Discover AI Applications

Browse applications built on modern technologies. Explore PoC and MVP applications created by our community and discover innovative use cases for modern technologies.

Breath Revive

BreathRevive is a groundbreaking application revolutionizing lung health management through advanced artificial intelligence (AI). In a world where respiratory diseases continue to pose significant challenges, our solution offers a proactive approach to early detection and monitoring. Utilizing state-of-the-art machine learning algorithms trained on diverse breath samples, BreathRevive analyzes breath parameters such as gases and volatile organic compounds with unparalleled accuracy. This enables the identification of subtle patterns indicative of various lung conditions, including asthma, chronic obstructive pulmonary disease (COPD), and lung cancer. The user experience is seamless and intuitive, requiring only a simple exhale into the device's microphone. Within moments, users receive personalized feedback, empowering them with valuable insights into their lung health status. Crucially, BreathRevive prioritizes data privacy and security, ensuring that sensitive information remains safeguarded at all times. Our commitment to excellence extends beyond technological innovation. We collaborate closely with healthcare professionals to validate and refine our solution, enhancing its accuracy and efficacy in real-world clinical settings. Through partnerships with medical experts and institutions, we strive to improve patient outcomes and alleviate the global burden of lung diseases. BreathRevive is more than just an app; it's a beacon of hope for individuals worldwide, offering a proactive approach to lung health management. By empowering users with the tools and knowledge they need to take control of their respiratory well-being, we aim to transform lives and foster healthier communities. Join us as we revolutionize global lung health with AI-powered solutions.

DET DEVELOPMENT
Streamlit
application badge
GPT-3

My Medical Reference

‏Our AI-driven application leverages artificial intelligence to optimize the patient experience in hospitals. It captures and analyzes conversations between doctors and patients, providing valuable insights and enhancing communication. The recorded conversations are processed using advanced natural language processing algorithms to generate a concise summary of the patient's condition and the doctor's recommendations. ‏The application features a chatbot that engages with the patient, drawing from the recorded conversations to ask relevant questions and provide informative responses. This chatbot acts as a virtual assistant, offering support and addressing patient queries in real-time. By leveraging machine learning techniques, the chatbot becomes more adept at understanding patient needs and tailoring its responses over time. ‏In addition, the application includes a user-friendly interface displaying the remaining time until the patient's next appointment. This serves as a helpful reminder and allows patients to better prepare for upcoming consultations. Furthermore, the application prompts patients with important questions they should ask during their next appointment, ensuring that crucial topics are not overlooked or forgotten. ‏Our AI-powered application revolutionizes the patient experience in hospitals by facilitating comprehensive communication, personalized interactions, and efficient appointment management. It empowers patients to actively participate in their healthcare journey and enables healthcare providers to deliver more effective and patient-centric care.

My medical reference
Codex

AI the Unseen Hero in the Battle Against Cancer

When it comes to cancer care, time is a valuable resource. Long wait times for patients can have a negative impact on their mental health as well as allow the illness to worsen unchecked. Long wait times in medical facilities must be addressed, and artificial intelligence (AI) offers creative ways to expedite patient care. AI-Powered Queue Optimization Patient line optimization is made possible by AI's incorporation into healthcare systems. An essential component of AI applications is predictive analytics, which estimates patient influx and helps healthcare practitioners deploy resources effectively while reducing wait times. Remote Patient Surveillance AI offers a paradigm change in cancer care by enabling remote patient monitoring beyond the walls of physical healthcare institutions. Patients are empowered to take an active role in their care when wearable technology and home monitoring systems are combined with artificial intelligence algorithms. Unraveling Imaging Complexities Cancer diagnosis often hinges on the interpretation of complex imaging data, a task that demands precision and efficiency. Traditional methods like scans and MRIs, while effective, face challenges in handling the nuanced nature of cancerous growth. The infusion of AI introduces a dynamic element into this process. AI Algorithms: Enhancing Precision At the heart of this transformation lies AI's ability to analyze vast datasets through sophisticated algorithms. These algorithms are trained to recognize subtle patterns and anomalies, providing a level of precision that complements and, in some cases, surpasses human capability. By incorporating AI into diagnostic workflows, healthcare professionals gain a powerful tool for more accurate and rapid cancer detection through image analysis.

