Learn how our CloudBees partnership helps users optimize CI/CD and automate AppSec Testing, and steps to take after you get an open source audit report.

As many organizations have learned, sometimes the hard way, DevOps transformation is as much about creating a process and adopting a mindset as it is about acquiring the right tools. But organizations creating a DevOps process shouldnt neglect to implement security into their pipelines. Synopsys and CloudBees aim to deliver the best of both worlds to customers adopting DevOps: CI/CD optimization and application security testing automation.

Join experts from Synopsys and CloudBees as we discuss:

What:Implementing DevSecOps With Synopsys and CloudBees

When: Tuesday, Nov. 12 @ 12 p.m. Eastern / 9 a.m. Pacific

Who: Meera Rao, senior principal consultant, Synopsys; Chris Saleski, sr. technical alliance marketing manager, CloudBees

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Companies use of open source software has surpassed the occasional and solidified itself as mainstream. Effectively identifying and managing the compliance and security risks associated with open source software can be a difficult task. Whether youre acquiring another company, preparing for acquisition, or simply wanting to manage your use of open source, the universal first step is to figure out the composition of your code, often via an audit. But what do you do once you have the audit report?

Join us for this live webinar to learn best practices before and after an open source audit. Well cover how to:

What:Youve Got Your Open Source Audit ReportNow What?

When: Thursday, Nov. 14 @ 12 p.m. Eastern / 9 a.m. Pacific

Who: Tony Decicco, shareholder, GTC Law Group & Affiliates; Leon Schwartz, associate, GTC Law Group & Affiliates; Phil Odence, GM of Black Duck Audits, Synopsys

Register now

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[Webinars] CI/CD optimization and automated testing, open source audit reports - Security Boulevard

By Express News Service

THIRUVANANTHAPURAM:Chief Minister Pinarayi Vijayan has said that free and open software offer solutions to IT startups and publishing industries affected by the exploitative business practices of software monopolies. He was speaking at a function that declared CPI mouthpiece Janayugom, switching to free software, at Thiruvananthapuram on Friday.

According to the Chief Minister, open source software were the need of the hour for print media that is facing challenges from proprietary software companies such as Adobe. He spoke about the states IT policy which was focused on developing free and open source software from school level. CPI state secretary Kanam Rajendran said monopolies have been trying to corner the benefits of science and technology by excluding the rights of people. Janayugom management said it managed to save as much as `1 crore in license fee by switching to free software such as Scribus and GIMP for desktop publishing and image editing respectively.

Lessons from OmanFahad Amar Salim al Zaidi, a programmer who is credited for developing open-software modules for complex languages such as Malayalam and Arabic, said implementing free-software in Omani schools had helped the country in maintaining independence in the world of technology monopolies.

We started searching for alternatives when softwares offered by Adobe became expensive, said al Zaidi at the function. He had helped the Ministry of Education in Oman to adopt free and open software in 2012. He also helped Janayugom in incorporating Malayalam in desktop publishing software.

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Free, open-source software will offer solutions to IT startups: Pinarayi - The New Indian Express

Global Open Source Software Market reports provide in-depth analysis of Top Players, Geography, End users, Applications, Competitor analysis, Revenue, Price, Gross Margin, Market Share, Import-Export data, Trends and Forecast.

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Firstly, the Open Source Software Market Report provides a basic overview of the industry including definitions, classifications, applications and chain structure. The Open Source Software market analysis is provided for the international markets including development trends, competitive landscape analysis, and key regions development status.

The Global Open Source Software market report analyzes and researches the Open Source Software development status and forecast in United States, EU, Japan, China, India and Southeast Asia.

The Global Open Source Software Market report focuses on global major leading industry players providing information such as company profiles, product picture and specification, capacity, production, price, cost, revenue and contact information. Upstream raw materials and equipment and downstream demand analysis is also carried out.

Major players profiled in the report are Intel, Epson, IBM, Transcend, Oracle, Acquia, OpenText, Alfresco, Astaro, RethinkDB, Canonical, ClearCenter, Cleversafe, Compiere, Continuent.

On the basis of products, report split into, Open Source Software.

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Key Stakeholders as per this report are Open Source Software Manufacturers, Open Source Software Distributors/Traders/Wholesalers, Open Source Software Subcomponent Manufacturers, Industry Association, Downstream Vendors.

