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.

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

Space Galaxy 93

The evolution of space helmets is revolutionizing astronaut safety. With advancements in technology, the latest space helmets offer enhanced impact protection, improved communication capabilities, and augmented reality displays for heightened situational awareness. These innovations enable astronauts to undertake increasingly ambitious missions while minimizing risks, ensuring their well-being in the harsh conditions of space exploration. The current helmet is being developed using emerging technologies such as: 1- 3D Printing : To reduce the high cost of the current helmet, where the price ranges between 150 - 180K  dollars, the innovation helmet is made of carbon fiber materials, which makes it lighter than normal helmets.  Moreover, the dimensions of this helmet can be customized depending on the specific dimensions. Although , they are similar in size to regular sapace helmets, it has a design that allows astronomers to look up at the sky without obstruction while providing protection from ambient light and other environmental factors. 2- Argument Reality (AR) technologies: The astronaut’s vital data appears on the right side of the helmet’s internal screen, and information about items appears in front of the astronaut on the left side of the helmet. 3- Artificial Intelligence (AI): The helmet is connected to internal sensers and external cameras to analyze the astronaut’s vital signs, the elements in front of him, and also the environment around him.  4- Machine Learning: The helmet is connected to the vital devices attached to the astronaut’s suit, so that changes in vital signs such as oxygen flow, muscle atrophy, balance and gravity are sensed and adjusted as needed.

Space Galaxy 93
ChatGPTGPT-4Dall-e MiniReinforcement Learning

Riveria - Virtual Assistant

Riveria is conceived as the ultimate astronomic virtual assistant, a trusted ally for astronauts and scientists embarking on the enigmatic journey into the cosmos. Its core objectives are simple yet profound: to empower, simplify, and extend the horizons of knowledge and discovery. Assisting Astronomers in Astronomical Research: Riveria equips astronomers, astronauts, and researchers with cutting-edge data analysis capabilities. In the face of the overwhelming influx of astronomical data, it becomes a beacon, illuminating patterns, recognizing celestial bodies, and even forecasting forthcoming cosmic events. It relegates the time-consuming task of data sorting to history, freeing scientists to focus on the questions that matter most. Performing Complex Astrophysical Calculations: Riveria's computational prowess is a force of nature. It possesses the capability to perform intricate astrophysical calculations, unraveling the intricacies of celestial phenomena. Its number-crunching abilities empower scientific discoveries and widen the boundaries of our understanding of the universe. Remote Satellite Control: Real-time satellite control is the lifeblood of space exploration. Riveria offers an intuitive interface for controlling orbiting satellites, granting immediate access to imaging and telemetry data. This control is instrumental in scientific observations, research, and the ceaseless advancement of space exploration. Seamless Astronaut Communication: The vastness of space can be isolating, but Riveria is the bridge that connects astronauts. It ensures that they remain connected, engaged, and capable of collaborating with precision, regardless of their positions in the cosmos. This capability vanquishes the loneliness of space, fostering teamwork and enhancing the astronaut experience..


ProjectAI Teammate

"ProjectAI Teammate is not just a project management tool; it's your intelligent partner in achieving project excellence. Powered by cutting-edge artificial intelligence, it revolutionizes teamwork by offering a comprehensive suite of features designed to collaboration, optimize resource allocation, and provide data-driven insights. At its core, ProjectAI Teammate is your project's best friend. It utilizes advanced AI algorithms to intelligently allocate tasks, matching team members' skills and availability with project requirements. Say goodbye to manual task assignments and resource conflicts. With it, your team's workload is optimized for efficiency. Planning and scheduling have never been easier. Our AI-driven predictive scheduling feature anticipates potential , helping you proactively manage resources and deadlines. It takes into account historical project data, team performance, and external factors to provide accurate timelines, ensuring you stay on track. ProjectAI Teammate offers real-time collaboration features that empower your team to work seamlessly together. From instant messaging and file sharing to collaborative document editing, communication is effortless. Plus, the integrated video conferencing and screen-sharing capabilities make virtual meetings as productive as face-to-face ones. Data is the backbone of informed decision-making, and ProjectAI Teammate is your data guru. It collects and analyzes project data, providing you with actionable insights and performance metrics. Identify trends, spot opportunities for improvement, and make informed decisions to drive project success. In summary, ProjectAI Teammate is the ultimate teamwork project management tool powered by the latest in AI technology. It's more than just software; it's a dedicated team member that enhances productivity, optimizes resource allocation, and provides the insights you need to make informed decisions. With ProjectAI Teammate, your projects are destined for success."

