INDUSTRIES
Deep Skills. Diverse Solutions.
HEALTHCARE
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We can develop and deliver imaging and video analytics solutions that are the cornerstones of modern day medicine and allied research, with applications such as:​
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Medical Imaging
Computation Pathology, Endoscopy, Radiology​
Oncology
Breast/Thyroid/Gallbladder Cancer​
Medical Records
OCR, Document Analysis​
Eye/Ophthalmology
Fundus Images, Videos Segmentation​
Communication/Education
Patient Community Engagement​
Mental Health
AI Facial Expression Reader
AUTOMOTIVE​
We can partner with you to realize your next-gen applications for vehicles:
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Automated Driver Assistance Systems - ADAS (detection of vehicles, pedestrians, and obstacles to aid in automatic emergency braking, collision avoidance, lane departure warning, and adaptive cruise control)
- Situational Awareness & Planning (using cameras, LiDAR, radar, and other sensors to enable safety, path planning, automated parking, vehicle maintenance, etc.)
- Driver Monitoring (facial recognition based drowsiness, distraction, or impairment, etc.)
- Smart Navigation (real-time data driven route recommendations based on AI)
- Handsfree Driver Controls (gesture or voice command based interactions with the driver)
- Smart Cars (AI-based management of driver preferences for seat position, climate control, and entertainment)
EDUCATION​
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If you are devising cutting-edge solutions for instructors and students, contact us for collaborations on applications such as:
1. Accessibility Solutions (computer vision and AI to can assist students with visual or auditory impairments)
2. Personalized Learning (AI-driven systems to analyze student performance and adapting content/methods based on individual needs)​
3. Interactive Education (camera-based gesture control for interacting with digital content, automated translations, etc.)
4. Administrative Automation (automated attendance based on facial recognition, automated grading and recommendations for curriculum)
5. Language Learning (AI/NLP tools to accelerate learning and customizing the modules to student proficiency in real time)
