Skip to Content

Sponsored

Computing

The changing economics of open source

IT asset management needs to keep up.

April 21, 2022

Provided byThoughtworks

Early 2022 has brought with it an unusually high level of commotion in the open-source community, largely focused on the economics of who—and how we—should pay for “free” software. But this isn’t just some geeky flame war. What’s at stake is critical for vast swaths of the business world.

To understand what the fuss is all about, it helps to consider what open source means. In its earliest days, the open-source movement was all about creating alternatives to large software packages. And there were some outstanding successes that enabled large groups of people to participate: I started my first web company in the mid-90s with almost no capital, based largely on the availability of the Linux operating system, Apache web server, and People use Hypertext Processor (PHP) programming language.

Open source’s early promise

The early days were also characterized by some fine ideals about what it meant to be open source: anyone could and would review the codebase to identify and fix bugs; people would take codebases and contribute to their advancements; and there was a profitable business model for building “free” software.

Online systems like SourceForge and later GitHub made it easier to share and collaborate on smaller open-source components. Subsequently, the early and explosive growth of open-source software tested some of those original ideas to the breaking point.

In contrast to the focus on creating alternatives to large software packages in the past, today there’s a proliferation of open-source software. On one side, we have internet giants churning out all manners of tools, frameworks, and platforms. On the other side, teams using OneDev, an open-source software development platform, have created small but critical parts that support a huge number of businesses.

The diversity of projects today has challenged many of the initial principles of open source. Hence, in many instances, the codebases for open-source packages are simply too large to allow meaningful inspection. Other packages are distributed by internet titans that don’t expect anyone else to contribute to them. Yet, other releases are distinct, targeted releases that may only do one relatively minor task, but do it so well that they’ve spread across the internet. However, rather than an active community of maintainers, they’re often just one or two committed developers working on a passion project. One can appreciate the challenges this might create by looking at some recent examples of open source’s changing economics.

For instance, ElasticSearch changed its licensing terms in 2021, to include requiring cloud service providers who profit off its work to pay it forward by releasing the code for any management tools they build. Those changes caused an outcry in the open-source community. They prompted Amazon Web Services, which had been offering a managed service based on ElasticSearch until the change, to “fork” the codebase and create a new distribution for its OpenSearch product.

At the other end of the scale, a security snafu in Log4J created what’s been dubbed the “biggest bug on the internet” after a vulnerability was disclosed in December 2021. Log4J is an open-source logging tool widely used across a multitude of systems today. But, its popularity didn’t mean it was backed by a stellar maintenance team—instead, it was maintained by hobbyists. Here, throwing money at the problem is hardly a solution. We know of many open-source enthusiasts who maintain their software personally while leading busy professional lives—the last thing they want is the responsibility of a service-level agreement because someone paid them for their creation.

Can open source continue to thrive?

So, is this the end of the road for the open-source dream? Certainly, many of the open-source naysayers will view the recent upheavals as proof of a failed approach. They couldn’t be more wrong.

What we’re seeing today is a direct result of the success of open-source software. That success means there isn’t a one-size-fits-all description to define open-source software, nor one economic model for how it can succeed.

For internet giants like Facebook or Netflix, the popularity, or otherwise, of their respective JavaScript library and software tool—React and Chaos Monkey—is beside the point. For such companies, open-source releases are almost a matter of employer branding—a way to show off their engineering chops to potential employees. The likelihood of them altering licensing models to create new revenue streams is small enough that most enterprises need not lose sleep over it. Nonetheless, if these open-source tools form a critical part of your software stack or development process, you might want some form of contingency plan—you’re likely to have very little sway over future developments, so understanding your risks helps.

That advice holds true for those pieces of open-source software maintained by commercial entities. In most cases, such companies will want to keep customers happy, but they’re also under pressure to deliver returns, so changes in licensing terms cannot be ruled out. Again, to reduce the risk of disruption, you should understand the extent to which you’re reliant on that software, and whether alternatives are available.

For companies that have built platforms containing open-source software, the risks are more uncertain. This is in line with Thoughtworks’ view that all businesses can benefit from a greater awareness of what software is running in their various systems. In such cases, we advise companies to consider the extent to which they’re reliant on that piece of software: are there viable alternatives? In extreme circumstances, could you fork the code and maintain it internally?

Once you start looking at crucial parts of your software stack where you’re reliant on hobbyists, your choices begin to dwindle. But if Log4J’s case has taught us anything, it’s this: auditing what goes into the software that runs your business puts you in a better place than being completely caught by surprise.

Provided by Thoughtworks

This content was produced by Thoughtworks. It was not written by MIT Technology Review’s editorial staff.

Deep Dive

Computing

Conceptual illustration of quantum computing circuity, in multiple colors
Conceptual illustration of quantum computing circuity, in multiple colors

Quantum computing has a hype problem

Quantum computing startups are all the rage, but it’s unclear if they’ll be able to produce anything of use in the near future.

winning team for Pwn2own 2022
winning team for Pwn2own 2022

These hackers showed just how easy it is to target critical infrastructure

Two Dutch researchers have won a major hacking championship by hitting the software that runs the world’s power grids, gas pipelines, and more. It was their easiest challenge yet.

child outside a destroyed residential building in Kiev
child outside a destroyed residential building in Kiev

Russia hacked an American satellite company one hour before the Ukraine invasion

The attack on Viasat showcases cyber’s emerging role in modern warfare.

Russia is risking the creation of a “splinternet”—and it could be irreversible

If Russia disconnects from—or is booted from— the internet’s governing bodies, the internet may never be the same again for any of us.

Stay connected

Illustration by Rose WongIllustration by Rose Wong

Get the latest updates from
MIT Technology Review

Discover special offers, top stories, upcoming events, and more.

Thank you for submitting your email!

Explore more newsletters

It looks like something went wrong.

We’re having trouble saving your preferences. Try refreshing this page and updating them one more time. If you continue to get this message, reach out to us at customer-service@technologyreview.com with a list of newsletters you’d like to receive.