ANDROID
→
Android Technician Center
Hardware diagnostics + Qualcomm / MediaTek / Unisoc + eMMC/UFS + fastboot / EDL / BROM + dynamic partitions.
QualcommMediaTekUnisocSamsung Exynos
PROFESSIONAL MOBILE REPAIR INTELLIGENCE
One bench. Four technician workflows.
Repair hardware faults, diagnose with measurements, build and flash firmware, and restore devices using structured evidence instead of trial-and-error.
REPAIRBoard-level fault finding
DIAGNOSEMeasurements & fault trees
FIRMWAREFinder & Downloads
RESTORERecovery & error decoding
BENCH SEARCH
Model • IC • Fault • Error • Panic • Partition • Measurement
Select a workflow or search a bench symptom.
START HERE
Choose the device platform
Android and iPhone use different boot architecture, storage, diagnostics and repair logic. AIFlasher keeps them separate at the workflow level.
iPHONE
→
iPhone Board Repair Center
Boot stages + DC current signatures + panic logs + restore errors + baseband + NAND + Face ID + known-good values.
Boot SequenceDC CurrentPanicRestore
DIAGNOSE
Start from what you see on the bench
No generic articles. Each path should lead from symptom to measurement to interpretation to the next test.
01
No Power / Dead
DC current • main rails • PMIC • reset • clocks • CPU/storage handshake
02
Charging / USB
VBUS • CC1/CC2 • DP/DM • battery ID • thermistor • charge path
03
Boot / Restart
Boot stage • firmware • storage • watchdog • thermal/sensor conditions
04
Network / Baseband
Modem power • RF rails • SIM • clocks • baseband communication
05
Display / Touch
Panel rails • reset • MIPI • touch bus • backlight • connector diode values
06
Storage / NAND
UFS • eMMC • NAND • ISP • health • boot LUN • RPMB • data integrity
07
Camera / Flash / OIS
Power rails • I²C • MIPI • sensor detect • actuator • flash control
08
Audio / Mic / Speaker
Codec • amp • I²S • microphones • receiver • speaker path
REPAIR
Board-level troubleshooting organized by subsystem
Each section is designed to eventually contain model-specific test points, expected voltages, diode values, current behavior and confirmed repair cases.
FLASH
Firmware intelligence, not just a download button
Analyze firmware structure, partitions and compatibility evidence before writing to a device.
Firmware Analyzer
Identify platform, partition layout, dynamic partitions, AVB/vbmeta, sparse images and filesystem type.
Super Image Builder
Rebuild Android dynamic partitions with metadata-aware validation and group sizing.
Storage Evidence
Separate firmware requirements, host limits and genuine device-keyed support evidence.
Flash Path
Route the technician through Fastboot, EDL, BROM, Download Mode or other supported service paths.
LIVE INTELLIGENCE CATALOG
OPEN FIRMWARE FINDER →Search reviewed firmware evidence
Model/build, storage, GPT/LUN, A/B, AVB and safety metadata — with compatibility kept separate from identity.
RESTORE
Recovery & restore intelligence
Decode failures before repeating the same restore process.
IC & STORAGE DATABASE
Bench lookup tools
Part identification should connect directly to repair and compatibility evidence.
01eMMC / UFS DecoderPart number • package • capacity • generationOPEN →
02Compatibility FinderHost limits • firmware evidence • donor confidenceOPEN →
03PMIC / Charging IC DBIC family • rail role • common faults • cross-referenceOPEN →
04Known-Good MeasurementsVoltage • diode • resistance • current signatureOPEN →
EVIDENCE STANDARD
Every diagnosis should be reproducible
AIFlasher pages should not stop at “replace this IC.” They should show why.
1SymptomExact failure condition
2Test PointWhere to measure
3ExpectedHealthy-board reference
4ObservedActual bench result
5InterpretationSubsystem implication
6Next TestSafest next action
REAL REPAIR CASES
Technician case archive
Structured forensic case records capturing raw board state, measured values, attempted operations, and verified repair results.
Dead / No Power
DC current signature → storage isolation → boot-port behavior → rail measurements.
View case structure →Boot / Panic / Restore
Current pattern → panic string → restore failure → subsystem validation.
View case structure →UFS / eMMC
Identity → health → LUN/boot partitions → host evidence → compatibility conclusion.
View case structure →