AI Development Services
Leverage the Power of Computer Vision to Transform Your Organization
UNVEILING THE FUTURE WITH ADVANCED COMPUTER VISION SERVICES
Introducing a New Era of Computer Vision Services
At Wovenware, we're pioneering the next generation of computer vision technologies.
Leverage our decades of expertise to transform the way you see the digital and physical worlds.
In a rapidly evolving digital landscape, computer vision services stand as a beacon of the transformative potential of AI. Wovenware, with over two decades of expertise, crafts computer vision solutions harnessing the power of machine learning to detect, classify and derive insights from images. Dive into our offerings to discover how we create solutions custom-designed for you. From solutions that gather insights from satellite imagery, to those that help to diagnose medical conditions, Wovenware has built a reputation as an AI leader, tailoring innovative solutions for forward-thinking organizations
Helping Maxar Create the World’s Largest Satellite Imagery Set
Accurately labeling millions of high-res images requires trained annotators with specialized toolsets. Wovenware worked with Maxar Technologies to enhance its proprietary Deep Workbench tool with more advanced annotation, project management and quality features. Leveraging our deep computer vision expertise, Wovenware created over 10,000 high-quality training datasets and tagged more than 2,000,000 images to build computer vision models that can automatically detect and classify objects based on the Maxar xView dataset.
Other client success stories
WHY US
A Track Record of Excellence in Computer Vision
Choose Wovenware for your artificial intelligence development needs. With more than 20 years of experience, and backed by Maxar, a leading space technology company, we deliver unparalleled quality and innovation.
20 Years
Of software development, design, and AI experience
250 +
Professionals, including data scientists
20 +
Clients across the U.S.
40 +
Projects for leading enterprises
Didn't find the exact computer vision service you're seeking?
Wovenware specializes in crafting bespoke solutions. Reach out and let's shape your vision together.
Computer Vision Applications
Healthcare
- Medical image analysis for diagnoses
- Support of augmented reality in surgeries
- Facial recognition for patient ID
- Motion tracking in physiotherapy
Insurance
- Fraud detection using image analysis
- Quality control for claim validation
- Wildfire and flooding risk assessment in underwriting
- Object detection in accident claims
Government
- New construction monitoring
- Damage assessment in natural disasters
- Monitoring environmental changes over time
- Traffic monitoring for urban planning
- Optical character recognition in documentation
Telecommunications
- Network planning with satellite imagery
- Preventive equipment maintenance
- Machine learning for signal optimization
- Damage detection in fiber route
Fintech
- Fraud detection through facial verification
- Optical character recognition in transaction verification
- Property assessment in underwriting
- Proactive maintenance in leased equipment
Supply Chain
- Provide inventory status alerts
- Schedule deliveries
- Address travel route questions
- Answer supplier questions
Automotive
- Share vehicle specifications
- Create voice-enabled in-vehicle chatbot
- Provide maintenance alerts
- Offer road-side assistance
Retail
- Share product information
- Track orders
- Initiate returns
- Recommend products to customers
Manufacturing
- Product inspection for quality assurance
- Robotics for automated assembly
- Augmented reality in staff training
- Predictive maintenance of equipment
- Digital twin for simulating new production lines
Media and Entertainment
- Prevent copyright infringement
- Augmented reality in immersive content
- Scene understanding in content creation
- Video analytics for viewership insights
Marketing and Sales
- Personalized advertisements
- Customer behavior analysis
- Virtual trial rooms
- Retail analytics
Operations and Supply Chain
- Quality control
- Inventory management
- Predictive maintenance
- Logistics optimization
Research and Development
- Product development
- Prototype testing
- Data analysis and visualization
- Simulation and testing
Customer Service
- Automated customer support through visual recognition
- Facilitating self-service options
- Real-time feedback and analytics on customer interactions
- Enhanced security through facial recognition technology
Object Detection
- Detect and count building footprints anywhere on Earth
- Identify and count products in inventory
- Detect patterns and anomalies in medical imaging
- Detect branded objects in social events
Image Classification
- Medical imaging software for diagnoses
- Product categorization in e-commerce platforms
- Photo sorting in gallery applications
- Content moderation in social media apps
Optical Character Recognition
- Extract key information from legal documents
- Automated financial document classification
- License plate recognition in parking systems
- Business card scanning in CRM systems
Video Analytics
- Behavior analysis in cameras in retail stores
- Audience engagement analysis in streaming platforms
- Sports performance analysis software
- Incident detection in safety applications
Motion Tracking
- Gesture recognition in interactive software
- Player tracking in sports analytics apps
- Movement analysis in physical therapy software
- Animation and gaming development
Augmented Reality
- Virtual try-on features in shopping apps
- Interactive education and training software
- Real-time translation in communication apps
- Virtual interior design software
3D Reconstruction
- Historical site preservation software
- Virtual real estate tours
- Medical imaging for detailed analyses
- Prototyping in product design software
Natural Language Processing
- Generating textual description of a medical image
- Generate audio description of a person's surroundings
- Deploy a conversational interface to query information from image or video database
- Generate automated textual alerts in motion detection
Machine Learning & Deep Learning
- Detect changes over time in Earth Imagery
- Detect anomalies in x-Ray imagery
- Identify sick vegetation
- Identify and count endangered species
- Monitor new construction
Robotics Vision
- Navigation in autonomous robots
- Quality checks in manufacturing robots
- Interaction features in service robots
- Safety monitoring in industrial robots
Wovenware's Computer Vision Services Development Process
From prototype labs to design sprints, our development process is designed to align with your business objectives and technological requirements.
• Discuss specific needs related to computer vision services.
• Understand the scope of facial recognition, object detection, or any other tailored solution required.
