Open-Source: No Winners No Losers
Open-Source: No Winners No Losers
Table of contents:-
The Roots of an Unlikely Revolution
Rules of the Road: Licences, Freedoms, and Responsibilities
A Global Commons — and Its Growing Pains
Beyond Software: Open Hardware and the Road Ahead
The Roots of an Unlikely Revolution
It started not with a manifesto, but with a memo. In 1969, engineers at AT&T's Bell Labs in Murray Hill, New Jersey, quietly produced a small, elegant operating system they called UNIX. Nobody could have predicted that this internal tool would eventually seed a global movement touching billions of devices, powering the world's critical infrastructure, and reshaping how human beings think about collaboration and shared knowledge.
The academic community, led by the University of California, Berkeley, developed a significant variant called the Berkeley Software Distribution (BSD), while AT&T continued developing UNIX under the names "System III" and later "System V". Through the late 1980s and into the early 1990s, a fierce rivalry between these two major strains played out — and after many years each variant adopted many of the key features of the other. The result was less a victory for either camp and more a quiet merger of ideas. That pattern — apparent competition resolving into mutual enrichment — would prove to be the defining characteristic of the entire open-source world.
BSD systems became renowned for their organisation and performance: reliability as a server in the case of FreeBSD, portability across hardware architectures for NetBSD, and a fierce focus on security for OpenBSD. Their exceptional stability allowed them to operate for extremely long periods without stopping or restarting. Meanwhile, in 1991, a Finnish computer science student named Linus Torvalds announced he was building a free operating system kernel — "just a hobby, won't be big and professional like gnu" — and combined it with tools from Richard Stallman's GNU Project to produce what the world would come to know as Linux.
The philosophy underpinning all of this was deceptively simple. As Douglas McIlroy, former head of Bell Labs Computing Sciences Research Center, put it: "Write programs that do one thing and do it well. Write programs to work together. Write programs to handle text streams, because that is a universal interface." This Unix philosophy — modular, composable, transparent — became the intellectual DNA of the open-source movement before the term "open source" was even coined.
Open source is a term that applies to software for which the source code is freely available for anyone to download, modify, and redistribute. The open-source and free software development models started with the Free Software Foundation and were popularised with Linux. They represent a totally different way of producing software that opens up every aspect of development, debugging, testing, and study to anyone with enough interest in doing so.
The crucial distinction between "free software" (emphasising ethical freedom, as championed by the FSF) and "open source" (a more pragmatic, development-model framing, popularised from 1998 onwards) has generated decades of spirited debate. But in practice the communities overlap enormously, and the output — vast libraries of freely available, inspectable, modifiable code — is what matters most to the people actually using it.
Rules of the Road: Licences, Freedoms, and Responsibilities
If source code is the raw material of open-source software, then the licence is the legal contract that governs what everyone can do with it. Getting to grips with the main licence families is genuinely useful for anyone — individual hobbyist, small business, or global enterprise — who uses, contributes to, or ships open-source software.
Open-source licences are licences that comply with the Open Source Definition — in brief, they allow software to be freely used, modified, and shared. To be approved by the Open Source Initiative (OSI), a licence must go through the OSI's licence review process.
The two dominant families are copyleft and permissive. The GNU General Public Licence (GPL) preserves licence notifications and copyright terms and is suitable for commercial, patent, and private use. Any software that uses GPL code must distribute all its source code under the same licence — a restriction that makes the GPL a strong copyleft licence. This "share-alike" quality is by design: it ensures that improvements to GPL-licensed software remain available to everyone, preventing the code from being absorbed into closed, proprietary products without anything being given back.
Permissive licences take a different approach. The BSD 3-Clause licence is a permissive open-source licence that allows redistribution and use of software in source or binary form, with minimal restrictions including preserving copyright notices, prohibiting the use of licensors' names for promotion without permission, and disclaiming liability. The Apache 2.0 licence adds explicit patent protection on top of similar permissive terms — an important consideration for corporate legal teams. The most popular licences in 2025 include the MIT licence, Apache 2.0, BSD licences (3-clause and 2-clause), and the GNU General Public Licence (versions 2.0 and 3.0). These continue to lead as the go-to choices for countless open-source projects worldwide.
Neither family is "better" in any absolute sense. A solo developer building a library they want the widest possible world to use will often reach for MIT. A community project that wants to ensure its work can never be enclosed by a single corporation will likely choose GPL. A hardware company building products on open-source foundations will gravitate towards permissive BSD or Apache 2.0 terms. The choice reflects values as much as strategy — and that is exactly as it should be.
FreeBSD, for instance, prioritises the BSD licence for virtually all its components, including the C compiler stack used to build it. This licensing model, known for its permissiveness, allows for almost unrestricted software use, modification, and distribution. Efforts to minimise GPL-licensed components underscore FreeBSD's dedication to maintaining a base system that is as open and free as possible, promoting an environment ripe for innovation and collaboration.
One thing worth remembering: the existence of multiple licence families is not a weakness of the open-source world. It is evidence of its maturity. Different communities have thought carefully about what they value and chosen the legal instrument that best expresses those values.
A Global Commons — and Its Growing Pains
The scale of open-source adoption in 2025 is genuinely staggering, and the numbers deserve to be read slowly. According to the 2025 State of Open-Source Report by Perforce, 96% of organisations increased or maintained their use of open-source software in the past year, with over a quarter — 25.71% — reporting a significant increase. This surge is consistent across company sizes, although the largest enterprises (over 5,000 employees) showed the most substantial growth, with 68% increasing or significantly increasing their open-source software usage.
