Open Source or Priority Software
Open Source or Priority Software: Why I Choose Open Source
For me, the way I view the world of software has changed dramatically over the last decade. I first dipped my toes into open source roughly eight to ten years ago, mostly out of curiosity, but these days, I actively look for an open source alternative to nearly every software requirement I have. From photo editing to music management, network tools to retro hardware, the open source ecosystem has proven to be not just viable, but often superior in flexibility, longevity, and community-driven innovation.
Naturally, this raises the question: why? Friends, family, and colleagues often ask me why I bother going through the extra effort to install, configure, and sometimes troubleshoot open source software when a polished, commercial, “priority” option is just a click away.
The answer isn’t simple, but it’s rooted in the sense of empowerment, understanding, and creativity that comes with open source.
The Joy (and Frustration) of DIY Software
I won’t pretend it’s always smooth sailing. I’ve had my fair share of battles: Nginx servers clashing with Docker containers, dependency issues that only show up in the middle of a deployment, and software that doesn’t quite behave as advertised. And yet, there’s a unique thrill in solving these problems yourself.
Clicking “Yes, accept, next” in a commercial installer might be easier, but it rarely teaches you anything. Open source forces you to engage with your tools. When you install Darktable for photo editing and spend a few hours tweaking the color profiles, learning how layers and masks work, or diving into RAW processing pipelines, you aren’t just using software you’re understanding it. You learn how to troubleshoot when a plugin misbehaves, how to optimize performance on older hardware, and often, how to extend the software beyond what you thought was possible.
This process of learning is, for me, one of the strongest arguments in favor of open source. Every problem solved isn’t just a solution to a task; it’s a skill gained, a concept understood, a confidence boost that you didn’t get from clicking “Install.”
What is Open Source, and Is It Safe?
The next question I’m frequently asked is: “What is open source, and is it safe?”
Open source software is defined by one simple principle: the source code is available for anyone to inspect, modify, and redistribute. This transparency is what makes it inherently safer than many proprietary options. In theory, nothing is hidden. If a malicious actor tried to insert something harmful into a widely used open source project, it’s likely that the community of developers and users would spot it quickly.
However, like all software, safety depends on context. Downloading software from official repositories, GitHub releases, or trusted package managers is key. Random downloads from shady websites are just as risky for open source as they are for commercial software.
The beauty of open source is that it encourages trust through visibility. You don’t have to rely on a marketing team or glossy website; you can see exactly what the software does, how it works, and even modify it to suit your needs.
Open Source in Everyday Life
Open source isn’t just about servers and developers tinkering in basements it touches nearly every aspect of daily digital life. Let’s look at some examples of how open source software is used across different domains.
Photography: Darktable
For photographers, especially those using Linux or preferring an open ecosystem, Darktable is a revelation. It’s a RAW photo editor that rivals Adobe Lightroom in functionality but is completely free. Darktable supports advanced color grading, tethered shooting, and customizable workflows.
One of my favorite things about Darktable is its community-driven nature. Modules are constantly added, tutorials are created by other users, and advanced photographers share LUTs, styles, and scripts for automation. Unlike commercial software, you aren’t locked into a subscription, and you can extend the software to fit your specific workflow.
Music: PlatinumMD and Other Audio Tools
Music enthusiasts are also well-served by open source. PlatinumMD is a fantastic tool for managing NetMD devices and personal music libraries, bridging old Sony hardware with modern workflows.
Other notable tools include Audacity, a free and powerful digital audio editor, and LMMS, which allows you to compose music in a fully open environment. From recording podcasts to producing beats, open source tools often outperform commercial equivalents in terms of customizability and community support.
Productivity: LibreOffice and OnlyOffice
For office work, LibreOffice has long been the go-to open source suite, offering word processing, spreadsheets, presentations, and more. OnlyOffice is another strong contender, especially when collaborative document editing is required. Both provide a fully functional alternative to Microsoft Office without locking you into a subscription model or proprietary file formats.
Design and 3D: Blender
Blender is arguably one of the crown jewels of open source software. This 3D creation suite is capable of everything from modeling and sculpting to animation and video editing. Studios, freelancers, and hobbyists alike rely on Blender, and its success is a testament to the power of community-driven development.
Blender’s development model is fascinating: the software is built by volunteers and funded partially through donations, yet it competes head-to-head with commercial tools costing thousands of dollars. The add-ons ecosystem alone showcases the ingenuity of the open source model.