• Understand the scope of facial recognition, object detection, or any other tailored solution required.
• Conceptualize the architecture for image classification, video analytics, and other computer vision functionalities.
• Draft blueprints incorporating machine learning and deep learning methodologies.
• Draft blueprints incorporating machine learning and deep learning methodologies.
• Craft solutions, from augmented reality modules to optical character recognition systems.
• Integrate scene understanding and depth perception capabilities as per client requirements.
• Integrate scene understanding and depth perception capabilities as per client requirements.
• Conduct rigorous product inspection to ensure software quality.
• Utilize traffic monitoring and medical image analysis test cases for comprehensive evaluation.
• Utilize traffic monitoring and medical image analysis test cases for comprehensive evaluation.
• Implement the developed computer vision solution into the client's ecosystem.
• Ensure seamless functioning of features, from motion tracking to 3D reconstruction.
• Ensure seamless functioning of features, from motion tracking to 3D reconstruction.
• Provide tutorials on the utilization of robotics vision, natural language processing, and other features.
• Offer continuous support to ensure predictive maintenance and fraud detection services operate optimally.
• Offer continuous support to ensure predictive maintenance and fraud detection services operate optimally.
• Gather feedback on the self-driving car software, augmented reality modules, or any specific solution provided.
• Iterate and refine based on real-world performance and client feedback.
• Iterate and refine based on real-world performance and client feedback.
METHODOLOGIES
Wovenware's Scrum-Based Computer
Vision Services Development Process
Our nearshore software development team employs Scrum methodology, ensuring a flexible, collaborative, and high-quality production process.
Technologies employed
Stay ahead of the curve with our extensive expertise in software development tools and technologies, ranging from machine learning to cloud computing.
TensorFlow
Keras
OpenCV
PyTorch
CUDA
Caffe
MXNet
Dlib
Darknet (Yolo)
JavaScript (with TensorFlow.js)
WebGL
Three.js
React with react-webcam
HTML5 Canvas
WebRTC for real-time video
TensorFlow Lite
.png){kind=icon}
CoreML (for iOS)
Android NN API
OpenCV for Android
MobileNet
ARKit (for augmented reality applications on iOS)
ARCore (for augmented reality applications on Android)
OpenCV with Python or C++
TensorFlow with GPU acceleration
Qt for GUI-based applications
Electron for cross-platform applications
OpenGL for rendering and visualization
PineCone
ChromaDB
Qdrant
MySQL
PostgreSQL
MongoDB
SQLite
Microsoft SQL Server
Oracle Database
Redis
Cassandra
Amazon RDS
Google Cloud SQL
Microsoft Azure SQL Database
Amazon DynamoDB
Google Cloud Firestore
Azure Cosmos DB
Firebase Realtime Database
Amazon Redshift
Hadoop
Apache Spark
Apache Kafka
Apache Flink
Apache HBase
Cassandra
Elasticsearch
Hive
AWS (Amazon Web Services)
.png){kind=icon}
Azure (Microsoft)
Google Cloud Platform
IBM Cloud
Heroku
Docker
Kubernetes
OpenShift
Jenkins
Travis CI
CircleCI
GitLab CI/CD
GitHub Actions
Ansible
Chef
Puppet
Jenkins
Travis CI
CircleCI
GitLab CI/CD
GitHub Actions
Bamboo
TeamCity
Bitbucket Pipelines
Cost Variables
We offer various pricing models that align with your budget and project complexity.
Contact us for a customized quote and cost breakdown.
Complexity of the desired computer vision application: This refers to the level of intricacy and sophistication needed in the computer vision system you are developing or using.
Depth and specificity of facial recognition requirements: Describes how detailed and specific the demands are for facial recognition capabilities within your project.
Describes how detailed and specific the demands are for facial recognition capabilities within your project.
Measures the quantity and complexity of features related to detecting objects in images or video.
Indicates the level of detail required when integrating optical character recognition (OCR) technology into the application.
Describes how long and how complex the processing of video data is within the project.
Refers to the quantity and scale of motion tracking features incorporated into the system.
Measures the extent to which the system can comprehend and analyze the content of scenes or environments.
Describes the level of precision needed for depth perception tasks.
Indicates how intricate the tasks related to 3D reconstruction are within the project.
Refers to the inclusion of features related to natural language processing (NLP) in the system.
Describes the degree of customization required for machine learning models in use.
Measures the extent and variety of deep learning algorithms employed in the project.
Indicates how comprehensive the features for inspecting products are within the application.
Describes the level of detail and precision required for quality control processes.
Measures the intricacy involved in integrating fraud detection capabilities.
Refers to the demands for predictive maintenance features within the system.
Describes the scope and range of functions related to traffic monitoring.
Indicates the level of precision and depth needed for medical image analysis.
Refers to the specifications and demands for vision-related features in self-driving car technology.
Describes the integration of vision capabilities into robotics systems and the associated complexity.
Measures the intricacies and complexities of augmented reality features.
Refers to the expected timeframe and schedule for the project.
Indicates how many rounds of modifications or revisions may be necessary.
Describes the expenses related to hardware and infrastructure for the project.
Refers to the costs associated with licensing third-party tools or platforms.
Indicates the needs for training and support once the system is deployed.
SUB-SERVICES
Related Sub-Services
From legacy application modernization to artificial intelligence services, we provide a spectrum of related services to complement your computer vision project.
Data Analytics and Visualization
Natural Language Processing Services
Machine Learning Services
Deep Learning Services
Augmented Reality Services
Robotics Services
Self-Driving Car Services
IoT Integration Services
Cloud Computing Services
API Development and Integration
Cybersecurity Services
Mobile App Development
Web Application Development
Database Management Services
Quality Assurance and Testing
System Maintenance and Support