Open source has achieved substantial penetration across the core components of enterprise technology stacks: operating systems (55%), cloud and container technologies (49%), web and application development (46%), database and data management (45%), DevOps (45%), and AI and machine learning (40%). When asked how open source benefits their organisations, respondents pointed to improved productivity (86%), reduced vendor lock-in (84%), lower cost of software ownership (84%), and facilitated innovation (82%).
As Jim Zemlin of the Linux Foundation has written, open source is part of a long tradition of collaborative innovation. The explosive growth of the Internet and World Wide Web is one concrete example: once widely embraced in the 1990s, everyone could finally communicate with each other and access information because they were all using the same standards based on open-source implementations of their key protocols.
This success, however, has created genuine responsibilities that the community is still working out how to meet. Software supply chain attacks are expected to increase due to the growing reliance on open-source libraries and the rise of sophisticated attack methods including phishing and social engineering. As we enter the mid-2020s, open-source software is at a critical juncture: threats are becoming more sophisticated, driven by state actors, the misuse of AI tools, and a focus on supply chain interference designed to inflict maximum damage.
The XZ Utils backdoor incident of 2024 — in which a patient, long-running social engineering attack came within a whisker of compromising a widely deployed compression library — was a sobering reminder that the very openness that makes open-source software trustworthy can also be exploited. The 2025 World of Open Source Survey concluded that while open-source software has achieved mission-critical status, organisational maturity significantly lags behind adoption. This disconnect creates significant business risks: organisations depend on foundational technologies they cannot adequately assess, understand, or strategically influence.
The answers being developed — Open Source Programme Offices (OSPOs), Software Bills of Materials (SBOMs), systematic security assessment frameworks, memory-safe programming languages — are themselves largely community-driven. Open-source security is not a problem that can be solved by one company or one government. It is, like the software itself, a collective endeavour.
Beyond Software: Open Hardware and the Road Ahead
The open-source philosophy has not stayed confined to software. Its most exciting current frontier is silicon itself. At the centre of the open-source hardware movement sits RISC-V, an open instruction set architecture that provides a foundation for custom chip design without the licensing fees that have defined the semiconductor industry for decades. The potential implications are hard to ignore: lower barriers to entry for hardware startups, reduced dependency on any single vendor's ecosystem, and the possibility of community-driven innovation happening at the silicon level.
RISC-V is often hailed as the "Linux of hardware," signifying its role in democratising chip design and fostering an equitable, collaborative AI and machine learning landscape, much as Linux transformed the software world. By providing a royalty-free, open-standard foundation, RISC-V is allowing major industry players to bypass expensive licensing fees and geopolitical supply chain vulnerabilities, ushering in an era of unprecedented silicon customisation.
The open-source world has also become the engine room of artificial intelligence. AI and machine learning is now one of the technology categories that benefits most from open source, cited by 38% of respondents, ahead of operating systems (36%) and cybersecurity (26%). Foundational model weights, training datasets, and inference frameworks are all circulating through open-source channels, democratising access to AI capabilities that were, just a few years ago, the exclusive preserve of the best-resourced technology companies on earth.
What all of this points to is a single, durable truth: the open-source model is not a niche preference of technically minded idealists. It is the substrate on which modern computing is built. The smartphones in our pockets run Linux kernels. The servers powering the cloud run Linux. The routers directing internet traffic run BSD derivatives. The AI tools reshaping industries are trained on open-source frameworks. The chips that will power the next generation of AI hardware are increasingly designed on open-source architectures.
Conclusion
The title of this article is deliberately provocative, because the discourse around open source is so often framed in competitive terms — BSD versus Linux, GPL versus permissive, open versus proprietary. But the deeper story is one of accretion and collaboration. While the world was watching other technology battles play out, Linus Torvalds published the first version of a kernel for a Unix-like operating system, and the free and open-source movement was gaining traction — quietly, persistently, and with compounding force.
Whether you are running FreeBSD on a hardened server, Debian on a home workstation, OpenBSD on a firewall, Arch on a developer laptop, or a lightweight independent distribution on a ten-year-old machine you refuse to throw away — you are participating in one of the most successful examples of collaborative human endeavour in the history of technology. There are no winners and losers here. There is only the commons, and the responsibility all of us share to tend it well.
Disclaimer
All trade names, trademarks, and registered trademarks mentioned in this article — including but not limited to UNIX®, Linux®, FreeBSD®, OpenBSD®, NetBSD®, GNU®, RISC-V®, Android®, POSIX®, GitHub®, and all associated project and product names — remain the property of their respective owners. The Distrowrite Project has made every reasonable effort to ensure the accuracy and factual integrity of the content published herein; however, we make no warranty, express or implied, as to its completeness or fitness for any particular purpose. Nothing in this article constitutes legal, technical, or professional advice. The Distrowrite Project does not endorse, promote, or condone any activities involving malware, viruses, ransomware, exploits, or any other harmful content that may compromise the integrity, security, or availability of networks, devices, systems, or other infrastructure.
References:-
FreeBSD: The torchbearer of the original operating system distribution
Predictions for Open Source Security in 2025: AI, State Actors, and Supply Chains
2.1. History of Unix, Linux, and Open Source / Free Software
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