AOSP & Native Frameworks
Subsystem architectures, native processes, JNI layers, and Binder IPC implementations for platform-scale Android distributions.
We help product teams ship AOSP and native Android work that survives CTS/VTS/GTS, HAL integration, upgrade pressure, performance regressions, and the debugging that comes with real hardware.
0cmlabs is an elite systems engineering collective with over a decade of domain expertise spanning Android internals, low-level native subsystems, media frameworks, custom hardware bring-ups, and compliance validation. Our team has built, led, and delivered foundational software layers at Samsung, Qualcomm, and Meta with hands-on ownership across architecture, performance, integration, and long-tail reliability at scale.
Subsystem architectures, native processes, JNI layers, and Binder IPC implementations for platform-scale Android distributions.
Audio, video, and camera pipelines, including AudioFlinger and AudioTrack optimization, custom Audio HALs, and low-latency DSP routing.
Enterprise platform bring-ups and extensive, cross-functional HIDL-to-AIDL stack transformations across vendor and framework boundaries.
Hardening platform distributions for CTS, VTS, and GTS compliance with test-pipeline orchestration that has delivered up to 80% runtime reduction.
The work usually starts with one of these pressure points, and we move quickly from diagnosis to platform-level remediation.
Stabilize compliance blockers, isolate regressions, and reduce noisy validation cycles.
Keep platform moves predictable across framework, vendor, and app-facing boundaries.
Trace low-level faults, tighten lifecycle handling, and eliminate repeat crash patterns.
Unblock HAL, framework, and SoC-specific dependencies that slow platform delivery.
Reduce memory churn, startup lag, and runtime overhead on constrained devices.
Make validation pipelines and bring-up flows more deterministic and easier to trust.
Bring us the platform problem, the failing device, or the upgrade that will not land cleanly.