The Open Source Software industry development trends and marketing channels are analyzed. Finally, the feasibility of new investment projects are assessed and overall research conclusions offered.

With the tables and figures, the report provides key statistics on the state of the industry and is a valuable source of guidance and direction for companies and individuals interested in the market.

Development policies and plans, manufacturing processes and cost structures are also analyzed. This report also states import/export consumption, supply and demand figures, cost, price, revenue and gross margins.

The Open Source Software Market report provides key statistics on the market status of the Open Source Software manufacturers and is a valuable source of guidance and direction for companies and individuals interested in the industry.

We can also provide the customized data for separate regions like North America, United States, Canada, Mexico, Asia-Pacific, China, India, Japan, South Korea, Australia, Indonesia, Singapore, Rest of Asia-Pacific, Europe, Germany, France, UK, Italy, Spain, Russia, Rest of Europe, Central & South America, Brazil, Argentina, Rest of South America, Middle East & Africa, Saudi Arabia, Turkey, Rest of Middle East & Africa

Major Points Covered in Table of Contents:

1 Open Source Software Market Overview

2 Global Open Source Software Market Competition by Manufacturers

3 Global Open Source Software Capacity, Production, Revenue (Value) by Region (2012-2017)

4 Global Open Source Software Supply (Production), Consumption, Export, Import by Region (2012-2017)

5 Global Open Source Software Production, Revenue (Value), Price Trend by Type

6 Global Open Source Software Market Analysis by Application

7 Global Open Source Software Manufacturers Profiles/Analysis

8 Open Source Software Manufacturing Cost Analysis

9 Industrial Chain, Sourcing Strategy and Downstream Buyers

10 Marketing Strategy Analysis, Distributors/Traders

11 Market Effect Factors Analysis

12 Global Open Source Software Market Forecast (2017-2022)

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We are a market-intelligence company formed with the objective of providing clients access to the most relevant and accurate research content for their growth needs. At InForGrowth, we understand Research requirements and help a client in taking informed business critical decisions. Given the complexities and interdependencies of market-intelligence, there is always more than one source to explore and arrive at the right answer. Through our smart search feature and our reliable & trusted publishing partners, we are paving way for a more simplified and relevant research.

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Open Source Softwares Market 2019 Overview with detailed analysis, Competitive landscape Forecast 2025 - Maxi Wire

Open Source software is incredibly popular, but many people still dont really understand what all the fuss is about. If you didnt know, Open Source software is published with the entire source code for anyone to look at and modify. Generally, you dont have to pay for this software. There are Open Source alternatives to packages like Microsoft Office or Adobe Photoshop that wont cost you a penny and very nearly do the same job. Thats why weve put together the most important reasons you may want to go Open Source.

This is the most obvious reason people come up with in support of Open Source software. After all, who wouldnt want to get something as good as a paid software package for nothing? Of course, this is just one part of why Open Source software is great, but for the struggling student or developing nation citizen these programs can make a massive difference. You can buy an inexpensive laptop and load it with Linux, OpenOffice and a slew of other Open Source packages to make it a complete work or study machine for very little money. That sort of technological democratization isnt just free, its priceless.

From a privacy and security perspective, Open Source software is particularly appealing. Since the source code is completely open, anyone can go through it and make sure there are no back doors or any sort of malicious code. You can take that source code and compile it yourself, to make extra sure that you only get what you want. You can remove things from the code you dont want. Total transparency unlike anything else is something you get with Open Source software.

Even the largest software companies in the world only have a few thousand coders. So the more complex software becomes, the more likely that bugs and other problems will slip through. One of the strengths of Open Source software is the vast number of community members who contribute code, check for bugs and decide what new features should be added.

While the development process might not be as cohesive as smaller proprietary development projects, the sheer massive wisdom of crowds effect has produced some shockingly good software.

While this only applies to a handful of people, Open Source software lets those with the right knowledge make any changes to the software they like. Which means they have total control over the software they use. Whether for personal or business use, its often much easier to take a piece of software thats close to what you need and modify it, than it is to start from scratch.

Open Source frees you from the legal restrictions that commercial software companies place on users. You dont actually own the software that you buy. Instead, you have a very specific set of privileges that the owner of the software can revoke. You are definitely not allowed to modify anything since its not yours to mess with.

Open Source software doesnt belong to anyone and its license is designed to protect that fact. While people who contribute to Open Source projects must be credited, it will always be free and open to the public.

