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| Developed platform | Purpose | How to use |
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| PathAI | They developed a machine-learning algorithm to assist pathologists in making precise diagnoses. | Ingenious methods can be developed for different medical treatments, and also, it helps minimize errors in cancer detection. |
| Enlitic | Artificial intelligence deep learning for actionable insights | It is used to streamline radiology diagnosis and analyses raw and unlabelled medical data such as radiology images and genomics. |
| Freenome | Earlier cancer detection with AI | Freenome is subjected to discover cancer in its early phases and subsequently helps build new methods of treating cancer. |
| BioXcel Therapeutics | BioXcel Therapeutics employs AI to re-innovate clinically approved products and medicines. | BioXcel Therapeutics’ mission is to reinvent drugs in the immuno-oncology and neuroscience domains. AI is believed to be the only instrument to maximize the value of clinically approved treatments and goods. |
| BERG Health | Treating rare disease with AI | BERG is an AI-based clinical platform that leverages the treatment by quick mapping of disease, thereby helping develop medicines. |
| XtalPi | Combining AI-cloud and quantum computing-based digital drug discovery | XtalPi’s ID4 platform is an AI-based engine that predicts the chemical and pharmaceutical properties for reinventing drug design and development. |
| Atomwise | Neural network for clinical trials | Atomwise uses AI technology to configure the most dangerous diseases such as Ebola and multiple sclerosis (MS). |
| Deep Genomics | Identifying more promising prospects for developing medicines | Deep Genomics is a platform primarily based on AI that can develop drug-related disorders such as neuromuscular and neurodegenerative. |
| BenevolentAI | Deep learning for targeted treatment | Benevolent is subjected to providing the appropriate treatment to the right patients at the required time by using AI for a better target. Also, it gives unearthed insights with the help of deep learning. |
| Olive | Automating the most repetitive processes in healthcare | Olive is an AI-based platform built to automate the repetitive task of the healthcare industry and thus saves the precious time of administrators, thereby fostering them to accomplish higher-order tasks. |
| Qventus | Real-time patient flow optimization | Qventus is a platform that is based on artificial intelligence, which aids in overcoming operational challenges primarily related to emergency rooms and patient safety. |
| Babylon Health | Increasing access to healthcare | Babylon is an artificial intelligence-based platform that enables patients to access various healthcare-related services via a powerful interactive interface. |
| CloudMedX | For a better patient journey | CloudMedX provides AI tools to ease the burden by reducing manual work. It works by ingesting structured and unstructured data and then uses this data to get insights by using machine learning algorithms. |
| Vicarious surgical | Virtual reality-enabled robotics for surgery | Vicarious Surgical aims to improve patient outcomes by fusing virtual reality with robots exhibiting AI technology. |
| Auris health | AI robots revolutionizing endoscopy | Auris Health is leveraging medical intervention by introducing the Monarch platform. This platform integrates data science and microinstrumentation to bring improvement in endoscopies design and tools. |
| Intuitive | Pioneering robotic surgery | Intuitive’s da Vinci platforms have come up with a pioneering robotic surgery technique in industries. |
| Microsure | Improving surgical precision | Microsure robots were designed with the ability to aid surgeons with robotic assistance and thereby to overcome human physical limitations. |
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