So, what does this all mean for you, the person actually typing code? It means headaches. Big ones. Policymakers, bless their well-intentioned hearts, are cooking up laws to ‘protect kids online.’ Noble goal, sure. But when you start demanding operating systems collect and transmit age data, or forcing app stores to be gatekeepers, you’re not just making life harder for TikTok—you’re actively poking the bear that is open-source software. Think about it: the entire ethos of open source is about freedom, collaboration, and decentralized control. Now, suddenly, we’re talking about requiring individual developers or small communities, who might be the stewards of a niche library that, I don’t know, helps parse CSV files, to become de facto age verifiers? It’s a recipe for chaos, and frankly, it’s baffling.
Look, nobody’s arguing that the internet isn’t a minefield for young people. Grooming, awful content, cyberbullying – it’s all real. And yes, participation in online communities, including coding ones, can be genuinely beneficial. The problem is that policymakers are often miles away from the practical realities of how software, especially open source, is built and distributed. They see a problem, they want a quick fix, and they end up proposing solutions that are about as nuanced as a sledgehammer.
It’s all under the banner of ‘age assurance,’ which sounds fancy, right? It can range from a kid just clicking ‘I’m over 18’ (self-attestation, a totally reliable method, wink wink) to the full monty of photo IDs and facial scanning for ‘age verification.’ Then you’ve got ‘age estimation,’ which is basically educated guesswork. The problem isn’t just the tech; it’s the imposition of these systems on infrastructure that wasn’t designed for it. Mandating that operating systems centralize user data or that software only comes from curated stores? That’s a direct assault on the decentralized, user-empowered nature of open source. It’s like telling a blacksmith they need to install a retina scanner on every hammer they forge.
And let’s not forget the sheer diversity of the open-source ecosystem. We’re not just talking about massive projects. We’re talking about individuals, small collectives, people contributing in their spare time. Imposing burdensome compliance on them isn’t just inconvenient; it could be the death knell for many vital but smaller projects. Preserving that diversity is paramount, and these laws, as currently drafted in some places, seem intent on bulldozing it.
“When trying to strike a balance between freedom and protection, policymakers are not always aware of how their proposals could affect developers or how the open source ecosystem operates.”
It’s not like companies like GitHub haven’t been in these conversations. They’ve been trying to explain to governments why, no, a platform for collaborative code writing shouldn’t be lumped in with social media platforms that host user-generated content. And sometimes, they’ve succeeded. Some legislation has carved out exemptions for code collaboration sites, recognizing the distinct nature of open-source development. France’s social media law, for instance, has these exclusions, as does the EU Copyright Directive. It shows that some policymakers do get it. They understand the public good derived from open source – the innovation, the security benefits, the educational opportunities. They grasp that the risks aren’t equivalent.
But the trend is concerning. We’re seeing more laws aiming for child safety by targeting different layers of the tech stack, from the OS level down. This leaves developers and infrastructure providers scrambling to figure out how these rules apply. Will your favorite compiler suddenly need to verify user ages? It’s a valid question, and the uncertainty is the real killer.
Why Does This Matter for Developers?
At its core, this is about the future of software development. If open-source projects become too complex and risky to maintain due to compliance burdens, what happens? Development slows down. Innovation stagnates. Essential tools might disappear. Consider the California AB 1043 or Colorado SB 26-051 legislation. They’re mandating OS providers and app stores collect and transmit age signals. For a consumer app, that might be manageable. For a developer contributing to a low-level library or a command-line tool? It’s a whole different ballgame. Suddenly, you’re not just writing code; you’re potentially operating a data collection agency, whether you want to or not.
This isn’t just about a few extra lines of code. It’s about who controls software distribution and how it’s managed. Centralized control means less freedom for users and developers alike. It’s a slow march away from the open, collaborative spirit that gave us much of the digital world we rely on. And for what? To put up a bureaucratic speed bump that determined bad actors will likely find a way around anyway, while punishing the legitimate ecosystem.
What Can Developers Do?
Ignoring this isn’t an option. The DevTools Feed has always been about looking past the PR fluff and understanding the real-world implications. This is one of those times. Your engagement matters. Understanding the nuances of these laws – how they’re scoped, what they actually require, and who they target – is the first step. Pushing back against overly broad mandates and advocating for sensible, targeted regulations that respect the nature of open source is crucial. Engage with your platform providers, contribute to discussions, and make your voice heard. Because if you don’t, someone else will decide the future of your work for you.
Age Assurance Proposals
- California AB 1043 (Digital Age Assurance Act) & AB 1856: Focuses on OS providers and app stores collecting self-declared age and transmitting an age-range signal to apps via an API.
- Colorado SB 26-051 (Age Attestation on Computing Devices): Mandates OS and app stores generate and share age information.
These are just two examples, and the landscape is constantly shifting. The key takeaway is the increasing pressure to embed age-related data collection and enforcement at the foundational layers of computing infrastructure.