The world of software is changing. Companies like Adobe will no longer sell you something like Photoshop as a once-off boxed product. If you want to use their virtually industry-standard software you have no choice but to take out a subscription. This is not a bad thing. The subscription model comes with its own advantages. However, in the case of Adobe and other consumers no longer have a choice. Thanks to cloud computing and cheap broadband, proprietary software houses are now using a model that aligns more with the spirit of closed-source user agreements. Even operating systems such as Windows 10 are turning into cloud services. Which is one reason you dont really have a say anymore when it comes to features, updates, and their timing.

If you use something like the GIMP instead of Photoshop or Ubuntu Linux, instead of Windows, you are no longer dependent on a company mother ship to keep you going. While there are plenty of advantages to the software-as-a-service model, its important to have an open alternative like this that can be used independently.

While the allure of Open Source software is strong and its one of the best parts of the modern computer world, there are some real problems that come with the territory. So in the interest of balance, we should talk about a few reasons Open Source might not be for you.

The first one is that Open Source software can still cost money. Since there is no company that owns a specific Open Source application, no one is responsible for it. So if you want to use Open Source software for a mission-critical purpose you need to come up with a solution. You can rely on the community, but theres no contract binding them to help you.

In a professional setting, companies end up having staff who are experts in the specific software packages or operating systems on staff. Alternatively, they will have a support contract with an outside expert. So although they dont have to pay for software licenses, they do end up paying in the form of support.

The other major reason you may want to avoid Open Source software is ease of use. For all their good points, FOSS applications tend to be a little user-unfriendly, although this isnt always true. In general, however, Open Source is a positive development in the computer world. In a very real sense, much of what we all enjoy (such as the web itself) would not be feasible without it!

Do you already love Open Source Software? Let us know down below in the comments. Lastly, wed like to ask you to share this article online. And dont forget that you can follow TechNadu on FacebookandTwitter. Thanks!

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The Best Reasons to Go Open Source - TechNadu

In 1991, something called the Linux kernel made its first appearance among what was then a largely hobbyist software community, but it has since been the driving force for anything useful in managing the internet, the cloud and now the edge.

Were only two yearsoff the 30th anniversary of the Linux kernel, which gavethe open source software movement a turbo boost. At the annual OpenSource Summit Europe run by the Linux Foundation this week in Lyon,France, Data Economy attended to find out how open source willaddress the evolving needs of cloud, edge and IoT connectivity.

The first time thiswriter saw Linux creator Linus Torvalds give a presentation aboutopen source it was at an Informix database conference in Seattle in1998, and the big news from that event was that Informix hadintroduced an open source version of its database. Not that longafter the event IBM acquired Informix to confirm its own interest insupporting the open source development community, as well as makingmoney out of it.

And 20 years afterSeattle, IBM splashed out $34bn in 2018 on acquiring one of thebiggest names in open source Red Hat. And that same year,Microsoft, once a fierce opponent of open source, as it saw it as athreat to its proprietary software, spent $7.5bn on acquiring themain open source software development platform GitHub anotherLinus Torvalds creation.

Thats an awful lot ofmoney spent in two transactions, further confirming that open sourceis the environment that will support future productivity andconnectivity applications, whether in the cloud or at the edge which was demonstrated at the Open Source Summit.

Speakers at theconference repeatedly stated that open source is present at somelevel in 99% of new software being produced, with containers, cloudmanagement software Kubernetes and the Linux kernel continuing tobuild on top of the Apache servers that were already responsible forpowering most of the internet over 20 years ago.

Linus Torvalds (pictured left below) was interviewed on stage in front of many hundreds of conference delegates and was given the opportunity to again address the ever present niggling doubt in some quarters around the security of open source, particularly in relation to its use in embedded devices in safety critical environments.

The many tens ofthousands of Linux developers around the world arent concerned aboutthe safety of Linux of course, and thats not just because the Linuxkernel helps some of them put a little food on their table. AsTorvalds pointed out, when it comes to bugs that are regularlydiscovered in the constantly changing kernel, its not the kernelthat is simply deployed in the commercial and safety critical arena.

He said: Operatingsystems are complicated things. People are still cleaning up codethat has been around for years. The kind of bugs we see on desktopsare not the kind of thing we see in safety critical systems that arerepeatedly tried and tested. The kernel that we continually work onis not what is distributed by others for applications for automobilesand industrial environments. There are years of testing on thesoftware before it ends up in safety critical or real-time systems.

