Detect anything.
If you can see it, we can train it.

We build custom object-detection models for whatever matters to you — crops, defects, wildlife, medical instruments, cell types, tools, defects, damage. Anything visible, anything measurable.

Trusted by researchers, industrial ops, agtech, medtech, and defence teams for niche detection problems

Our approach

Three ways to tackle a custom detection problem.

Some problems are best solved with a foundation model plus a few examples. Others need full custom training. We help you pick.

Fastest

Zero-shot / Foundation

Send us a few reference images or a text description. We use foundation models to detect without heavy training — good for open-set exploration.

  • Days, not weeks
  • Great for scoping / prototyping
  • Handles unseen classes
Prototype fast →
Advanced

Segmentation / Keypoints

When bounding boxes aren't enough — instance segmentation, panoptic segmentation, or keypoint detection for pose, joints, and shapes.

  • Pixel-level masks
  • Keypoint / pose estimation
  • 3D-aware extensions
Discuss advanced tasks →
Deployment options

Pick your level of ownership.

From a fully managed pipeline to raw model weights on your servers — you choose how deep we go.

01

Hosted API

We host the model. You send images or streams, get detections back — with a dashboard if you want one.

REST APIBatchWebhooksSLA
02
Turn-key

Full-service Pipeline

Image collection, inference, results delivery — the whole loop. Great for research, audits, or one-off large studies.

Data collectionBatch inferenceStructured resultsReports
03

Model Weights Delivered

Prefer to run it yourself? We hand over the trained weights, inference code, and a runbook. Deploy anywhere.

PyTorch / ONNXDockerRunbookSupport
Where custom detection wins

Some examples of what we've built (and could build for you).

🌾

Agriculture

Crop disease, weed identification, fruit counting, livestock monitoring from drone or field cameras.

🏭

Manufacturing QA

Defect detection on production lines — scratches, misalignments, contamination, missing parts.

🦌

Wildlife & Conservation

Species identification, animal counts, and rare-species alerts from camera traps and drones.

🩺

Medical Imaging

Instrument counts in OR videos, cell / lesion detection on lab imagery, tool tracking.

🛡️

Defence & Security

Object of interest detection from ground, aerial, or satellite imagery — under strict compliance.

🔬

Research

Any lab problem where hand-counting is the bottleneck — from petri dishes to plankton to particle traces.

How we work

From brief to deployed model in under two weeks.

1

Scoping call

Free 30-min call to understand your problem, data, and constraints.

2

Data & training

We collect or receive images, label as needed, and train the right architecture.

3

Validation

You review results on a hold-out set. We iterate until accuracy meets the bar.

4

Deployment

Hosted, full-service, or weights delivered — your call.

FAQ

Quick answers.

Can you really detect anything?

Almost. If it's visually distinguishable in the imagery you have (or can capture), yes. We flag on our scoping call when a problem is likely too hard for current techniques, or when a different sensor (thermal, hyperspectral) would work better.

How much data do we need?

Zero-shot: a few reference images. Custom trained: usually a few hundred labelled examples per class. If you don't have data, we can collect and label it as part of the engagement — including from drone footage, microscopy, or field trips.

Do you work with non-standard imagery (thermal, hyperspectral, X-ray)?

Yes. Our team has experience with thermal, hyperspectral, radar, X-ray, and ultrasound imagery. Architecture choices differ from standard RGB — we adapt.

Who owns the model and the data?

You own both. Data stays yours, and delivered weights are yours to keep and modify. We're happy to sign strict NDAs / DPAs and to delete our working copies after delivery.

What does it cost?

Custom detection projects are typically a fixed fee based on the class count, data collection scope, and target accuracy. Send us your problem — we come back with a proposal and a quote.

Let's talk

Tell us about your detection problem.

Describe what you want to detect, in what kind of images, at what scale — we come back with a plan and a quote.

No spam, ever