ProjectAI Teammate
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GPT-3GPT-4ChatGPTAI21 Labs

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


In today's increasingly digitized world, seamless interaction with personal computing devices is crucial for efficiency and productivity. However, a significant segment of the population faces substantial barriers in accessing and utilizing these essential tools due to physical disabilities or special needs. These barriers range from the inability to operate a keyboard due to conditions such as paralysis, broken limbs, or other motor impairments, to cognitive challenges that complicate the use of standard interfaces. This disparity not only hampers individual progress but also represents a broader societal failure to include all individuals in the digital revolution. Our startup, twinzadm, aims to bridge this accessibility gap by offering an innovative voice assistant tailored for PC users with special needs and physical disabilities. Leveraging advanced voice recognition and natural language processing technologies, twinzadm provides a hands-free, intuitive solution for tasks such as opening and closing installed programs, as well as conducting searches on platforms like Google, YouTube, and ChatGPT. Upon its first initialization, twinzadm scans the user's device to create a customized profile of available applications, thus allowing for a more personalized user experience. By transforming auditory input into actionable text commands, and vice versa, twinzadm offers a two-fold communication model. This dual nature ensures not only that the commands are executed effectively but also that the user receives understandable and audible feedback, closing the loop of interaction. In summary, twinzadm tackles the pressing issue of digital accessibility, enabling a marginalized segment of the population to participate more fully in today's technology-driven society. Our solution addresses the complex challenges of adapting human-computer interaction to the diverse needs of users, thereby elevating the standard of inclusive technology.


Psychological State Detection Using AI

In our increasingly digital world, effective communication with machines has become integral to our daily lives. However, a significant challenge lies in bridging the emotional gap between humans and artificial intelligence. Traditional human-computer interfaces often miss the nuanced emotional cues present in our voices, hindering our ability to interact with machines in a more natural and emotionally intelligent way. By using Tensorflow, Streamlit, and LSTM We trained our model on a huge audio datasets of 200 target words were spoken in the carrier phrase "Say the word _' by two actresses and recordings were made of the set portraying each of seven emotions (anger, disgust, fear, happiness, pleasant surprise, sadness, and neutral) with a total of 2800 data points. Feature Extraction: extracting relevant features from audio data. These features include pitch, tone, intensity, and spectral characteristics. Model Training: LSTM networks, as part of the TensorFlow framework, are trained on labeled audio datasets that associate audio samples with specific psychological states (e.g., happiness, sadness, anger). Pattern Recognition: During training, the LSTM learns to recognize patterns in the extracted audio features that correlate with different psychological states. It identifies how changes in vocal attributes correspond to specific emotions. Inference by Streamlit: Once trained, the AI model can infer the psychological state of unseen audio data. It analyzes the audio's features and provides an estimation of the emotional state expressed in the speech.

The Data Hunter
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The “فصيح” app contains the following features: 1. Speech Evaluation: pronunciation, pace, fluency, word choice, and overall clarity. It can detect errors or areas that need improvement and provide specific feedback to the user. 2. Personalized Recommendations: The AI takes into account the user's proficiency level, native language, and specific goals. It provides personalized recommendations and exercises tailored to the user's needs. 3. Progress Tracking: The application keeps track of the user's progress over time. It can generate reports and visualizations that show improvements in different speech aspects. 4. Social Interaction Features: The application include a social platform where users can connect with other learners, join speech practice groups, or participate in virtual speaking events. This fosters a supportive community and provides opportunities for peer-to-peer feedback and practice. 5. Intonation and Stress Training: The AI can analyze the user's prosody (rhythm, stress, and intonation) and provide guidance on how to emphasize key words, maintain a natural flow, and convey meaning effectively. 6. Interactive Dialogue Practice: The application can include interactive dialogue simulations where users can engage in conversations with virtual characters or AI-powered chatbots. This feature allows users to practice their speaking skills in realistic conversation scenarios and receive feedback on their performance. It can also provide exercises for specific speech scenarios, such as presentations, interviews, or public speaking engagements. 7. Rewards: The application can incorporate points rewarding elements. Users can earn points, badges, or unlock levels as they progress. 8.Mental health: The app provide resources, tips, and exercises to help users build confidence, manage anxiety or stage fright, and develop a positive mindset for public speaking or any form of communication. 9.Support multiple languages.

AI avengers


NLP: The endeavor of creating programs with some level of 'understanding' of a natural language in order to accomplish a certain purpose falls under the purview of the sub-field of artificial intelligence. By using the former concept, we can create using a high programming language to design a full software with AI recognition of world wide language. The software can be designed to recognize any word in a picture or photo taken by the camera, then show the result as the name of the language and translation of the desired language. Why Machine Translation? Cheap, universal access to the world's online information regardless of the original language. Translating AI systems, such as machine translation, offer numerous benefits for language-related tasks. Here are several advantages of using translation AI: Enhanced Communication: Translation AI enables people who speak different languages to communicate effectively. It breaks down language barriers, facilitating cross-cultural interactions in various domains, including business, education, tourism, and diplomacy. Time and Cost Efficiency: Traditional human translation can be time-consuming and expensive, especially for large volumes of text. AI translation systems can significantly reduce both time and cost, allowing for faster and more affordable translation services. Consistency and Accuracy: AI translation models strive to maintain consistency and accuracy in their translations. They can analyze vast amounts of language data, ensuring that translations align with established linguistic rules and conventions. This helps maintain the integrity of the original content and reduces the risk of miscommunication.

