends this year it got a hold of me, and I had a look over the Google fence to see how Free Software is doing on Android and how to reduce my dependency on Google Play Services and Google apps. Less because I would actually severely distrust Google, as they have a lot of business and goodwill to lose if they ever majorly screw up; but more because of simple curiosity and for learning new things. I want to note down my experience here for sharing and discussing.

I started experimenting on my old Nexus 4 by completely blanking it and installing current LineageOS 14.1 without the Google apps. This provides a nice testing ground that is completely free of any proprietary Google stuff. From that I can apply good solutions on my "production" Xperia.

But if we can't change our behaviors, maybe we can change our devices. Enter the minimalist phone: a phone that does less. Over the course of a few weeks, I tried out four different phones - the Unihertz Jelly, the Nokia 3310 3G, the Punkt MP01, and the Light Phone - in an effort to curb how much time I spend needlessly scrolling and refreshing. Not every one of these phones is intentionally minimalist, but each came with unique limitations, built-in throttles that would effectively discourage anyone from wallowing in the stupor of infinite feeds. I was looking for a change. I was looking for salvation.

But when it was all over, I came crawling back to my iPhone.

When you set a password for your Twitter account, we use technology that masks it so no one at the company can see it. We recently identified a bug that stored passwords unmasked in an internal log. We have fixed the bug, and our investigation shows no indication of breach or misuse by anyone.

Out of an abundance of caution, we ask that you consider changing your password on all services where you've used this password. You can change your Twitter password anytime by going to the password settings page.

Your devices are tracking you all the time. You just don’t know it yet.

When you consent to sharing your data with many popular apps, you’re also allowing app developers to collect your data and sell it to third parties through trackers that supply advertisers with detailed information about where you live, work, and shop.

In November 2017, Yale Privacy Lab detected trackers in over 75% of the 300 Android apps it analyzed. A March 2018 study of 160,000 free Android apps found that more than 55% of trackers tried to extract user location, while 30% accessed the device’s contact list. And a 2015 analysis of 110 popular free mobile apps revealed that 47% of iOS apps shared geo-coordinates and other location data with third parties, and personally identifiable information, like names of users (provided by 18% of iOS apps), was also provided.

A coalition of Silicon Valley tech giants has doubled down on its criticism of encryption backdoors following a proposal that would give law enforcement access to locked and encrypted devices.

The group, which focuses on efforts to reform government surveillance, said in a statement that it continues to advocate for strong encryption, and decried attempts to undermine the technology.

In an exclusive piece of research, Check Point Researchers have carried out a revealing investigation into North Korea's home-grown anti-virus software, SiliVaccine. One of several interesting factors is that a key component of SiliVaccine's code is a 10-year-old copy of one of Trend Micro's, a Japanese company, software components.