For his part, despitethe conference showing off various useful open source projectsdesigned to support and power new markets in the cloud and at theedge, Torvalds said he wasnt a programmer anymore and that henow wrote more email than code these days, advising Linuxdevelopers on how to get software updates across the line and managenew projects.

One of those projectsnow making its name at the edge is Zephyr, which is a small footprintpiece of software that can be used to manage devices ranging from IoTgateways and data storage solutions to gadgets including headsets,building security systems and even hearing aids located at the edge.

The Linux Foundationjust keeps churning such solutions out, and this one allowsorganisations to use open source where the Linux kernel is just toobig to be used in sensors and small circuits. Kate Stewart of theLinux Foundation helps to run the project and paints a rosy pictureon its takeup and future cloud industry backing.

She says: The likesof Google and Amazon Web Services are showing big interest in Zephyr,along with project members that include chip makers Intel and NXP.

A number of IoTproviders are building ecosystems to enable comprehensive solutionsthat address all segments of the market. This includes theinvolvement of Google, Microsoft and Amazon that have tailored IoTsolutions of their own. Each of these three can help partners andcustomers to securely provision, authenticate, configure, control,monitor and maintain all of their IoT devices.

Zephyr will make iteasier to process data at the edge where it is created, instead ofhaving to send it into the public cloud first, reducing latency andspeeding analytics performance.

Companies including Armare also expected to get seriously involved, as Zephyr will integratenicely with its Pelion Device Management offering, which aims toprovide simple, secure and flexible IoT management capabilities for arange of devices.

The Pelion IoT Platformconsists of three major components covering device management forprovisioning, identity and access management and updates;connectivity management to support wireless connectivity standardsfor any device; and data management for the analysis of trusted datafrom individual devices and enterprise-wide big data deployments.

Jim Zemlin, executivedirector of the Linux Foundation, enthused to conference delegates:Open source is now the building block for almost all products andservices. And we now want to extend the ecosystem to push standards.

Cloud service providers, telcos and other data connectivity providers should perhaps be grateful they can tap into the work of thousands of open source developers, who usefully dont even have to be on their payroll.

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Linux shows its mettle when it comes to new cloud and edge applications - Data Economy

LG and Qualcomm have inked a deal to work on a new WebOS software to power smart car systems.

The news was announced today and will see LG work to develop an Auto version of WebOS to work with Qualcomms snappily named Snapdragon Automotive Development Platform (ADP).

Both platforms are open source so developers can work on innovative ways to use the tech now but downloading the source code, tools and guides at http://webosose.org. WebOS is an open source software LG uses to power its line of smart TVs. It was also used by HP to run its Palm line of PDAs and phones.

The release didnt specify what specific features the new version will add to Qualcomm powered smart cars. It only gave a vague indication the two want to create and advance a more convenient in-car experience for drivers and passengers alike.

LG Electronics president and CTO, Dr. I.P. Park hinted the firms will have a focus on developing new tech thatll take advantage of the UKs newly launched 5G network.

We very much value this collaboration with Qualcomm expands the ecosystem of the webOS Auto platform and with the latest solutions from Qualcomm such as 5G networks and multimedia, customers will be able to experience the same entertainment at home in connected cars, he said.

Together, webOS and Snapdragon ADP will provide a high-performing, comprehensive hardware and software platform for future vehicle infotainment systems.

Related: Best TV 2019

Qualcomm senior vice president and president of global business operations, Jim Cathey was a little more vague, promising the collaboration will lead to improved automotive user experiences.

The work between LG and Qualcomm Technologies builds on the long-established and successful relationship between the two companies, creating a great synergy effect in next-generation automotive software, she said.

We are confident that our combined experiences and expertise in developing automotive technologies will aid in delivering the best in-vehicle and next-generation user experiences customers demand.

LG and Qualcomm promised to release further details about the collaboration and a new unnamed reference platform for smart car tech at CES 2020 in Las Vegas in January.

Deputy Editor

After graduating from Kings College London, Alastair started his career covering government technology policy and cyber security at The International Business Times. He later joined Incisive Media as

Unlike other sites, we thoroughly review everything we recommend, using industry standard tests to evaluate products. Well always tell you what we find. We may get a commission if you buy via our price links.Tell us what you think email the Editor

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LG and Qualcomm want smart cars to run the same software as your TV - TrustedReviews

Commentary: Developers want to write more open source code, and their employers want to use more open source. Why can't we have both?

