01
Beta Testing
Flash early builds before public release. Test stability, battery, performance, and daily usability in real conditions.
01 / Origin
The Whyred made me rigorous.
A long-running experiment in what careful testing can reveal.
In 2018, I had a Redmi Note 5 Pro — the Whyred. Snapdragon 636, stock clock 1.8GHz, Adreno 509 GPU. Mid-range on paper. A beast in my hands.
I didn't just flash ROMs on it. I overclocked the Snapdragon 636 from 1.8GHz to 2.2GHz with custom kernels, effectively unlocking Snapdragon 660 speeds on a budget phone.
Corvus OS, OxygenOS unofficial, Mint OS, MIUI ports, Pixel Experience, Arrow OS, LineageOS, Evolution X, Havoc OS, crDroid and more — if it existed for Whyred, I flashed it, broke it, and reported what I found.
I'm not the one who writes the code. I'm the one who makes sure the code doesn't embarrass the developer.
Every log pulled and every reproducible report built trust with ROM developers. The Whyred is still in my hands, still in excellent condition, and still gets flashed. Some devices become part of the method.
Today I'm a BCA student at DSVV, Haridwar. My real classroom is still the bootloader.
02 / What I do
Quality control for the Android edge.
The useful space between a build being available and a build being ready.
02
Bug Reporting
Document bugs with full logs, steps to reproduce, and device context — reports developers can act on.
03
ROM Reviewing
Give honest reviews of custom ROM builds: what works, what does not, and whether they are daily-driver worthy.
04
Community Bridge
Translate technical issues into clear feedback that helps ROM developers and end users understand each other.
03 / Skills
A practical toolkit, built through repetition.
Testing & analysis
Beta testingBug reportingROM flashingStability testingPerformance analysisBattery testingLogcat readingBug reproductionRegression testing
Android tools
TWRP / Custom RecoveryADB & FastbootMagisk & RootLSPosed modulesAPK sideloadingAndroid debuggingBootloader unlockingCustom kernels
Documentation
Bug report writingChangelog readingROM reviewingCommunity feedbackTechnical documentation
Programming / learning
Shell / BashGit & GitHubHTML & CSSC basicsPython basics
Working confidence
ROM testing & bug reporting96%
Kernel overclocking92%
Performance analysis94%
System diagnostics90%
02 / What I do
The lab is small. The coverage is not.
A current rotation of devices, tools, and the legacy hardware that started everything.
Legacy device
Still activeRedmi Note 5 Pro / Whyred
The device that became a testing methodology.
Year2018 → legacyChipSnapdragon 636Clock1.8GHz → 2.2GHzGPUAdreno 509Memory6GB / 64GBBattery4000mAh
Seven years, dozens of builds, and still the most honest device in the room.
ROM families
Tap any family to open its official home.
LineageOSPixel ExperienceOxygenOSColorOSEvolution XHavoc OScrDroidArrowOSCorvus OSMIUI portsAOSP ExtendedResurrection Remix
Tap a ROM family to visit its source
Current
Moto G86 Power
Primary device
- Chipset
- Dimensity 7400 Ultra
- Display
- 6.67” pOLED · 120Hz · 1.5K
- Battery
- 6720mAh · 30W charging
- Camera
- 50MP Sony LYTIA OIS
- Memory
- 8GB RAM · 256GB storage
- Software
- Android 15
Secondary
Redmi Note 5 Pro
Whyred legacy testing
- Chipset
- Snapdragon 636 · 1.8GHz
- Display
- 5.99” FHD+ IPS LCD
- Battery
- 4000mAh · 18W charging
- Camera
- 12MP + 5MP dual rear
- Memory
- 6GB RAM · 64GB storage
- Software
- MIUI · custom ROM testing
Third
OnePlus 13
Performance testing
- Chipset
- Snapdragon 8 Elite
- Display
- 6.82” 2K LTPO · 120Hz
- Battery
- 6000mAh · 100W charging
- Camera
- 50MP triple-camera system
- Memory
- 12GB RAM · 256GB storage
- Software
- OxygenOS
Fourth
Samsung Galaxy M56 5G
Midrange Samsung testing
- Chipset
- Exynos 1480
- Display
- 6.7” Super AMOLED+ · 120Hz
- Battery
- 5000mAh · 45W charging
- Camera
- 50MP OIS triple camera
- Memory
- 8GB RAM · 128GB storage
- Software
- Android · One UI
Fifth
Moto Edge 50 Ultra
Wood-finish flagship testing
- Chipset
- Snapdragon 8s Gen 3
- Display
- 6.67” Super HD pOLED · 144Hz
- Battery
- 4500mAh · 125W charging
- Camera
- 50MP triple camera · 3x telephoto
- Memory
- 12GB RAM · 512GB storage
- Software
- Android 14
Sixth
OnePlus Nord 2T 5G
Dimensity and OxygenOS testing
- Chipset
- MediaTek Dimensity 1300
- Display
- 6.43” AMOLED · 90Hz
- Battery
- 4500mAh · 80W charging
- Camera
- 50MP Sony IMX766 OIS
- Memory
- 8GB RAM · 128GB storage
- Software
- OxygenOS
Tools
Recovery
TWRP
Root
Magisk
Kernel
Custom OC kernel
Editor
VS Code
Terminal
Bash
OS
Linux / Android
Working principle
Every ROM gets a clean install, a real workload, and a report someone else can reproduce.
05 / Connect
Let's make the next build better.
ROM developer looking for a tester? I'm available for thoughtful beta work, reproducible bug reports, and honest technical feedback.
Open to Android testing collaborations