Microsoft will soon control more of the open source software development ecosystem.

GitHub, which Microsoft bought in 2018, said Monday that it will acquire NPM, which offers a crucial service for JavaScript developers. Terms of the deal were not disclosed.

GitHub is the most popular place to host open source software on the web and is home to around 100 million code repositories. NPM, short for "node package manager," hosts packages written for the popular JavaScript programming platform Node, and provides tools for managing those packages. According to a blog post from NPM cofounder Isaac Schlueter, the company hosts 1.3 million packages, which are downloaded 75 billion times per month. The company's website says customers include Slack, Netflix, Visa, and Nike.

The companies are important because developers today tend not to write applications entirely from scratch. Instead they typically stitch programs together from open source packages of codelike those hosted on NPMthat handle common features, like communication with databases or verifying passwords.

Everything you ever wanted to know about Linux, GNU, and how big companies are making money off of free, collaboration-based software.

If you wanted to create an open source Node package, you might upload the code to GitHub in order to work with other programmers on it. But you'd probably also upload it to NPM, from which developers would install and manage it. GitHub also launched its own package management service last year called GitHub Package Registry.

NPM raised $8 million in venture capital in 2015. Like GitHub, NPM charges users who want to host code on its service privately instead of making it publicly available. Companies might want to do this so that they can manage open source and proprietary software through the same tools.

Despite the important role it plays in software development, NPM struggled. The Register reported last year that the company had laid off around 20 or 25 percent of its employees, including an employee only a month away from vesting his stock options and three people who were attempting to form a union at the company. NPM was the subject of five complaints last year with the National Labor Relations Board, alleging "coercive statements" and retaliation. All the complaints were closed following informal settlements, according to the NLRB website. NPM declined to comment, and GitHub did not immediately respond to a request for comment.

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Commentary: As bad as things may get due to COVID-19, open source just might make life a little better, at least regarding an economic downturn and possible recession.

Image: Getty Images/iStockphoto

Over the last few weeks, there's been plenty of bad news. The way things are looking with the coronavirus pandemic, we're in for even more bad news over the coming weeks and, likely, months. In a time when people's health is at risk, money doesn't matter much. Even so, economists are starting to utter the "R" word, as consumers and businesses delay spending amidst novel coronavirus uncertainty, which will, in turn, create even more hardship.

One bright spot is that more organizations will turn to open source as they seek to do more with less, which was the case from 2007 to 2008 during theGreat Recession, as well as during the dot-com bust of 2000 to 2001. Open source adoption has been accelerating for a long time, but as open source vendors and communities experienced during the last recession, it tends to do even better as things get bad.

According to McKinsey & Co. analysis, there are at least three possible outcomes to the coronavirus pandemic. In the best case scenario, the world responds in somewhat similar fashion to China, and we see GDP growth for 2020 fall from roughly 2.5% to 2.0%. In this scenario, the US economy recovers by the end of the first quarter. Happy(ish) days.

Of course, few companies operate like China with strong state control, which means we're more likely to see something like McKinsey's second scenario: A global slowdown. This is the world in which we're currently living, where governments and private entities are combining to have workers stay home, public gatherings are banned, etc. Even with such measures, global GDP gets chopped in half, falling to between 1% and 1.5%, according to McKinsey. Days are not so happy, but by the middle of Q2 life becomes somewhat normal again.

SEE:Coronavirus: Critical IT policies and tools every business needs (TechRepublic Premium)

In the final scenario--pandemic and recession--coronavirus turns out to not be seasonal, pushing problems well in Q3, which means economic recovery doesn't really kick in until Q4. Global GDP falls to between 1.5 and 0.5%. Nothing remotely happy in this scenario.

All of these scenarios portend financial hardship for people around the world, compounding the physical hardships we will already endure. To minimize the negative impacts on individuals throughout this time, companies will need to figure out how to operate more efficiently. As in the 2007/2008 recession, open source will become ever more appealing.

Minus the serious health concerns, the economic fallout could be similar to what we're about to experience globally. Talk to those who lived through that recession, however, and a different narrative emerges for those working at open source companies. Without wanting to smugly minimize the economic hardships that others experienced, it's worth digging into open source as a way to benefit all.

According to Nick White (then at SpringSource), "The impact on open source companies lasted 90 days and then we were back hiring and in fact acquiring other companies." This tallies with my own experience, working at the time for Alfresco. We went through the recession profitable, with revenue growing strongly each year. As I wrote in 2008 for CNET (Open-source innovation in a recession), "Open source breeds communities, which in turn add value to the software, making this innovation more of a group effort (and, hence, potentially a less costly effort)."