TheBrotherHood
medal
GPT-3

Surgi-Verse

Surgi-Verse: Revolutionizing Surgical Training through AI & Virtual Reality In the ever-evolving landscape of medical education and surgical training, Surgi-Verse emerges as a groundbreaking project, offering a transformative experience with virtual AI assistant through the amalgamation of virtual reality technology and surgical robotics. This cutting-edge simulation platform redefines the way medical students and experienced surgeons prepare for complex procedures by immersing them in a safe and hyper-realistic virtual surgical environment. Surgi-Verse's primary aim is to enhance surgical training and proficiency, ensuring that future healthcare professionals are better equipped to meet the demands of the healthcare industry. Surgical training is a critical component of medical education, enabling aspiring surgeons to develop the dexterity, precision, and decision-making skills necessary to perform complex operations. Traditionally, this training has been based on a 'see one, do one, teach one' model, where medical students observe surgeries, practice on cadavers, and eventually assist in real surgical procedures. However, this approach has inherent limitations in terms of safety, availability, and the realism of the training environment. Surgi-Verse addresses these limitations by introducing the dimension of virtual reality, offering a safe and immersive platform for students and surgeons to hone their skills. This innovation provides a controlled and repeatable environment where users can practice a wide range of surgical procedures with minimal risk to actual patients.

BioMed Squad
ChatGPT

Hand speak with AI

Artificial intelligence assists employees who are unable to speak or hear in effectively participating in work discussions by using a front-facing camera to translate their movements in online meetings into text or voice for others, integrating them into the community. It also aids individuals in the community through the use of a mobile phone, to translate movements into speech or writing on facilitating communication. It can be used in other ways, and here are some examples: 1. Education: The technology can be used to assist students with hearing or speech difficulties in communicating and participating in classrooms by translating their movements into text or voice. 2. Hospitals and healthcare facilities: The technology can be used to enhance communication with patients or individuals with hearing impairments in a hospital or healthcare setting by translating movements into speech or writing to understand their needs and provide appropriate healthcare. 3. Entertainment and culture: The technology can be used to facilitate the experience of individuals with hearing difficulties in accessing entertainment and cultural services, such as translating theater performances or music concerts into sign language or texts to enable their full participation. 4. Travel and tourism: The technology can be used to facilitate communication for individuals with hearing difficulties with professionals in the travel and tourism industry, such as translating sign language into speech or writing for an easy and comfortable experience when booking hotels or communicating with tour guides. With the advancement of technology, it can be applied in more fields to enhance communication and empower individuals with hearing difficulties in various aspects of daily life

Hand Talk With AI
ChatGPT

YouHealth

The implementation of a Telehealth application in a hospital setting, designed to assist in writing medical reports and addressing various healthcare challenges, offers a promising solution to improve overall efficiency and patient care.One of the key issues in many hospitals is the shortage of time that doctors have for conducting thorough patient diagnoses. The chatbot application can alleviate this problem by swiftly converting patient records into comprehensive medical reports. This not only saves time but also ensures that medical documentation is accurate and standardized, reducing the risk of errors in patient care.Patient waiting times are another critical concern in healthcare. By automating the report generation process, the chatbot can expedite patient care and reduce the time patients spend waiting to receive a diagnosis or treatment. This can lead to a more positive patient experience and improved patient outcomes.Falsified medical cases can have severe consequences, including legal and ethical implications. The chatbot's ability to generate accurate health reports helps maintain the integrity of medical records, making it more challenging for falsification to occur. This can enhance trust between patients, healthcare providers, and regulatory authorities.Ultimately, the integration of a chatbot application in healthcare facilities, whether private or government-owned, has the potential to increase the number of patients treated while maintaining or even improving the quality of care. By addressing issues related to time constraints, waiting times, and medical record accuracy, the healthcare system can become more efficient, accessible, and patient-centered, contributing to better overall public health.

YouHealth
medal
ChatGPTGPT-3

YouHealth

The implementation of a chatbot application in a hospital setting, designed to assist in writing medical reports and addressing various healthcare challenges, offers a promising solution to improve overall efficiency and patient care.One of the key issues in many hospitals is the shortage of time that doctors have for conducting thorough patient diagnoses. The chatbot application can alleviate this problem by swiftly converting patient records into comprehensive medical reports. This not only saves time but also ensures that medical documentation is accurate and standardized, reducing the risk of errors in patient care.Patient waiting times are another critical concern in healthcare. By automating the report generation process, the chatbot can expedite patient care and reduce the time patients spend waiting to receive a diagnosis or treatment. This can lead to a more positive patient experience and improved patient outcomes.Falsified medical cases can have severe consequences, including legal and ethical implications. The chatbot's ability to generate accurate health reports helps maintain the integrity of medical records, making it more challenging for falsification to occur. This can enhance trust between patients, healthcare providers, and regulatory authorities.Ultimately, the integration of a chatbot application in healthcare facilities, whether private or government-owned, has the potential to increase the number of patients treated while maintaining or even improving the quality of care. By addressing issues related to time constraints, waiting times, and medical record accuracy, the healthcare system can become more efficient, accessible, and patient-centered, contributing to better overall public health.

