✦ AI & Data Services

Computer Vision Development

We build production computer vision systems for manufacturing quality control, retail analytics, medical imaging, security surveillance, and autonomous vehicle perception — using YOLO v8, Faster R-CNN, SAM, and custom vision transformers fine-tuned on your imagery.

99.2%Detection Accuracy Avg
60fpsReal-Time Processing
50+CV Models Deployed
35%Defect Rate Reduction
Our Services

What We Deliver

Comprehensive solutions designed around your business goals — built by specialists who've deployed these systems at scale.

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Quality Inspection Systems

Automated visual defect detection for PCB manufacturing, surface inspection, dimensional measurement, and packaging verification.

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Object Detection & Tracking

Real-time multi-object detection and tracking for retail footfall, logistics sorting, warehouse automation, and security.

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Medical Image Analysis

AI-assisted radiology analysis, pathology slide classification, and medical image segmentation for diagnostic support.

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Facial Recognition & Liveness

Face verification, liveness detection, and access control built for KYC compliance and enterprise security systems.

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Video Analytics

Crowd density analysis, PPE compliance detection, behavior recognition, and intrusion detection for smart facilities.

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Satellite & Drone Imagery

Agricultural yield estimation, land use change detection, and infrastructure inspection from aerial and satellite imagery.

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Why It Matters

Machine Eyes That Never Tire or Miss

Human visual inspection misses 15–20% of defects due to fatigue and subjective judgment. Computer vision systems run 24/7 at 60fps with sub-1% false negative rates — transforming quality control from a cost centre to a competitive moat.

YOLO v8PyTorchTensorFlowOpenCVDetectron2SAMTensorRTONNXNVIDIA JetsonAWS RekognitionAzure VisionRoboflowLabel StudioPython
Real-Time at the Edge

Optimized models run 30–60fps on NVIDIA Jetson edge hardware — no cloud round-trip required for time-critical applications.

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Application-Tuned Models

Fine-tuned on your specific defect types, product SKUs, or environment — achieving 99%+ precision on trained classes.

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Hardware Agnostic

NVIDIA Jetson, Intel NCS2, industrial cameras, Raspberry Pi, or cloud GPU — we choose based on your latency and cost.

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Privacy-Preserving Options

Edge inference and data anonymization for environments where video cannot leave the facility.

How We Work

Our Proven Delivery Process

A structured, agile methodology that delivers on time, on budget, and beyond expectations — every single time.

01

Problem Scoping & Camera Setup

Define detection targets, camera specs, lighting requirements, and edge vs. cloud inference constraints.

02

Data Collection & Annotation

Collect diverse training images and manage bounding box or segmentation annotation workflows.

03

Model Training & Optimization

Train YOLO, EfficientDet, or custom CNN with augmentation and hardware-optimised quantisation.

04

Edge or Cloud Deployment

Deploy to NVIDIA Jetson, Raspberry Pi, AWS Inferentia, or browser via ONNX/TensorRT.

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Integration & Monitoring

Connect to PLC, SCADA, camera systems, and dashboards with false-positive tracking and alerts.

Why ScaleUpTH

Why Businesses Choose Us

We combine technical depth with business pragmatism — delivering solutions that create real, measurable impact.

60fps Real-Time Detection

On-device inference with TensorRT optimization delivers production-speed detection without cloud latency.

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99%+ Domain Accuracy

Trained on your specific defect types and lighting conditions — far exceeding generic pre-trained model performance.

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Factory-Floor Ready

IP67-rated deployment patterns, PLC integration, and SCADA connectivity designed for industrial environments.

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No Data Leaves Your Facility

Edge deployment means raw video frames are processed locally — only defect alerts and metadata leave the system.

FAQ

Frequently Asked Questions

Everything you need to know before getting started.

Do we need special cameras?+
We work with your existing CCTV or industrial cameras. For new deployments, we recommend cameras based on required resolution, frame rate, and lighting conditions.
Can computer vision run offline without internet?+
Yes — we optimize models with TensorRT or ONNX quantization for offline edge inference on NVIDIA Jetson, Intel NCS2, or similar devices.
How long does training take?+
Initial training takes 1–3 weeks depending on dataset size. We iterate based on your feedback to improve accuracy on specific defect types.
What accuracy can we expect for quality inspection?+
In controlled environments with consistent lighting, we regularly achieve 98–99.5% detection accuracy with false positive rates below 0.5%.
Can the system learn new defect types after deployment?+
Yes — active learning pipelines flag uncertain cases for human review, which feeds back into retraining for continuous improvement.
Ready to Start?

Let's Build Your Computer Vision Solution

Tell us your requirements — we'll have a tailored proposal and free consultation in your inbox within 24 hours.

Start Your Project 📞 +91 93370 35617
Get In Touch

Start Your Project
With Us Today

Share your vision — we respond within 24 hours with a tailored proposal and free consultation.

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LocationCuttack, Odisha, India
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HoursMon–Sat, 9 AM – 7 PM IST

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