Computer Vision Development

Vision AI that works
in the real world.

We build computer vision systems that go beyond demos - from model selection and dataset curation to real-time deployment on edge hardware and cloud inference at scale.

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60+ FPS
99.2% acc.
<10ms
Edge ready

Where we deploy vision AI

Production systems across industries - each with real performance metrics from live deployments.

Manufacturing
Quality Inspection
99.2% defect detection

Automated visual QC replacing manual line workers with sub-millisecond inference.

Healthcare
Medical Imaging Analysis
3× faster diagnosis

Radiology AI that flags anomalies in X-rays, MRIs, and CT scans before a clinician reviews.

Retail
Visual Search
40% higher conversion

Let customers search by image - find similar products instantly from millions of SKUs.

Security
Security & Surveillance
Real-time alerts

Perimeter monitoring, crowd density estimation, and anomaly detection at camera speed.

Automotive
Autonomous Perception
360° scene understanding

Sensor fusion, lane detection, and obstacle classification for ADAS and robotics.

AgTech
Agricultural Yield Estimation
±2% yield accuracy

Drone imagery analysis for crop health, irrigation planning, and harvest forecasting.

What we build

01
Real-time Inference Systems

Low-latency pipelines processing 60+ FPS on production hardware. TensorRT optimization, batching strategies, and GPU memory management.

TensorRTONNXCUDAFastAPI
02
Video Analytics Pipelines

End-to-end video ingestion, frame sampling, object tracking across frames, and structured event emission to your data warehouse.

DeepStreamFFmpegKafkaByteTrack
03
Model Training & Fine-tuning

Custom dataset curation, annotation tooling, augmentation strategies, and iterative training loops on your domain-specific data.

PyTorchRoboflowWandBLabel Studio
04
Edge Deployment

Quantized models running on Jetson, Raspberry Pi, or custom FPGA hardware. OTA update infrastructure and fleet monitoring included.

JetsonONNX RuntimeTFLiteDocker

Model types we use

Classification

Is this image class X or Y? Single-label and multi-label variants. Backbone selection based on latency vs accuracy tradeoff.

ResNet-50/101
EfficientNet
ViT
ConvNeXt
Detection

Where are the objects in this frame? Bounding box regression with class confidence scores at 30–120 FPS on GPU.

YOLOv8/v9
RT-DETR
Faster R-CNN
DINO
Segmentation

Pixel-level understanding. Instance, semantic, and panoptic segmentation for precise boundary detection and scene parsing.

SAM 2
Mask R-CNN
SegFormer
OneFormer

Edge vs. cloud deployment

The right choice depends on latency requirements, connectivity, and data privacy constraints.

Edge Deployment
Hardware
Jetson Orin, Raspberry Pi 5, Intel NUC
Latency
2–8ms on-device
Data privacy
Data never leaves premises
Best for
Manufacturing lines, hospitals, offline environments
Tradeoffs
Limited model size, OTA update complexity
Cloud Inference
Hardware
NVIDIA A100/H100, AWS Inferentia
Latency
20–80ms with network
Data privacy
Data transmitted to cloud
Best for
Retail analytics, media processing, batch jobs
Tradeoffs
Network dependency, ongoing inference resource
01
Discovery & data audit
02
Dataset curation & annotation
03
Baseline model selection
04
Training & fine-tuning
05
Deploy & monitor
Case Study

99.2% defect detection accuracy on a manufacturing line, replacing manual QC entirely.

Deployed YOLOv8-based inspection at 60 FPS on Jetson Orin hardware. Zero downtime during rollout. ROI achieved in 4 months.

99.2%
Defect accuracy
<8ms
Inference latency
4 months
ROI timeline

By the numbers

60+FPS

Real-time inference throughput on production GPU hardware

99.2%

Defect detection accuracy on live manufacturing lines

<8ms

End-to-end inference latency on Jetson Orin edge devices

faster

Medical anomaly flagging vs. unaided radiologist review

The old way

Manual inspection & rule-based heuristics

Teams of human QC inspectors reviewing images frame-by-frame
Threshold-based blob detection that breaks on lighting changes
Months to tune per product SKU - fails on new defect types
No feedback loop: failures discovered after product ships
Scales only by hiring more people

The StartxLabs way

Production-grade neural vision pipelines

YOLOv8 / RT-DETR models trained on your specific defect taxonomy
Robust to lighting variation, angle, and scale through augmentation
New defect classes learned from 50–200 annotated examples
Closed-loop monitoring: drift detected before accuracy degrades
Horizontal GPU scaling for any throughput requirement

Common questions

FAQ

Q1

How much labelled data do we need to start?

For a focused defect detection task, 500–2,000 annotated images is often sufficient to beat rule-based baselines. We run active learning loops to prioritise which additional images to label - so you get the most accuracy per annotation dollar.

Q2

Can models run entirely on-premise without internet?

Yes. Our edge deployment stack runs on Jetson Orin, Intel NUC, or NVIDIA RTX workstations with no cloud dependency. OTA updates are optional and can be routed through your internal network.

Q3

What if our defect types change over time?

We build continual learning pipelines with a human-in-the-loop review step for novel examples. New defect classes can typically be incorporated in 1–2 weeks with as few as 50 confirmed examples.

Q4

How do you handle model performance degradation in production?

Monitoring dashboards track confidence score distributions and flag drift before accuracy drops below your SLA threshold. We include automated retraining triggers and canary deployment patterns in every production system.

Q5

Do you work with existing camera infrastructure?

We integrate with RTSP streams, GigE Vision cameras, USB3 Vision, and standard IP cameras. We can also advise on camera selection, lens, and lighting configuration during the discovery phase.

Client result

"Replaced 12 manual QC inspectors with a single Jetson-based vision system - zero false passes in the first 90 days of production."

Automotive Tier-1 supplier
Industry
90 days
Zero false-pass window
12→1
Headcount shift

Ready to build your
next digital product?

Whether you have a detailed specification or just an early idea - we'll help you scope it, challenge the assumptions, and deliver it on time. No pitch decks. Straight to the point.

Get in TouchSee Our Work

What happens next

1

Send us a message

Tell us what you're building or what's broken.

2

Discovery call (30 min)

We ask hard questions. You get honest answers.

3

Scoped proposal

Clear deliverables, timeline, and team in 48 hours.

Contact Us

Tell us about
your project

Whether you have a detailed brief or just an early idea, we will help you scope it, challenge it, and ship it.

  • Agentic AI development and multi-agent systems
  • Generative AI consulting and LLM integration
  • RAG development and custom model deployment
  • Data engineering, MLOps and custom software
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