YouHealth
ChatGPT

Doctor Helping Services -DHS

Introducing our AI DHS (Doctor Helping Services), a sophisticated chatbot designed to enhance the efficiency and effectiveness of medical practitioners in accessing patient data. This cutting-edge technology enables users, specifically doctors and physicians, to seamlessly upload patient information into the AI system, which subsequently analyzes and organizes the data. When a user poses a query to the chatbot, it retrieves relevant information from the uploaded patient records and provides a prompt response. Consider the demanding schedule of a typical doctor, who sees approximately seven patients per day, resulting in 49 patients in a week and around 210 patients in a month. Each patient's file contains a wealth of essential information, such as age and medical condition. The sheer volume of data can make it exceedingly challenging for the doctor to recall specific details without extensive manual searching through records or reports. This is where our AI solution steps in. Our AI, built upon the foundation of GPT-3, offers an invaluable solution. Medical professionals can simply input a patient's name and pose queries to the chatbot, such as "What is the severity of John Smith's illness?" or "When was John Smith's last check-up, and what were the corresponding laboratory results?" This streamlined approach to accessing patient information not only saves time but also enhances the overall quality of patient care. While our AI is built on a version of GPT with token limitations, it remains dedicated to its intended purpose: assisting healthcare providers in efficiently managing patient data and facilitating informed medical decisions.

AUIS
replit
application badge
ChatGPTGPT-3

RadianceAI

Our project aims to revolutionize the healthcare industry by developing an advanced deep learning-based system for automated diagnosis and reporting of chest X-ray images. The primary objective is to leverage the power of computer vision and natural language processing (NLP) to enhance the efficiency, accuracy, and accessibility of medical diagnostics. We start by utilizing a large-scale dataset of chest X-ray images, such as the widely recognized CheXpert dataset, which contains a diverse range of pathological conditions. These images serve as the foundation for training and fine-tuning deep learning models. Our approach involves exploring and comparing different state-of-the-art convolutional neural network (CNN) architectures, including Resnet50, Resnet101, and VGG16, to determine the most suitable model for our diagnostic system. Additionally, we explore the integration of NLP techniques to further enhance the diagnostic capabilities of our system. We develop a parallel LSTM decoder that takes as input the feature vector extracted from the last layer of the CNN model and the corresponding radiology report. This decoder employs a softmax activation function to generate word probabilities, allowing for the production of accurate and contextually relevant diagnostic descriptions. Our ultimate goal is to provide healthcare professionals with a powerful tool that enhances their diagnostic capabilities, reduces workload, and improves patient outcomes. By automating the analysis and interpretation of chest X-ray images, our system has the potential to significantly impact the efficiency and accuracy of medical diagnostics, leading to more timely interventions and better patient care.

Deepa
Codex

NurseGPT

Recently there has been a trend in healthcare towards Ai-based diagnostics, which utilize ML/DL to diagnose patients based on EHR, imaging, etc. But in order to use them, there has to be a complex interface that is difficult for most users to navigate, and in most cases, it’s designed in english, which limits their usability for non-english speakers. Our project aims to utilize the immense power of LLMs to facilitate the communication between the end-user (patient/ healthcare provider) and these large diagnostic tools. By using a simple chatbot. How it works: In its current form, the chatbot is connected to 2 machine learning classifiers (Cardiovascular disease risk / Maternal health risk). The basic use case is this: Users are asked to describe their symptoms in free form text. First message is interpreted and parsed by the LLM framework (langchain) and then checked if they’re sufficient. If not, the bot asks the user about the missing data points. When data is sufficient, it’s sent to classifiers. After the classification process, the result is sent back to the user in a properly formatted message. Who it is for: Main focus would be the telehealth market in africa, which is expected to reach $22 Billion in 2030 in the Saudi Arabia; UAE; South Africa region alone, The target market includes: personalized checkups, where users can learn about their risks. Chronic care: the bot would help with updates, medication adherence, and other care aspects. Healthcare providers, who would use this to help with the throughput of outpatient clinics in times of pressure on the system. Like what happened during the COVID-19 crisis. What the fully realized version would be: With the new release of GPT-4, this tool could be expanded to accept images (X-ray, CT, etc.) inside its context, which will enable the bot to comprehend the full medical history of a patient, this will enable greater question answering, and will be more useful as a personalized telehealth tool.