Web and Development: VS Code, Git, and Nginx
Open source dominates the web development space. Tools like Visual Studio Code (open source at its core), Git, Node.js, and Nginx provide developers with powerful, flexible platforms to build modern applications. Git, in particular, revolutionized software development by making version control accessible and collaborative.
Open source web frameworks, such as Django and Laravel, have also made it easier than ever to build robust applications without expensive licensing. The beauty here is that every line of code is inspectable, meaning security issues can be found and patched by the global community.
The Power of Community
Perhaps the most underrated aspect of open source is the community. Unlike closed-source software, open source thrives on collaboration, sharing, and collective problem-solving. GitHub, GitLab, and similar platforms aren’t just hosting services they are hubs where innovation happens.
Communities allow projects to survive far longer than many commercial products. A small team might maintain an editor for decades, adding features and fixing bugs, whereas commercial software often disappears if it’s no longer profitable. Open source communities also enable retrofitting old technology for modern use.
Open Source and Retro Tech
Speaking of old tech, one of the most exciting aspects of open source is its ability to breathe new life into vintage hardware. Take the GameBoy, for instance. While originally released in 1989, open source projects have enabled enthusiasts to run new applications, emulators, and even modern games on this classic device.
Similarly, Raspberry Pi projects, Arduino kits, and other DIY electronics benefit immensely from open source libraries and tools. Retro computing communities thrive because people can inspect, modify, and share code meaning that hardware designed decades ago can still be useful in 2025.
Other examples include:
OpenEmu: a multi-console emulator for macOS that allows you to play retro games in a modern interface.
Recalbox: an open-source platform turning old computers or SBCs into retro gaming consoles.
MiSTer FPGA: a hardware platform that uses open source cores to emulate classic computers and consoles with amazing accuracy.
Through these projects, open source doesn’t just create software it preserves history, culture, and hobbyist creativity.
Learning, Customization, and Control
Another huge advantage of open source software is that it offers learning opportunities that are impossible with closed-source alternatives. Whether you’re scripting automation, compiling from source, or tweaking configuration files, open source encourages you to understand the inner workings of your tools.
This level of control also opens the door to customization. You’re not stuck with a fixed feature set or a corporate roadmap. Want to tweak the user interface, add a plugin, or modify how a workflow behaves? You can do it. Communities are often supportive, with forums, GitHub issues, and Discord servers ready to help you implement changes.
Open Source in Specialized Fields
Open source also shines in niche or specialized areas where commercial software often doesn’t venture. A few examples include:
QGIS: a geographic information system that rivals ArcGIS for mapping, analysis, and geospatial data visualization.
KiCad: a PCB design suite used by hobbyists and professionals to design electronics from scratch.
GIMP: a photo editor rivaling Photoshop for many use cases, though with a steeper learning curve.
Home Assistant: a smart home automation platform that allows complete local control over devices, privacy, and automation scripts.
These examples show that open source isn’t limited to general-purpose tools. If you have a specialized need, chances are the community has already created an open solution or you can adapt one yourself.
Sustainability and Longevity
Open source software often outlasts commercial alternatives. A small team of dedicated developers can maintain a project for decades, whereas a company might discontinue a product after a few years due to low profits.
This is especially relevant when considering long-term workflows. Using open source ensures that your documents, projects, or data won’t be locked away behind proprietary formats or subscription models. You can migrate, modify, or even fork the software if needed.
The Future of Open Source
Looking forward, open source software is only going to become more important. Cloud platforms, AI tools, and IoT devices are increasingly built on open frameworks. Communities will continue to innovate, and the ability to extend, modify, and inspect code will remain a critical advantage.
For hobbyists, creatives, professionals, and tinkerers alike, open source offers freedom, longevity, and a chance to contribute to a global movement. From restoring old hardware like GameBoys to composing music, editing photos, and building software from scratch, open source empowers users in ways commercial software simply cannot.
Conclusion
Choosing open source isn’t always the easiest path there will be frustrations, obstacles, and learning curves. But the payoff is far greater than convenience alone. Open source teaches you, empowers you, and connects you to communities of like-minded individuals across the globe.
Whether it’s Darktable for photo editing, PlatinumMD for music, Blender for 3D modeling, or a Raspberry Pi project resurrecting vintage hardware, open source has proven itself as more than just software it’s a philosophy, a community, and a toolkit for creativity.
So next time someone asks why you’d choose open source over the commercial “priority” option, you can point to the skill you’ve learned, the hardware you’ve saved, the community you’ve joined, and the sheer joy of building, modifying, and understanding your own tools.
Open source isn’t just software. It’s empowerment. It’s preservation. It’s freedom. And for me, there’s no turning back.
