Wild Edge monitors every inference, captures what degrades, and builds a dataset from real failures and user feedback. Automatically.
Get StartedAdd the zero-dependency Wild Edge SDK. No changes to inference code.
Detect drift, latency degradation, and confidence shifts across all models before a support ticket lands.
Deep inference analytics
Latency, error rate, and drift broken down by device, OS, accelerator, and thermal state.
Agentic traces and reasoning chains
Every step of agentic pipelines: timing, tokens, cache hits, tool call sequences.
Filter production events by confidence, device, or outcome. Attach inputs. Build a dataset from real failures and user feedback.
Confidence-based event filtering
Slice production events by model confidence, device type, or outcome to seed your dataset.
Dataset quality and coverage
Confidence distribution and user corrections surface where the model is weakest.
Query the full inference history in plain language or SQL. Filter by hardware, model version, confidence score, or any field captured at inference time.
Python, Android, and iOS SDKs. No code changes for most setups.
Tools like Google AI Edge Portal measure a model on test devices before you ship. Wild Edge tells you what that model actually does once it is in your users' hands, and turns every failure into your next training example.
|
Wild Edge
Live edge monitoring
|
Benchmarking
Google AI Edge Portal
|
Benchmarking
Qualcomm AI Hub
|
|
|---|---|---|---|
| Stage | Live production monitoring |
Pre-deployment benchmarking |
Pre-deployment benchmarking |
| Devices | The real devices your users hold |
Rented lab fleet in Google's cloud |
Cloud-hosted Snapdragon device farm |
| Models | Custom & trained models, self-hosted LLMs, remote LLMs, agentic workflows |
LiteRT only |
ONNX, PyTorch & TFLite, Snapdragon targets |
| Platforms | Python, Android, iOS |
Android |
Snapdragon devices |
| Measures | Drift, latency, confidence shifts, agentic traces in the wild |
Latency & accelerator allocation in the lab |
On-device latency & profiling |
| Output | A live dashboard, plus training data from real edge cases |
A one-time benchmark report |
A one-time benchmark report |
| Feedback loop | User corrections flow straight into your training set |
Not part of the workflow |
Not part of the workflow |
| Your data | Structured telemetry by default, raw inputs stay on the device |
Models uploaded to Google's cloud |
Models uploaded to Qualcomm's cloud |
| Availability | Available now, instrument in minutes |
Private preview, allowlisted GCP customers |
Public and free, Snapdragon only |
Lab numbers tell you a model can work. Wild Edge tells you whether it is working, on which devices it is degrading, and exactly which inferences to retrain on.
Wild Edge runs entirely within your infrastructure. No inference data leaves the perimeter.
Runs inside your cloud account or private network. All ingestion, storage, and query traffic stays within the perimeter. Nothing crosses to a third-party cloud.
Full datacenter deployment with no external network dependencies. Meets strict data residency, sovereignty, and classification requirements.
Point Wild Edge at an existing object store. Data lands in the bucket, under your keys. Stop using Wild Edge and the data is still there, still queryable.
The SDK emits structured telemetry by default. Raw inputs and outputs are never captured unless the team explicitly enables it for a specific case.
Deployment model trusted by
Start free. Upgrade when you need more.
Find out what they're failing at before users notice.