Computer Vision.
Built for production.
When the problem sits outside the product
CAPABILITIES
Computer vision services for
complex industrial challenges.
From defect detection to safety monitoring, we build custom CV systems that solve problems standard products can't touch.
Object Detection & Classification
Real-time identification and categorization of objects in images or video streams.
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Quality Control & Inspection
Automated defect detection and quality assurance for manufacturing processes.
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Anomaly Detection
Identify deviations from normal patterns in industrial equipment and processes.
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Real-time Monitoring
Continuous surveillance and analysis of critical operations and safety zones.
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Document Intelligence
Extract, classify, and process information from forms, receipts, and documents.
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Custom Model Development
Bespoke neural networks trained on your specific use case and data.
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APPROACH
Built. Deployed.
Accountable.
01
Built for Your Problem
We don't sell platforms. We engineer solutions matched to your specific edge cases, data constraints, and operational reality.
02
Deployed in Production
Every system is hardened for real-world conditions—handling edge latency, poor lighting, occlusion, and the messy data that breaks demos.
03
Accountable to Outcomes
We measure what matters: precision, recall, uptime, and business impact. Not vanity metrics or research benchmarks.
DEPLOYMENTS
Production systems
delivering results.
INSURANCE · CLAIMS AUTOMATION
AI-Powered Motor Claims Automation for Leading Insurance TPA
Computer vision system analyzing vehicle damage photos to generate automated repair estimates. The system classifies damage severity, identifies affected parts, and produces cost estimates—reducing claim processing time from days to minutes while maintaining accuracy standards that exceed manual assessment.
Read Full Case Study
85%
Faster Processing
94%
Accuracy Rate
OIL & GAS · SAFETY
Enhanced Worker Safety with Automated Video Analytics
Real-time computer vision system (Aegis Vision) monitoring PPE compliance and restricted zone violations across oil & gas facilities and construction sites. Continuous 24/7 surveillance with automated alerts for safety violations.
Read Full Case Study
24/7
Coverage
Real-time
Alerts
TECHNICAL DEPTH
Computer vision expertise across
the full stack.
From model architecture to edge deployment, we handle the complete pipeline.
We combine classical computer vision techniques with modern deep learning to solve problems that require both precision and adaptability.
Our systems run everywhere—cloud, edge devices, embedded hardware—with the same reliability.
Image Processing & Analysis — Feature extraction, edge detection, morphological operations, color space transformations, histogram analysis.
Deep Learning Architectures — CNNs, YOLO, ResNet, EfficientNet, Vision Transformers, custom architectures for specific use cases.
Real-time Processing — Low-latency inference pipelines, hardware acceleration (GPU/TPU), optimized for edge and embedded systems.
Model Training & Fine-tuning — Transfer learning, data augmentation, active learning, continuous model improvement with production feedback.
TECHNOLOGY
The frameworks and platforms
behind every deployment.
FRAMEWORKS
PyTorch
TensorFlow
JAX
TensorFlow
JAX
LANGUAGES
Python
C++
Java
C++
Java
MODELS & ARCHITECTURES
YOLO
Vision Transformers
Vision-Language Models
CLIP
DINOv2
Vision Transformers
Vision-Language Models
CLIP
DINOv2
CV LIBRARIES & TOOLKITS
OpenCV
Detectron2
Hugging Face
scikit-image
Detectron2
Hugging Face
scikit-image
PYTHON ECOSYSTEM
NumPy
Pandas
Scikit-learn
Pillow
Pandas
Scikit-learn
Pillow
DEPLOYMENT & INFERENCE
Docker / Kubernetes
vLLM / TensorRT
ONNX Runtime
TorchServe
vLLM / TensorRT
ONNX Runtime
TorchServe
EDGE HARDWARE
NVIDIA Jetson
Coral TPU
Intel Movidius
Raspberry Pi
Coral TPU
Intel Movidius
Raspberry Pi
CLOUD & BIG DATA
AWS / Azure / GCP
Apache Spark
Apache Kafka
Hadoop
Apache Spark
Apache Kafka
Hadoop
MLOPS & MONITORING
MLflow
Kubeflow
Prometheus
Grafana
TensorBoard
Kubeflow
Prometheus
Grafana
TensorBoard
PROTOCOLS
gRPC
MQTT
WebRTC
RTSP
MQTT
WebRTC
RTSP
APPLICATIONS
Where computer vision
creates measurable value.
