The data-quality layer for AI training

Better data.
Better AI.
In production.

The data-centric AI platform for physical and industrial AI, from a data scientist’s first integration to every model running in the field.

Redundancy, label noise, and coverage gaps hold accuracy back. Curation fixes what volume can’t.

Works with the tools you already use

PyTorch TensorFlow Ultralytics YOLO HuggingFace SAM 3
Your data never leaves
your infrastructure.
Security & trust →

In production across energy, aerospace, agri and industrial AI

Equinor
Mitsubishi Electric
eSmart Systems
Wenn
Clockworks
Roboxi
Brambles
Helin
JotVision

The constraint

Computer-vision AI isn’t bottlenecked by the model.
It’s bottlenecked by the data.

01

Mislabels and noise hide in plain sight

A few bad labels can steer your model wrong, and overall metrics never reveal them.

02

Domain shift breaks deployed models

A model that scores well in testing can quietly lose accuracy once it meets new sensors, lighting, and conditions in the field.

03

More data isn’t the fix

When most of your data adds little, collecting more of it doesn’t help. Better data beats more data.

What 3LC is

Per-sample, per-epoch visibility inside your existing training loop.

Three lines of Python. No rewrite of training loop, model, or dataloaders.

View every sample’s contribution to model error. Mislabels, edge cases, drift: surfaced and ranked.

Curate, edit, retrain. Browse and filter training data, fix labels, weight samples, and run again, immediately.

Your data never leaves. Air-gapped, on-premise, or cloud-native: runs wherever your data lives, with full audit lineage.

python · metrics collection
import tlc

# 1 · wrap your dataset as a 3LC Table
table = tlc.Table.from_image_folder("data/damage-detection")

# 2 · describe the per-sample metrics to collect
def metrics(batch, output):
    return {"loss": loss_fn(output, batch),
            "confidence": output.softmax(-1).max(-1).values}

# 3 · one inference pass → per-sample metrics in a Run
tlc.collect_metrics(table, metrics, model)

The pilot delivered immediate and measurable results — and is now integrated into multiple solutions across Equinor.

Kivanc Biber

Team Leader, Computer Vision, Industrial Automation & Autonomy, Equinor

Production outcomes

Numbers from real deployments.

Headline outcome

97%

Less training data, same accuracy. Major aerospace & defense client.

Equinor · pilot to production in under a year →
30%

Average accuracy improvement

Equinor · 33% time reduction

$38k+

Saved per data scientist · per year

eSmart Systems · energy infrastructure

75%

Faster training cycles

Wenn · damage detection

30×

Fewer false positives in the field

Get started

Better data.
Better AI.
In production.

3LC
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