Image: SIphotography, Getty Images/iStockphoto

Open source may (sometimes) be a labor of love, but there would be a lot more love if there were a lot more money. Despite the mythology around open source, for decades much, if not most, of the world's best open source software has been written by those paid to contribute. Hence, for organizations that want more open source software, there's one clear way to get it: Pay for it.

While the world is awash in tens of millions of developers, virtually none of them regularly contribute to open source. Yes, most developers (68%) believe open source code is of higher quality than proprietary code (according to a TideLift survey) and, yes, virtually all developers (and their employers) end up using open source (according to a survey by The New Stack). Even so, according to the 2019 Stack Overflow survey, which polled over 85,000 developers, just 12.4% of the developers surveyed contribute to open source at least monthly; while another 23.1% contribute less than monthly but more than once each year, a whopping 64.4% either never contribute or do so less than once per year.

It's not hard to discover why.

SEE: How to build a successful developer career (free PDF) (TechRepublic)

The problem is money. Developers, like everyone else, need to pay their rent/mortgage, buy food, etc. While the idea of spending all their time giving away code may sound nice, it turns out to be a poor way to take care of their lower-level Maslowian needs. In addition, while many developers like to code as a hobby (80% acknowledged this in the Stack Overflow survey), "it wouldn't be a hobby if it were aligned with corporate time," as database guru Mark Callaghan stated. Summarizing key findings in the TideLift survey, analyst Lawrence Hecht has stated, "Four-fifths of respondents would spend more time contributing outside of their day job if they were fairly compensated for their work, with 25% estimating they would spend an additional 20+ hours per week."

Employers, are you listening?

Put another way, nearly every organization on earth benefits from open source, but almost none of them pay for that privilege. This isn't to suggest that profit-seeking corporations should be turned into 501(c)(3) charities, but rather that corporate self-interest can often align with open source contributions.

Yes, it's great if companies allow their developers to spend some amount of "free time" on "free software." But even better, as Lech Rzedzicki has suggested, is to directly pay developers to work on open source projects of value to the company (and its customers): "If you make it more direct, you could get better quality open source projects, with maintainers, better documentation and actual budget to do boring stuff like fix old bugs."

SEE: Open source vs. proprietary software: A look at the pros and cons (TechRepublic Premium)

Open source involvement also turns out to have other benefits to employers, as Kenneth Paul Bowen has highlighted: "Employee retention and skill development via company supported open source contributions aligns well with most company objectives." That idea of using open source as a path to upskilling jibes with the Stack Overflow results, which found that 41% of developers used open source contributions as a way to learn (this number goes up to 43% when considering professional developers). With 68% of developers surveyed indicating that they're actively looking for new work, or at least open to inbound offers, it's critical to provide the right work environment.

Developers want to work on hard, interesting problems--if they can do so and open source that work, such that others get to see and benefit from their work, even better.

In sum, far too few developers actively contribute to open source software, but this isn't necessarily their fault. Given just a little bit of encouragement and cash from their employers, they'd happily do more.

Disclosure: I work for AWS but my work is in not directly or indirectly related to the contents of this article.

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Funding open source development may not be as complicated as you think - TechRepublic

LYON, France, Oct. 29, 2019 /PRNewswire/ --The Editorial Board of the "International Free and Open Source Software Law Review" ("IFOSSLR") is delighted to announce its decision to re-brand the journal, giving it a broader scope after 10 years of success as a law review. IFOSSLR will go forward under the new name to reflect its expanded scope.

The new "Journal of Open Law, Technology & Society," ("JOLTS") will be a collaborative, inter-disciplinary and peer reviewed publication, aiming to explore the intersection of law, technology and policy through a lens of "openness."

The goal of JOLTS is to increase knowledge and understanding of openness among scholars, researchers, lawyers, technologists, sociologists and policymakers. The journal's expanded scope is inclusive and comprises of topics such as Free and Open Source Software, Open Standards, Open Science, Open Culture, Open Innovation, Open Content, Open Data, Open Access, Open Governance and Open Competition.

Continuity will be provided by the current and expanded Editorial Board, with the appointment of new Editors to cover the additional topics.

The new journal will be available online and continue to be published on a rolling release schedule, releasing articles as they become available and combining these into a final edition once per year. JOLTS will continue the policy of IFOSSLR to be an open access journal.

