Open Mobile. Your Phone, Your Rules.
US carriers increasingly decide which phones get service through whitelists, VoLTE certification, and IMEI checks. Here's how the gatekeeping works, how to test compatibility before you flash a ROM, and what open-source phone users can do about it.
A phone doesn't become garbage when the warranty expires. It becomes a maintenance project. Here's the practical afterlife of an open-source device: batteries, parts, community ROMs, and the US repair rules that decide whether you keep it or lose it.
A de-Googled phone still depends on carrier account security. SIM-swap attacks can take over your number in minutes, which means your texts, calls, and account recovery are suddenly someone else's. Here's how US users can lock down a mobile line without relying on Big Tech.
Carriers pitch eSIM as instant switching. For open-source phone users, activation and transfer often run through apps and servers they do not control. Here is the ownership problem, and what a portable SIM stack should look like.
Corporate fleets retire thousands of capable phones every year, and many land in US resale channels for under $100. Here is how to spot a business-grade model worth rescuing and turn it into a reliable QtMoko daily driver.
US carriers and handset makers are pushing always-on AI into the dialer, keyboard, and camera. Here is what those features collect, where the data goes, and how a QtMoko-style setup keeps assistants local, visible, and removable.
We took a QtMoko device through DFW, O'Hare, and a hotel conference center to find out exactly where an open-source phone shines on the road — and where it stumbles. Here's the honest play-by-play, plus the workarounds that saved us.
Factory resets don't remove stalkerware, and 'just get a burner' advice misses the point. A look at how shelter staff and digital-security trainers are turning to open-source operating systems to cut covert tracking out of survivors' lives entirely.
Open-source phones aren't for everyone — except when they're exactly right. Five real scenarios where the 'underdog' OS quietly outperformed the flagship in your pocket.
The two-year phone lifespan is a recent invention, and history proves it. If a 20-year-old Linux server can still run a hospital's records, why does your flagship die at 36 months?
We put QtMoko through a battery of worst-case scenarios — a dead grid, a missing wallet, a lonely stretch of Nevada highway — to find out if an open-source phone can hold up when it counts. The results were mostly reassuring, occasionally humbling, and always interesting.
Schools across the US are handing out tracking-heavy apps and device requirements, and parents are pushing back with a surprising tool: cheap, open-source phones configured from the ground up for privacy. Here's how families are doing it — and the honest trade-offs they're weighing.
Every family has one person who fixes everyone's phones. But what happens when you hand your mom a QtMoko device and she calls you from three time zones away? A weekend experiment in converting one willing parent, one very unwilling uncle, and what I learned about the limits of remote tech support.
We handed a spreadsheet to a real user who ditched her flagship plan for an open-source phone and a budget MVNO. Every dollar saved, every dollar spent, itemized over 30 days — then projected across three years. The numbers surprised even us.
There's a good chance you're sitting on a perfectly usable phone right now — it's just buried under a drawer of charging cables. Here's how to figure out whether your retired handset can run an open-source OS, and how to bring it back to life without spending a dime on new hardware.
For every open-source mobile OS that's still running today, there are a dozen that burned bright and disappeared quietly. We dug into the wreckage to figure out what actually kills these projects — and what the survivors are doing that everyone else missed.
Every flagship phone ships stuffed with features you'll never open, animations you'll never notice, and daemons running quietly in the background eating your battery and your privacy. Open-source mobile takes a different bet — build only what you actually need, and let the user decide the rest.
Apple and Google have spent years convincing us that a single, corporate-controlled storefront is the only safe way to get software onto your phone. A growing coalition of developers, open-source advocates, and fed-up users is proving them wrong — and building something genuinely better in the process.
The flagship phone industry keeps selling you bigger and bigger batteries like that's the solution to your dead-phone-at-3pm problem. But what if the battery was never really the problem? A closer look at what's actually draining your phone reveals that proprietary software is the real culprit — and open-source kernels are already winning the fight.
Smartphone makers keep stacking cores and cramming in RAM, but closed-source software eats those resources before you ever touch them. Open-source operating systems tell a very different story — one where older, cheaper hardware regularly runs circles around brand-new flagships.