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Computer vision has a myriad of applications across industries. It trains computers to assess and interpret images on an advanced level. Driven by artificial intelligence, computer vision involves object recognition, navigation mapping, and video tracking. The influence of this AI-powered technology has tremendous effects in the future of healthcare. Traditionally, cancer treatment is time-consuming. Since the cure is entirely based on a certain amount of data, it could lead to errors. By integrating computer vision, caregivers can significantly identify potential cancer tumors more effectively than dermatologists.
Analytics Insight has listed here the top 10 computer vision startups that are shaping the future of healthcare.
Pearl focuses on solving challenging problems in the dental industry. The company was founded on the notion that AI can be the dental practitioner's always-on assistant and the patient's most trustworthy friend. Its suite of AI solutions assists dental professionals by identifying issues earlier and with higher precision. Pearl recently launched three products, including a computer vision platform capable of recognizing pathologies mere seconds after scanning dental x-rays.
Aira delivers instant access to visual information for anyone, anytime and anywhere. The company transforms daily life for people who are blind or have low vision so they can fully engage, explore and experience their world. Its assistive service uses wearables technology, artificial intelligence and augmented reality. Aira also empowers a network of trained, professional agents to remotely assist people who are blind or low vision with virtually any task, every day.
It is an imaging platform envisioned to help healthcare professionals to visualize fibrosis, wall thickness and surrounding anatomical structures. ADAS3D Medical is the recent offspring of the electrophysiology business of Galgo Medical S.L. (Barcelona, Spain) in partnership with Circle Carciovascular Imaging Inc. (Calgary, Canada). Its mission is to expand accessibility and use of Cardiac Imaging (MRI and CT) to electrophysiology procedures.
SigTuple is a Bangalore-based startup that coalesces the power of microfluidics, robotics, AI, and cloud computing to create computer vision-based smart diagnostic solutions. One of its solutions Manthana has enabled it to work on five major high-volume screening processes of the healthcare industry. These include analysis of peripheral blood smears, urine microscopy, semen, fundus & OCT scans, and chest x-rays. SigTuple's Shonit™ is a complete peripheral blood smear analyser solution that automates routine tasks like differential counts. The company's vision is to revolutionize the global medical diagnostic space through data-driven intelligence.
It specializes in tumor detection using PyTorch to video summarization using TensorRT, and artificial intelligence. The company uses artificial intelligence that covers the fields of oncology & radiology. DeepOncology addresses the critical need for automated analysis tools to screen for liver metastases using 3D imaging. Its DeepOn device offers prospects for precise tumor characterization and early diagnosis and treatment.
Pixee Medical develops surgical navigation solutions using an innovative tracking tool. IT has built the first computer-assisted orthopaedic surgery solution using augmented reality to support total knee arthroplasty. Founded in 2017, Pixee Medical's goal is to create high-performance, computer-aided surgical solutions using existing advanced computer vision and AI technologies while remaining affordable amid the challenging health system environment.
This Lithuania-based computer vision software startup offers a suite of deep learning chest X-ray image solutions. Oxipit ChestEye is the first AI chest X-ray radiology suite to be CE marked. The suite supports 75 most common radiological findings with 90% of diagnoses encountered at a medical institution daily. Last year, Oxipit partnered with Swiss medical distribution company Healthcare Konnect to bring ChestEye AI imaging suite to healthcare institutions in Nigeria.
Iterative Scopes, a Cambridge, U.S.-based computer vision solution provider, provides doctors with real-time computer-aided detection and diagnostic tools powered by computer vision and ML technology. These tools improve patient outcomes by assisting gastroenterologists in detecting and categorizing lesions in real-time, including those that often elude the human eye.
MDacne is a personalized, clean skincare platform that uses AI and computer vision to help people with acne. It applies smart algorithms and computer vision to provide real-time mobile tools for people with health disorders. The MDacne app analyzes people's skin and creates personalized skincare products for them. People can take a selfie and the app will automatically assess their skin type and acne severity. The company then provides a fully customized acne treatment kit delivered right to their doorstep.
OrCam harnesses the power of artificial vision in an intuitive portable device that compensates for lost visual abilities. The company's OrCam MyEye allows people to read text, recognize faces, identify products and more. MyEye is a wireless device that helps people with the visually impaired and that fits into the size of one's finger. According to OrCam, this wearable device is currently used by thousands of users worldwide in over 50 countries in North and South America, Europe and Asian countries.