With this, the Editorial Board announces a general call for papers to all interested scholars, researchers, lawyers, practitioners and policymakers.

The first publication in the new journal is by Mirko Boehm on the governance of open source communities and their maturing process and is available athttps://jolts.world/index.php/jolts/article/view/131

Mirko will be discussing commercial and operational models in open source at OSS on Tuesday 29 October at 11.30 with one of the Journal's founding Editors, Amanda Brock. Amanda and Editors Shane Coughlan, Andrew Katz and McCoy Smith will be taking questions about the journal.

The Editorial Committee:

For questions

Amanda Brock, Abrock@openinventionnetwork.com +447718516954

Malcolm Bain, malcolm.bain@id-lawpartners.com

SOURCE The Linux Foundation

http://www.linuxfoundation.org

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The International Free and Open Source Law Review will relaunch as the new "Journal of Open Law, Technology & Society" an international,...

Getting the Unified Cloud Experience: While hybrid cloud solutions have made remarkable strides in addressing real life applications, they still leave a lot to desire. While working with Communication Service Providers (CoSPs) on their implementations, we find that they have different environments that are often patched together with scripts to automate repetitive processes. For example, a managed cloud service provider addresses a varied environment with Red Hat OpenStack, OpenShift, Kubernetes, VMware Cloud Foundation across different enterprise customers. While some level of automation exists within each one of these technologies, CoSPs are often left to their own to automate across technologies. This impedes productivity.

Lenovo Open Cloud (LOC) addresses these issues and accelerates the time to onboard customers from weeks to minutes. In addition to providing cloud deployment and cloud management services, the software also manages platform such as device inventory, lifecycle management, and more importantly to benchmark and validate performance between old and newer versions of the software. It works by identifying silos of automation and developing a plan. Next automating operations across multiple open and proprietary ecosystems, CoSPs can set up a fully automated and operational cloud ready infrastructure in just hours instead of weeks. After this, maintenance is easy as the tenant workloads can be active in minutes and it is easy to scale across multiple platforms and users. CoSPs benefit from a customized cloud solution with low-touch deployment and manage the lifecycle from a single pane of glass across entire operations.

On-boarding a new enterprise customer and offering cloud migration services can be complicated. Each customer comes with their own environment and want a path to migrate to the cloud in the future. Learning the customer environment and developing custom software can be time intensive and limit the ability to scale and grow CoSPs customer base. LOC can alleviate this pain and offer a flexible infrastructure that reduces the time to onboard a new tenant.

In fact, one of our customer, T-Systems shared their experience about LOC at the SDN NFV event in The Hague in October 2019. Their goal is to offer a flexible path to cloud for their enterprise customers. However, it took weeks to set up a new customer environment. After trialing 4 different vendors for 6 months, T-Systems selected Lenovo Open Cloud for implementation because LOC offered cloud scale building blocks, end to end automation and support for DevOps. Lenovo provided an integrated solution that was ready on arrival from the manufacturing facility. Now with this solution, T-Systems makes just one API call. LOC takes this and performs hundreds of automated tasks in the background and allows T-Systems to onboard new enterprise customers in a matter of hours instead of weeks.

Open source software provides several advantages. However, it also comes with implementation challenges. For the unified cloud experience, Lenovo Open Cloud addresses these so that CoSPs can focus on their customers better. Lenovos global footprint and our obsessive focus on reliability along with putting customers at the top is a strong factor positions us well to help CoSPs succeed.

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Getting the Unified Cloud Experience - SDxCentral

LYON, France, Oct. 28, 2019 /PRNewswire/ --Open Source Summit Europe --The Linux Foundation, the nonprofit organization enabling mass innovation through open source, today announced the KernelCI testing platform is becoming a Linux Foundation project underwritten by BayLibre, Civil Infrastructure Platform, Collabora, Foundries.io, Google, Microsoft, Red Hat. As a Linux Foundation project, KernelCI will accelerate its work to test Linux on the largest variety of hardware platforms.

The Linux kernel is developed by a large, collaborative open source community working together to continuously improve the software. Conversely, Linux kernel testing is often fragmented since it is largely done in private silos with little collaboration on the testing software or methodologies. KernelCI is a community-based open source distributed test automation system focused on upstream kernel development. It was originally started in 2014 as a side project by a few engineers who were doing the testing at home and in their spare time. A variety of hardware labs contributed to the work over time, but until now there was no sustainable structure in place for open governance and contribution, or expanded access for the developers to hardware.