SEE: Coronavirus and its impact on the enterprise (TechRepublic Premium)

Today, buying into open source requires even less risk than it did back then, when companies were still testing the waters. Today for things like data infrastructure, open source is already recognized as the safe, innovative choice. Adding to this, there are a number of open source companies that have been thriving as they increasingly deliver open source software as a service, and should do even better as companies try to make the most of tightened budgets:

There are other companies, from MariaDB to DataStax to Percona and beyond, that have experienced exceptional results. In talking with sources at a range of these companies, the slowdown seems to be giving them a bump, as suggested above.

SEE:10 ways to prevent developer burnout (free PDF)(TechRepublic)

I cite these examples because it's publicly available data, but of course much of the benefits that organizations will derive from open source in this difficult time will come from unpaid adoption of open source software. They'll use Apache Flink for event-driven applications; Envoy as an edge proxy; and more. They'll be more willing to trade time to save money (rather than trading money to save time with commercially supported open source). It will end up being a good thing for those companies and the people who work for them.

Not that it will make things easy. These next few months are going to be hard, and especially for those who don't know anything about open source software like Flink, Envoy, Elasticsearch, etc. But in some way, if their jobs are saved because a smart engineer figured out how to do more with less using open source, they're going to benefit, even if they don't know who to thank.

SEE: How open-source software is tackling COVID-19 coronavirus (ZDNet)

Disclosure: I work for AWS, but nothing herein relates to my work there.

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Open Source Software Market 2020 Will Generate New Growth Opportunities in The Upcoming Year to Expand its Size in Overseas Market by Intel, Epson,...

The research report creates a full-fledged draft of overview of the global Open Source Software market considering base year as 2018 and forecast period as 2019 to 2025. The Open Source Software market report delivers an in-depth study of market size, country-level market size, region, segmentation market growth, market share, sales analysis, value chain optimization, market players, the competitive landscape, recent developments, strategic market growth analysis, trade regulations, opportunities analysis, technological innovations, and area marketplace expanding. The Open Source Software market landscape and leading manufacturers offers competitive landscape and market development status including the overview of every individual market players.

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IntelEpsonIBMTranscendOracleAcquiaOpenTextAlfrescoAstaroRethinkDBCanonicalClearCenterCleversafeCompiereContinuent

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There could be a method to Purism's madness, because the Librem 5 mobile device proves one very important thing.

Image: Purism

What do you do when you're sent a device for review that is clearly not ready for public consumption--or even ready for review? That's a tough question to answer, but it's one I will attempt to do in the following paragraph in my review of the Purism Librem 5 Linux-based smartphone.

This is one of the smartphones I've been anticipating for quite some time and, based on the product updates, I assumed the Librem 5 would be something mind-blowingly special.

My mind was blown. Unfortunately, not in the good way.

You must go into this, as I did, knowing that the reviewed product is in early beta.

I was unable to get the Librem 5 to make calls.

The Librem 5 is plastic and massive.

The Librem 5's battery lasts about an hour or two tops (which I was informed of by Purism).

The Librem 5 device gets really hot when charging (again, I was made aware of this).

Wireless was incredibly slow,

The Librem 5's screen is less-than responsive.

I could go on and on about downsides to the Librem 5, but considering this phone is so far away from being review or consumer ready, I decided to take a different approach.

SEE: IT pro's guide to the evolution and impact of 5G technology (TechRepublic download)

At first blush, it is be really easy to draw the conclusion that Purism is struggling to get this device consumer ready. Purism started the Librem 5 crowdfunding campaign in 2017, and three years might as well be an eternity in tech time.

I don't generally like to approach the easy conclusions; instead, I want to look at one particular aspect of what Purism has done with the Librem 5: The company proved the Linux smartphone can work.

You're probably thinking, "Aren't you contradicting yourself?" I know, I know--the Librem 5 is far from truly "working." In fact, every time you go to use the far-too-clunky device, your first thought is, "Will it work this time?" And half the time the answer to that unnerving question is "no."

But Librem is a mostly functioning example of what Linux can actually do to "be a smartphone."

How can I say that, when so much of the phone doesn't function? Because the Librem 5 at least gives us the bones of an open source smartphone. And even if this device never makes it to market, it should serve as a sign of hope to the open source community that it can be done. To me, that proves there is a method to Purism's madness.

I remember back when I had a Ubuntu Touch phone for review; this device had moderately spec'd hardware, but an interface that hobbled the phone out of the box. From my perspective, the Ubuntu Phone failed for one reason: The operating system.

The Librem 5 took a lesson from that failure and brought to life a mobile version of PureOS that actually functions. Yes, even though the phone is riddled with problems, the interface works quite well. In fact, this mobile platform requires zero learning curve. Take the device out of the box, power it on, walk through whatever welcome/onboarding screens that are necessary, and start using your new Linux-powered phone.