Neural Sonnets
Streamlit
application badge
LangChain

Pharma X

Pharma X is an innovative healthcare solution that utilizes advanced AI algorithms to transform the prescription process. By analyzing patient data, including medical history and medication records, it generates tailored and safe prescriptions, optimizing treatment plans and enhancing patient care. Traditional prescription writing can be cumbersome and prone to errors. Pharma X streamlines this process by integrating comprehensive patient data and leveraging AI algorithms to generate accurate and personalized prescriptions. With its ability to quickly analyze vast amounts of medical information, Pharma X provides healthcare providers with efficient and reliable prescription generation. One of the key benefits of Pharma X is its ability to mitigate potential drug interactions. By cross-referencing current medications with prescribed medicines, it ensures patient safety and reduces the risk of adverse effects. This advanced feature sets Pharma X apart, providing healthcare providers with the confidence that the prescribed medications are safe and suitable for the patient's unique medical profile. Pharma X also enables personalized care by considering individual factors such as age, gender, medical history, and allergies. This tailored approach optimizes treatment effectiveness and patient satisfaction. By providing precise dosage instructions and general advice, Pharma X empowers patients to take an active role in their healthcare journey. In addition to enhancing patient care, Pharma X offers time and cost savings. Its streamlined workflow and efficient prescription generation save valuable time for healthcare providers, allowing them to focus more on patient care. By preventing medication errors and improving patient outcomes, Pharma X also contributes to reducing healthcare costs in the long run.

MediSoft Health
ChatGPTLangChainWhisper

CareWave

AI Aspect of CareWave - Your Ultimate AI-Powered Healthcare Companion Experience the future of healthcare with CareWave, a state-of-the-art system built on cutting-edge sequence-to-sequence transformer models. Our revolutionary technology empowers you to streamline patient care, enhance communication, and revolutionize medical decision-making. With CareWave, tedious and time-consuming tasks become a breeze. Our intelligent AI system can effortlessly read and summarize medical reports, saving you precious time and energy. Gone are the days of pouring over lengthy documents – CareWave delivers concise, accurate summaries at your fingertips. But CareWave isn't just about reading and summarizing data; it's your vigilant partner in patient care. Through advanced biometric pattern recognition, our system can identify and predict abnormalities, ensuring early detection of potential health issues. Real-time monitoring keeps you informed every step of the way, enabling proactive interventions to optimize patient outcomes. CareWave boasts two powerful agents working in harmony to support your healthcare journey. DoctorPro, your trusted ally, tracks and analyzes patient biometric parameters, flagging any signs of inflammation or abnormalities. In the event of an early sign of inflammation, DoctorPro promptly alerts the hospital, equipping caregivers with the information they need for immediate action. Our system's accuracy means you can trust the alerts, differentiating between true alarms and false alarms with ease.

Matrix Medics
BERT

MediScript

Problem: Healthcare professionals struggle to accurately document patient consultations due to traditional note-taking methods being time-consuming, error-prone, and requiring significant effort. This can result in incomplete or inconsistent records, negatively affecting the quality of care provided. Target Audience: Health institutions and healthcare professionals. Market Size: According to recent market research, the global medical transcription market is projected to reach $3.7 billion by 2029. This demonstrates the vast opportunities that lie ahead for our AI transcription tool. Solution: MediScript is a web-based platform that records conversations between physicians and patients, and provides a summary of symptoms, diagnosis, and treatment. MediScript consists of two main steps. The first step is recording and converting patient-doctor conversations to text using Speech Recognition AI. For that, we used OpenAI’s Whisper API. Second, feeding the transcription along with the patient's information to a large language model to summarize the symptoms and suggest a diagnosis and treatment. We used Google’s Bard, a conversational generative AI. We feed Bard with the patient information including chronic diseases and allergies along with the conversation. Bard extracts symptoms and suggests a diagnosis and its treatment. Benefits: Reduces time and effort of patient visits. Improves transcription accuracy. Provides standardized transcriptions. Better collaboration between healthcare professionals. Improves healthcare. Future Work: Integrating ICD-10-AM (6th Edition), a standardized classification system of all diagnoses and symptoms, to provide an accurate diagnosis. Using DrugBank, a comprehensive and up-to-date medication database, to ensure accurate prescribing by considering the latest pharmaceutical information and guidelines. Support multiple languages and dialects. Sending a report of the visit to the patient's phone and email.

MediSoft Health
Whisper