Manufacturing Quality
Automated inspection for defects, dimensional accuracy, and assembly verification at production speed.
Worker Safety
PPE compliance detection, restricted zone monitoring, and hazard identification in real-time.
Document Processing
Extract structured data from invoices, claims forms, receipts, and handwritten documents.
Predictive Maintenance
Visual inspection of equipment for early detection of wear, corrosion, and failure indicators.
Inventory & Logistics
Automated counting, barcode/QR scanning, package damage detection, and warehouse optimization.
Security & Surveillance
Perimeter monitoring, intrusion detection, crowd analysis, and anomalous behavior identification.
SECTORS
Industries we serve
with computer vision.
From insurance claims to offshore safety, our CV systems are deployed across sectors where accuracy and reliability aren't optional.
Oil & Gas — Safety monitoring, equipment inspection, pipeline integrity assessment. Aegis Vision deployed for worker safety compliance.
Insurance — Claims automation, damage assessment, fraud detection, underwriting support.
Manufacturing — Quality control, defect detection, assembly verification, process monitoring.
Healthcare — Medical imaging analysis, document processing using Interpixels for medical records, compliance monitoring.
Construction — Progress tracking, safety compliance, equipment monitoring, site surveillance.
HOW WE WORK
Engagement models tailored
to your needs.
01
Assessment-First (Recommended)
Start with a technical assessment to validate feasibility, scope effort, and de-risk the project. Includes problem analysis, architecture design, data requirements, accuracy benchmarks, and fixed-price proposal. Best for first-time CV buyers or uncertain feasibility.
02
Direct Custom Development
Fixed-scope project for well-defined use cases. Custom model development, production system, integration, and deployment. Best for teams with clear requirements, existing labeled datasets, and experience with CV deployments.
03
Managed CV Service
We build, deploy, host, and maintain the entire system. Includes continuous monitoring, automatic retraining, updates, and dedicated support. Best for organizations without ML teams who prefer operational expense over capital investment.
COMMON QUESTIONS
Computer vision FAQ
for decision makers.
COMMON QUESTIONS
Computer vision FAQ
for decision makers.
What types of computer vision problems can you solve?
We build custom CV systems for object detection and classification, quality control and defect inspection, anomaly detection, real-time monitoring, document intelligence (OCR and form extraction), predictive maintenance through visual inspection, and safety compliance monitoring. If your problem involves analyzing visual data—images or video—we can likely help.
How accurate are computer vision systems in real-world industrial conditions?
Production accuracy depends on your specific use case, data quality, and operating conditions. Our deployed systems typically achieve 94-99% accuracy for classification tasks and 85-95% for complex detection scenarios. We design for real-world challenges like poor lighting, occlusion, camera angle variations, and environmental factors that break demo systems. Every project includes accuracy benchmarking against your actual conditions, not lab datasets.
What data do you need to train a custom computer vision model?
Data requirements vary by problem complexity. Simple binary classification tasks may need a few thousand labeled images, while multi-class object detection with rare edge cases requires significantly more. The key is quality over quantity—images must represent the actual scenarios your system will encounter, including edge cases and failure modes. We can work with your existing image datasets, help you design data collection protocols, or use synthetic data augmentation to reduce labeling effort. Our technical assessment defines exact data requirements for your use case.
Can computer vision work on edge devices or does it need cloud infrastructure?
