Phones in our pockets, tablets down our sofas, and laptops in our bags. Never have we had so many devices in our possession. It makes sense to start syncing and sharing folders and data between them – not just for the sake of convenience, but for our sanity.
Many companies are offering to bridge the connection gap - from Apple, Google and Dropbox to dozens of smaller companies. The common theme between them all is that they host your data.
With so many options, which one should you choose?
Most offer roughly the same features: typically a device-side client that automatically syncs your files to the server, some means of sharing those files and integration with third-party apps. The latter is less important than it used to be now most mobile operating systems have a means to pass files between applications.
Side alleys can certainly look dark and intimidating at first. As we prepared for our open source high school 1:1 student laptop program and a supporting student peer help desk, my team and I knew we were off the main road, without GPS. Student tech support teams are somewhat uncommon in United States high schools. On top of that, Linux and open source software rarely makes an appearance in classroom desktops, let alone on 1700 laptops that would travel with our students in school and to their homes. What wasn't surprising is that when students are unchained from scripted curriculum and given the freedom to learn based on personal interests and passions, our kids rise to the occasion in unique and powerful ways.
Amazon Web Services first launched in 2006 with one instance and one operating system: Amazon Linux. The cloud computing giant has since expanded to offer customers the option of running on more than 30 instance types and more than 10 operating systems, but Linux, Xen and other open source projects remain the core technologies behind AWS.
“We view open source as a companion to AWS's business model,” said Chris Schlaeger, director of software development at Amazon Web Services and managing director of the Amazon Development Center Germany GmbH.
Schlaeger, who leads the team that develops Amazon’s cloud computing service, EC2, as well as Amazon Linux, will give a keynote presentation at CloudOpen Europe, Oct. 13-15 in Dusseldorf, Germany. Here he discusses how AWS uses Linux, the Amazon Linux operating system, the company's new development offices in Germany, and what he'll cover in his keynote presentation.
It has been a good week for open source cloud tools. Predictive analytics leader RapidMiner announced the introductory release of RapidMiner Cloud to make analytics more convenient as it allows users to store, manage, and deploy analytics in the cloud, with the ease of a single button. Then cloud API integration and aggregation service, Cloud Elements announced the launch of Filebrowser.io, a free, open source, cloud file browser.
Coming from a pure belief and understanding in proprietary solutions to the open source industry, I was asking the question: why pay for something that I can get for free? I'm sure I am not the only one asking the question, says Mercia Oosthuizen, product manager at Linux Warehouse.
After some reading, exploring and ample questioning, I came to a conclusion...
I am going to start my explanation and understanding of enterprise open source with a personal experience. It's non-technology-related, but that made sense to my non-technical mind.
A number of “NSA proof” e-mail services are currently in later stages of development or private beta, but there’s one that seems to be ahead of the game: Germany-based Tutanota. The end-to-end encrypted e-mail provider announced Tuesday that they had released their source code on GitHub, claiming to be the first operational, secure e-mail application to go open source.
Arduino is an open source microcontroller for prototyping electronic devices. It can be connected to a wide array of inexpensive sensors to collect data. These data can be saved to an SD card, passed back to a PC, or uploaded to the cloud for further processing. An Arduino can actuate motors, creating scientific instruments that move as well as sense. As Massimo Banzi, co-inventor of Arduino, showed in his TED talk, middle and high school students can capably create scientific instruments with Arduino. He gives examples of students who have created earthquake sensors, pH meters, and a wide variety of robots.
The time has arrived for the new series of Luminosity to start! The next episode will be this Thursday, September 11th at 18:00 UTC. As in the past, it will be recorded live on Google+ Hangouts and carried on my Youtube channel both live and for viewing later. You can also join the discussion live on #luminosity on irc.freenode.net.