We started CommFlowOrg in 2019 because we kept seeing the same problem. Companies would launch apps that crashed, drained batteries, or just felt sluggish. Users would uninstall within days.
So we built a testing practice focused on real device behavior. Not just functionality checks, but how apps perform when your phone's at 15% battery, when you're switching between WiFi and mobile data, or when notifications start piling up.
Our founder, Siriporn Kittisak, spent eight years debugging mobile apps for Bangkok's fintech sector. She noticed testing teams were following checklists but missing the weird edge cases that only showed up in production.
Like the banking app that worked perfectly until someone tried using it on a bus moving through areas with spotty coverage. Or the food delivery app that would freeze if you backgrounded it for more than 90 seconds.
These weren't bugs you'd catch in a standard test suite. They required understanding how people actually use their phones throughout the day.
We test apps the way users actually experience them – not the way documentation says they should work.
By 2023, we'd built a testing framework that runs apps through hundreds of real-world scenarios. Battery drain tests. Network interruption simulations. Memory pressure situations when you've got 47 apps installed and 3% storage left.
Our team now includes developers who've worked on apps with millions of downloads, QA specialists from gaming companies, and performance engineers who previously optimized social media platforms.
What we don't do is promise to catch every possible bug. That's unrealistic. But we can tell you how your app behaves when conditions aren't ideal – which is most of the time for most users.
We've developed specific principles over six years of debugging thousands of apps. These aren't aspirational values – they're practical guidelines that shape every test we run.
Emulators are useful for development, but they don't capture how apps behave on actual hardware. We test on 140+ physical devices representing what users in Thailand actually own. That includes older models still widely used and budget phones with limited RAM. When we report performance issues, they reflect what your users will experience.
We don't test apps in pristine conditions that don't exist in real life. Our scenarios include background processes, interrupted network connections, and resource constraints.
When we log a bug, we include the exact sequence that triggered it, device specifications, network conditions, and what the user was likely trying to accomplish. Our reports help developers reproduce issues quickly instead of spending days trying to understand vague descriptions.
We're upfront about what we can and can't test. Some issues only appear at scale or require specific user behavior patterns we can't replicate. If we think you need additional testing approaches beyond what we offer, we'll tell you.
Our testing team includes specialists who've worked on mobile apps across different industries. They bring experience from companies where app performance directly impacted business results – payment processors, ride-sharing services, and enterprise software.
Siriporn spent 11 years debugging mobile applications for financial services companies before starting CommFlowOrg. She specializes in performance optimization and has identified critical bugs in payment processing apps used by over 2 million people. She developed our core testing methodology based on patterns she observed while working with development teams across Southeast Asia.
Aoibheann joined us from a gaming company where she optimized mobile games for devices with varying hardware capabilities. She runs our battery consumption analysis and memory profiling tests. Her background includes identifying performance bottlenecks in apps with complex real-time features and helping developers implement fixes that maintained functionality while reducing resource usage.
We integrate with your existing development workflow. Most teams start with a specific issue they're trying to solve, and we build testing protocols around those concerns.
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