We deploy CV systems on edge devices (NVIDIA Jetson, Coral TPU, Intel Movidius, Raspberry Pi), cloud infrastructure (AWS, Azure, GCP), or hybrid architectures depending on your latency, privacy, and connectivity requirements. Edge deployment is ideal for real-time monitoring with minimal latency, offline operation, and data privacy. Cloud deployment works well for batch processing, centralized analytics, and systems that don’t need sub-second response times.
How long does it take to develop and deploy a custom computer vision system?
Development timeline depends on problem complexity, data availability, integration requirements, and your internal review processes. Our technical assessment provides a detailed project roadmap with realistic milestones specific to your requirements.
What’s the difference between using off-the-shelf computer vision tools vs. custom development?
Off-the-shelf tools (cloud APIs, SaaS platforms) work well for common use cases with standard datasets—think facial recognition, general object detection, or basic OCR. Custom development is necessary when: your use case is specialized (detecting specific defects, rare objects, industry-specific scenarios), you need to operate in challenging conditions (poor lighting, extreme angles, unusual environments), you have strict latency or privacy requirements, or existing tools don’t achieve the accuracy your business demands. We assess both options during our technical evaluation and recommend the most cost-effective path.
How do you ensure computer vision systems work reliably over time as conditions change?
We implement active monitoring to track model performance, detect accuracy drift, and flag when retraining is needed. Every deployed system includes performance dashboards, automated alerts for degraded accuracy, data collection pipelines to capture edge cases, and regular model health reviews. When conditions change—new products, lighting upgrades, camera repositioning—we provide model updates and retraining services to maintain accuracy.
How much does a custom computer vision project cost?
Project cost depends on scope, technical complexity, data requirements, integration needs, and deployment infrastructure. Our technical assessment provides a fixed-price proposal tailored to your specific use case. We work with organizations of all sizes, from targeted pilot projects to enterprise-scale deployments.
What’s included in your technical assessment?
Our assessment includes: problem definition and feasibility analysis, data requirements review (volume, quality, labeling needs), technical architecture design (model selection, infrastructure, deployment strategy), accuracy and performance benchmarks, integration and deployment planning, risk analysis and mitigation strategies, and a detailed proposal with fixed-price quote. The assessment gives you a complete roadmap before committing to development.
Do you provide ongoing support and maintenance after deployment?
Yes. We offer managed support agreements that include: system monitoring and alerts, regular model performance reviews, retraining and updates as needed, integration support for new cameras or data sources, security patches and infrastructure updates, and technical support with guaranteed response times. Support packages are tailored to your uptime and accuracy requirements.
Can you integrate with our existing systems (cameras, databases, workflows)?
Absolutely. We specialize in integrating CV systems into existing infrastructure. We work with standard protocols (RTSP, MQTT, WebRTC, REST APIs), connect to most IP cameras and video management systems, integrate with databases (SQL, NoSQL, data warehouses), push results to your business systems (ERP, CRM, SCADA), and deploy on your preferred infrastructure (cloud, on-premise, edge). Integration planning is part of every technical assessment.
How do you handle data privacy and security?
We implement security at every layer: data encryption in transit (TLS) and at rest (AES-256), role-based access controls and audit logging, compliance with GDPR, HIPAA, or industry-specific regulations as needed, option to deploy entirely on-premise or in your private cloud (no data leaves your infrastructure), and regular security audits and penetration testing. For sensitive applications, we can train models using federated learning or differential privacy techniques.
What happens if the computer vision system doesn’t meet accuracy targets?
We establish clear accuracy benchmarks during the assessment phase and validate them with POC testing before full development. Our contracts include performance guarantees tied to agreed accuracy metrics. If deployed systems don’t meet targets, we provide additional model tuning, data collection, and retraining at no extra cost until benchmarks are achieved. This is why we emphasize rigorous POC validation—we don’t move to production until accuracy is proven.