Gladia vs pyannoteAI
A side-by-side comparison of Gladia and pyannoteAI, drawn from Ignaite's continuously-verified listings.
Compared from listings verified as of
At a glance
| Attribute | Gladia | pyannoteAI |
|---|---|---|
| Category (differs) | Voice | Audio |
| Pricing | FREEMIUM | FREEMIUM |
| License (differs) | Proprietary | Open core |
| Deployment (differs) | Cloud | Hybrid |
| Platforms (differs) | API | API, CLI |
| Model support (differs) | Single model (proprietary) | Self-contained (on-device) |
| Vendor (differs) | Gladia | pyannoteAI |
| Capabilities (differs) |
|
|
The honest brief
Gladia
Sub-300ms multilingual real-time transcription with EU data residency — a GDPR-friendly alternative to US-hosted Deepgram and AssemblyAI.
- Low-latency real-time streaming
- 100+ languages with strong accent handling
- GDPR, HIPAA, and SOC 2 compliant
- Generous free tier and pay-as-you-go
- API-only, no end-user app
- Proprietary models
- Younger than incumbent STT rivals
pyannoteAI
Best-in-class speaker diarization — its premium model beats open-source baselines by ~20% while running roughly 2x faster.
- State-of-the-art diarization accuracy
- Fast, near real-time processing
- Language-agnostic speaker intelligence
- Separates overlapping voices
- Diarization only, not transcription
- Top accuracy needs the paid API
- Self-hosting needs ML ops
- Tuning needed for hard audio
When to pick which
They share capabilities, but each leads with different ones as a headline job:
Gladia is built around Transcription (STT).
- Transcription (STT) (primary capability)
pyannoteAI is built around Speaker diarization.
- Speaker diarization (primary capability)
They also differ on:
- License
- Proprietary · Open core
- Deployment
- Cloud · Hybrid
- Platforms
- API · API, CLI
- Model support
- Single model (proprietary) · Self-contained (on-device)
Their capability lists differ in recorded depth — compare the full lists above before deciding.