If Purism manages to reach a consumer-level release, that will be the initial experience for users of all skills. And if the Librem 5 proves only that Linux can be made into a fantastically user-friendly mobile platform, it's a success.

These are the items Purism needs to immediately address with the Librem 5:

The phone must be able to actually make phone calls. Even after inserting a working SIM card, the review unit was still unable to place that first call.

The screen must be more responsive. At the moment, you have to be very deliberate in your tapping and swiping; otherwise, nothing registers.

Wi-Fi speed must be improved. Even using a gigabit network, page loading speeds of everyday sites was abysmal.

The hardware is WAY too big. No consumer will carry around a 6 x 3 x .5 plastic brick. Until Purism reduces the thickness of the Librem 5 by half, this phone will only sell to Linux enthusiasts who want a web server in their pocket (Figure A).

Figure A

The Purism Librem 5 compared to a OnePlus 6 Android smartphone.

Image: TechRepublic/Jack Wallen

Notice that I didn't say anything about the UI--that's because the interface is the one thing Purism has done seriously right with the Librem 5. It's really good. In fact, how about a screenshot? In order to do that, I had to walk through the following steps:

Install openssh-server, grim, and libnotify-bin.

SSH into the phone.

Create a bash script that uses the grim command.

Give the bash script the proper permissions.

Run the command.

Use the scp command to copy the photo from the phone to the desktop.

The screenshot shows the gist of how the interface works (Figure B).

Figure B

The Purism Librem 5 homescreen is somewhat reminiscent of an upside down version of previous Android releases.

You have running apps on top and installed apps on the bottom, both delineated by an app search bar. Everything is a quick tap away, and applications can be installed from within GNOME Software. That's right, GNOME Software. So you'll have access to plenty of open source software. I even installed LibreOffice, just to see if it could be done. Although the office suite did install, launching it caused the device to choke. What does that mean? The hardware isn't up to the task of running such a large desktop application. In fact, while attempting to run LibreOffice while the device was charging, it made the hardware almost too hot to touch. Lesson learned.

The Librem 5 requires zero learning curve as I have ever witnessed with a mobile device. It wouldn't matter which platform you were coming from (Android or iOS), you could be up to speed on PureOS in seconds.

And that, my friends, is what Purism has proved: Linux does have a successful path to the mobile phone rank and file. The Librem 5 is a long, long, long way off from being consumer ready. But if Purism can fix the problems and find more consumer-friendly hardware, this Linux smartphone could finally gain traction in an incredibly challenging market.

And, yes, just for fun I did install the Apache web browser onto the phone (Figure C).

Figure C

Running the Apache web server on the Purism Librem 5 smartphone is actually quite simple.

Clearly, the Librem 5, once it's ready, will have a lot of Linux goodness up its sleeve that most other phones cannot touch.

5G networks and devices, mobile security, remote support, and the latest about phones, tablets, and apps are some of the topics we'll cover. Delivered Tuesdays and Fridays

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BERLIN, March 17, 2020 (GLOBE NEWSWIRE) -- Open-source software provider Camunda is powering Deutsche Telekoms customer service sector with its successful Process Automation platform. The leading German telecommunications provider has embraced process automation to drive digital transformation company-wide and replace inefficient processes. At Deutsche Telekom, Camunda enables the orchestration of more than 2,500 individual software robots (RPA bots), as well as the transition of the current frontend automation to a less maintenance-intensive and better-integrated backend automation, providing further automation and savings opportunities.

Deutsche Telekom aims to better support the customer service function digitally and improve process automation. The company has moved further than most European businesses in developing an army of more than 2,500 RPA bots to automatically handle and improve manual processes, resulting in annual savings of approximately 100 million euros. The next step for the company is to transform this "front-end automation" technology which is expensive to maintain, manage errors and control business processes end-to-end into backend automation, integrated more strongly with core IT systems.

With Camunda BPM, there is now a central platform for process automation that ensures IT systems and RPA bots can be addressed directly via APIs, and all required information can be exchanged digitally from start to finish. Going forward, these RPA bots will be increasingly replaced by API-based interfaces, which is easily done without having to further adapt the business processes in Camunda. This shift will provide a smooth migration to an IT infrastructure that enables a sustainable digital transformation.

"We are proud to have made the move towards digital transformation very early on and built one of the largest RPA platforms in Europe," says Marco Einacker, Vice President Service IT at Deutsche Telekom. "Building on our RPA experience, we are now entering the next phase, automating processes from start to finish with the help of Camunda to accelerate digital transformation quickly and sustainably."