"Testing is traditionally done only on the most common hardware. But because Linux runs on more hardware than any other operating system, it's important to also test it on all that hardware. The Linux Foundation's support is enabling us to expand the great work we started five years ago and sets us up for a bright future with a growing community," said Kevin Hilman, co-founder of embedded Linux consultancy BayLibre and co-founder of the KernelCI project.

"KernelCI represents the passion and diligence we see among developers all over the world. The individuals who have given their nights and weekends to this work deserve our gratitude and support, and we're excited to be able to host this work at the Linux Foundation," said Jim Zemlin, executive director at the Linux Foundation.

The primary goal of KernelCI is to use an open testing philosophy to improve the quality, stability and long-term maintenance of the Linux kernel. Expected improvements to the platform under the Linux Foundation include improved LTS kernel testing and validation; consolidation of existing testing initiatives; quality-of-life improvements to the current service; expanded compute resources; and increased pool of hardware to be tested. In the long-term, members expect to modernize the architecture; test software beyond the Linux kernel; and define testing standards and engage in cross-project collaboration.

For more information or to contribute to this work, please visit: https://kernelci.org/

Comments Civil Infrastructure Platform "The Civil Infrastructure Platform (CIP) aims to maintain Linux for decades and more. In times of ever-changing, dynamic software like the Linux kernel, this very challenging task is unthinkable without advanced testing strategies and infrastructure that can also navigate the intricacies of real hardware," said Prof. Dr. Wolfgang Mauerer, Senior Research Scientist at Siemens Corporate Technology and member of the CIP Technical Steering Committee."The CIP project has long since relied on KernelCI for distributed, heterogeneous testing, and we are excited to see the development of KernelCI advance as a Linux Foundation project."

Collabora "Provided how crucial Linux has become to society, achieving comprehensive test coverage of the Linux kernel is essential. By applying the open source philosophy to testing, the KernelCI distributed architecture enables the whole kernel community to collaborate around a single upstream CI system. Becoming part of the Linux Foundation shines the light on the progress we have made with KernelCI and enables the project to become an integral part of the Linux kernel development workflow," said Guy Lunardi, VP Business Development at Open Source software consultancy and leading KernelCI contributor Collabora.

Foundries.io "At Foundries.io, we believe the latest software is the most secure software. That is why it is important to have a unified continuous integration project dedicated to the Linux kernel, which focuses on a broad range of architectures and hardware." said Tyler Baker, CTO, Foundries.io. "This enables us and our customers to run the latest software with confidence. As co-founders of KernelCI, we are excited to help expand the reach of the project through continued contributions and guidance."

Microsoft "At Microsoft, we believe in making Linux the best platform it can be for customers," said KY Srinivasan, general manager, Azure. "By securing funding and long-term sustainability for the KernelCI Testing platform, we're collaborating together to harden Linux for the broader Linux community."

Red Hat "Red Hat invests in upstream projects like KernelCI to further scale the fundamental open source advantage offered by the 'Bazaar.' By facilitating engagement between Linux communities and partners earlier and more frequently, we're helping to enable rapid innovation while bringing the benefits of open technologies to the enterprise through the thousands of projects that comprise Red Hat Enterprise Linux."

About the Linux Foundation Founded in 2000, the Linux Foundation is supported by more than 1,000 members and is the world's leading home for collaboration on open source software, open standards, open data, and open hardware. Linux Foundation's projects are critical to the world's infrastructure including Linux, Kubernetes, Node.js, and more. The Linux Foundation's methodology focuses on leveraging best practices and addressing the needs of contributors, users and solution providers to create sustainable models for open collaboration. For more information, please visit us atlinuxfoundation.org.

The Linux Foundation has registered trademarks and uses trademarks. For a list of trademarks of The Linux Foundation, please see its trademark usage page:www.linuxfoundation.org/trademark-usage. Linux is a registered trademark of Linus Torvalds.

Media Contact Jennifer Cloer reTHINKit Media 503-867-2304 jennifer@rethinkitmedia.com

SOURCE The Linux Foundation

http://www.linuxfoundation.org

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Distributed Linux Testing Platform KernelCI Secures Funding and Long-Term Sustainability as New Linux Foundation Project - PRNewswire