CryWhy
Understand your baby's cry with on-device AI that knows when it's confident and when it's not.
Free 3-day trial. Analysis runs on your phone. Saved cries sync to your account.
Understand your baby's cry with on-device AI that knows when it's confident and when it's not.
Free 3-day trial. Analysis runs on your phone. Saved cries sync to your account.
New parents deserve more than a random label on every sound. Most “cry translator” apps run a generic audio classifier, output a confident-looking answer regardless of signal quality, and hope for the best. That creates false hope when it's right and real frustration when it's wrong.
CryWhy takes a different approach: a purpose-built cry detection and reasoning pipeline that only speaks when it has enough evidence. When the recording is too noisy, too short, or too ambiguous, it says so. That honesty is the foundation everything else is built on.
Every recording passes through the same pipeline. Each stage can reject the signal, so only high-quality evidence reaches the final answer.
A dedicated detector verifies whether the recording contains a real baby cry before any translation runs.
The strongest cry bursts are isolated. Silence, background noise, and weak fragments are filtered out.
Multiple cry segments are scored together so the result comes from pattern consistency, not one lucky frame.
If the evidence is contradictory or too weak, CryWhy returns Unclear rather than manufacturing certainty.
Parents don't record in lab conditions. Real clips include speech, background noise, partial cries, and mixed signals. A generic model collapses those into confident-looking guesses because it has no cry gate, no segment selection, and no way to say “I'm not sure.”
CryWhy runs ONNX-optimized models directly on the device. No cloud round-trip for analysis, no latency. Saved recordings sync to your account so you can access your cry history across devices. The models are downloaded once and encrypted at rest.
Raw audio is resampled to 16 kHz, converted to mel-spectrograms with cry-tuned frequency bands, then windowed into overlapping segments. Each segment is scored independently before aggregation, so transient noise spikes can't dominate the result.
The primary reason model and a secondary expert model are blended with configurable weights. The ensemble reduces single-model bias and improves consistency across different cry types and recording conditions.
A result is only surfaced when the top prediction exceeds a probability threshold AND the gap between the first and second choice is wide enough. If either check fails, CryWhy shows its best guess with a “Best match” label instead of pretending to be certain.
CryWhy listens, analyzes, and gives you an honest answer. Free for 3 days, no account needed.
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