"Automated processes are at the heart of any digital enterprise," says Jakob Freund, CEO, Camunda. "To achieve this, business and IT must effectively collaborate and processes must be continuously managed across a wide range of technical systems. RPA is a useful short-term solution for many companies to selectively automate the work of individual components in legacy systems. The next step is to include these isolated RPA bots in continuous process control and, where possible, gradually replace them with real API services. We are delighted to accompany Deutsche Telekom on its way to becoming a digital enterprise with Camunda BPM."

With Camunda BPM software, complete processes and complex decisions can be designed, automated and improved. This cohesive approach makes it easier for companies to manage complex processes across multiple IT systems automatically, much faster and more cost-effectively than before. Camunda supports the established BPMN and DMN standards, which enables effective communication between business stakeholders and software developers. With end-to-end management in Camunda, there is a complete overview across all processes, including the involved RPA bots used to monitor individual operations, which is especially important for improving the overall performance of processes.

The new solution with Camunda BPM was introduced within Deutsche Telekom in 2019 and has been in production since the beginning of 2020.

About Camunda

Camunda is an open source software company innovating process automation with a developer-friendly approach that is standards-based, highly scalable and collaborative for business and IT.

A community of thousands of users across companies such as Allianz, ING and T-Mobile design, automate and improve mission-critical business processes end-to-end with Camunda, enabling them to build software applications more flexibly, collaboratively and efficiently, gaining the business agility, visibility and scale needed to drive digital transformation. One of the fastest growing companies in EMEA as ranked by Deloitte, Camunda is based in Berlin with offices in San Francisco and Denver, USA. To learn more visit: https://camunda.com/

Press:Germany:presse@camunda.com

USA & International:Jessica Jaffe, Sift Communications, Jessica.Jaffe@siftpr.comJill Reed, Sift Communications, Jill.Reed@siftpr.com

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You've probably heard of or used applications like F.lux or Lightbulb, which dim the screen to display warmer colors at night. Windows 10 has a night mode that does a similar job.

But what about overly bright applications during the day? They can still be a nuisance, and changing to night mode isn't exactly a good solution. Gammy is an open source software that can help you in such scenarios. This portable application supports adaptive brightness that makes bright on-screen content easy on the eyes.

Run it and you'll see it starts on the system tray. The second you run it, you'll notice that your brightness has automatically been dimmed (if your display's brightness was set to a high level). Double click the tray icon and an interface pops-up. This is an always on top window, so you can use different programs and observe how the brightness changes.

The interface has a bunch of sliders which you use to set the minimum and maximum brightness levels, so the program doesn't dim the screen or increase brightness too much. The offset percentage is the setting that Gammy uses to calculate the brightness, if it's higher the brightness will be as well.

The Temperature setting is used to define the color temperature levels, similar to that in F.lux and other screen dimming applications. The maximum temperature is 6500K and goes down to 2000K. Enable the "auto" option to let Gammy automatically adjust the brightness at a time that you select. To set the time click on the three-dot button next to the option, and you'll be able to set the Start and End time.

Note: The Linux version has a padlock button that supports cranking the brightness level all the way up to 200%. The application is otherwise similar to the Windows program.

Uncheck the auto brightness option and you'll see another slider appear that you can use to adjust the brightness level manually. Click and drag the bottom right corner of the interface to view three additional options. This allows you to control the Adaption speed, Threshold and Screenshot rate. The Adaption Speed determines how fast the brightness changes, while threshold checks for the difference in content to apply the change. Screenshot rate is explained in the next section.

If you have a smartphone, you may be aware how the automatic brightness works on it. Most handsets these days have a special component called ambient light sensor, which, as the name indicates, detects the amount of light that's available and adjusts the screen brightness accordingly.

Such sensors aren't available on computers, so how does Gammy support Adaptive Brightness? According to the documentation on the developer's website, Gammy takes a screenshot from time to time. The program uses the contents (colors) as a reference to adjust the brightness of the screen. The Screenshot rate configured in milliseconds is the time taken between two screenshots.

Note: The application uses the GPU to take the screenshot, and the interface that it uses is apparently not available in Windows 7. So, technically Gammy is only supported on Windows 8.1 and Windows 10.

Obviously it is not possible to show you the difference in the brightness level in a video recording of the screen. But, here's a demo showing how the program changes the setting, and how quickly it happens.

Try it yourself. If you are working on an application that has a dark background, the brightness level will be reduced automatically. Switch to a program with a lighter backdrop like Notepad, and it will raise the brightness. It works fine even when shifting from one browser tab to another. You may set Gammy to run at startup by right-clicking the tray icon.

Gammy is an open source application. The Windows version requires Visual C++ 2017. The Linux build is a Qt5 app. Instructions for compiling and running the Linux version are available on the download page.

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Software Name

Gammy

Operating System

Windows, Linux

Software Category

Multimedia

Price

Free

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