Open source projects like OpenStack, Docker, OPNFV and OpenDaylight are more supported and better funded than ever before. They mark a broader trend of large, active and well-resourced open source projects that are among the leaders in Big Data, cloud computing, operating systems and development practices. Open source has come a long way in 30 years – and its success marks a new era for the overall OSS community.
But success does not come without potential pitfalls. One of the greatest obstacles to project success isn’t the proprietary competition – it’s the lack of communication between large open source projects like OpenStack and Docker.
On the contrary, open-source cloud computing products are designed from the outset with security in mind. For example, there are features such as identity management to monitor who has access to content, and data encryption to safeguard information while it’s at rest or in transit.
Furthermore, open-source cloud software is peer-reviewed by community participants, leading to continuous improvements in the quality of security features and mechanisms. This community also monitors and rapidly discloses vulnerabilities and issues, and provides security updates to address them.
You're no longer "just an adult." You're now trusted and looked to for opinions on how the community should grow. You're a community elder. You embody the history. You keep the history. You work together with other adults and elders to guide and make the community stronger. And to a certain extent, the community once again looks after you, just as it did in the first phase.
As you may have noticed, a lot of software has a lot of bugs. Even open source code has them, but the main damage tends to come from certain well-known, widely-used proprietary programs - not forgetting well-known, widely-used open source programs with proprietary layers like Android. In fact, some estimates put the annual damage caused by serious software flaws in the hundreds of billions of pounds range, which probably means that many trillions of pounds' value has been destroyed thanks to buggy, flawed software over the years.
Finding new software is a breeze for Linux users. The Linux desktop offers powerful, easy-to-use open-source applications for everything you need, just a few clicks away in your Linux distribution’s package manager. The programs are free, too—and you don’t have to dodge the installer crapware you do on Windows.
But which of those programs are right for you? We have answers. The applications highlighted here are the pick of the litter for the average Linux user looking to stock up on software. Heck, these particular applications are so good that almost all of them are available on other platforms and are popular even among Windows users.
Say what you want about the Linux desktop—it’s a much more capable, mature environment than the WinRT environment in Windows 8. Chrome OS and its Chrome apps still can’t match Linux's power, either.
There’s a dark underside to open source culture. Chris Kelly from GitHub says because anyone can take part in open source, the door is open to assholes (he’s American, I’d prefer to say arseholes). That includes bullying white men with a sense of entitlement. Things often end up argumentative.
He says this culture can frighten off outsiders, only a few women coders work in open source and the movement is missing out on the benefits of diversity. There’s a clear need to deal with this and to improve communications between people working in open source.
Today’s businesses are becoming increasingly familiar with the many benefits of open source software. In fact, 74 percent of IT professionals, in the U.S. alone, agree that the software offers better quality of continuity and control than that of proprietary. However, some CIOs are still skeptical about adopting open source software into their IT infrastructure as they’ve grown accustomed to their proprietary software vendors.
When I was writing daily about Linux, the operating system and open source apps were already hard at work in data centres, on servers and on high-end workstations.
The IT market was still moving away from a model where servers came with an expensive to buy and expensive to support operating system linked to the hardware maker.
Some of those OSes were fully proprietary. Others were versions of Unix although they often had proprietary branding and non-open components.