The Algorithm Army


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
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PsychWare is a sophisticated platform that utilizes a cutting-edge model to assess the mental well-being of Arabic students. The model employed in the project is designed specifically for detecting depression, and it leverages the power of NLP techniques. It has been trained on a vast amount of data, including a mixture of Arabic and English texts commonly found in online accounts of Arabic students. To handle the linguistic diversity and the mix of Arabic and English, the model incorporates preprocessing techniques. This includes removing diacritics, punctuations, repeating characters, and emojis from the text. By performing these preprocessing steps, the model ensures that the input text is clean and ready for analysis. The model itself is based on the transformer architecture, which has proven to be highly effective in NLP tasks. Transformers excel at understanding the semantic context and nuances of text, allowing PsychWare to accurately classify the emotional state of students, identify levels of exam anxiety, and detect potential signs of depression. Moreover, PsychWare recognizes the unique linguistic characteristics of the Arabic language, taking into account Arabic dialects and the presence of English words within the text. This enables the platform to provide a comprehensive analysis of Arabic students' mental well-being, transcending language barriers and delivering valuable insights to educators, parents, and mental health professionals. The integration of PHP and React in PsychWare ensures a seamless and user-friendly experience. The PHP backend handles the data processing and communication with the model, while the React frontend presents the results in an intuitive and visually appealing manner. PsychWare is poised to make a significant impact in the field of mental health assessment among Arabic students by harnessing the power of advanced NLP models and addressing the unique linguistic characteristics of Arabic and English texts.


Noor an Intelligent chatbot

Noor is an exceptional and highly advanced intelligent chatbot designed to revolutionize the way businesses interact with their customers. With its cutting-edge technology and powerful capabilities, Noor has the unique ability to understand and interpret the context of your business, enabling it to provide a truly personalized and engaging dialogue experience for your customers. What sets Noor apart is its deep learning algorithms and natural language processing capabilities. It can comprehend and interpret customer queries with remarkable accuracy, making conversations with Noor feel seamless and natural. By understanding the context and intent behind the customer's messages, Noor can provide relevant and insightful responses, ensuring a positive and satisfying experience for your customers. Noor is more than just a chatbot—it's a trusted virtual assistant that can handle a wide range of customer interactions. From providing real-time support on your website to assisting customers on social media platforms, Noor seamlessly integrates with multiple communication channels, allowing customers to engage with your business in their preferred way. Moreover, Noor's versatility extends beyond customer support. It can be integrated into your sales and marketing strategies, helping to generate leads, qualify prospects, and even assist in product recommendations. With Noor, the future of customer engagement is here. Empower your business with an intelligent chatbot that goes beyond mere automation, providing a truly personalized and human-like interaction for your customers. Experience the power of Noor and unlock a new level of customer satisfaction and business success.


AVCB Chatbot

OAN is a Discord bot that uses the Bard large language model to provide a variety of features, including: Real-time translation: OAN can translate messages into any language, making it easy to communicate with people from all over the world. Voice note recognition: OAN can understand voice notes, so you can send commands or ask questions without having to type. Text-to-speech: OAN can convert the response from Bard into a voice note, so you can listen to it instead of reading it. These features make OAN a powerful tool for communication and collaboration on Discord. Whether you're working on a project with people from different countries or just want to chat with friends in other languages, OAN can help you connect with people from all over the world. Here are some additional benefits of using OAN: It's easy to use. You can just type in a command or ask a question, and OAN will do its best to understand you. It's accurate. OAN uses the latest language models to provide accurate translations and responses. It's versatile. You can use OAN for a variety of tasks, including translation, research, and creative writing. If you're looking for a powerful and versatile Discord bot, OAN is a great option. It's easy to use, accurate, and versatile, making it a great way to connect with people from all over the world. Here are some examples of how OAN can be used: Translate messages: You can use OAN to translate messages into any language. This is a great way to communicate with people from other countries or to learn a new language. Answer questions: You can ask OAN questions about anything. It can provide you with information on a variety of topics, including history, science, and pop culture. Generate creative content: You can use OAN to generate creative content, such as poems, stories, and code. This is a great way to get your creative juices flowing.



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

Machine prompt

Our project addresses the problem of people struggling to write prompts for communicating with artificial intelligence. Many people face difficulties in writing effective prompts, including lack of clarity in goals, inflexibility in language, and failure to identify key variables. This can result in poor communication with AI systems and inaccurate results. To solve this problem, we are developing a platform that generates professional and customized prompts for users, even for those who are unfamiliar with the concept. Our platform uses advanced machine learning algorithms to analyze user input and generate prompts that are tailored to their specific needs. This makes it easy for users to create effective prompts and communicate with AI systems in a more efficient manner. Our platform will be user-friendly, with a simple interface that makes it easy for users to create prompts regardless of their level of expertise. Users can input their goals and the variables they want to consider, and our platform will generate a prompt that is concise, clear, and effective. We believe that our platform will have a wide range of applications, including in the fields of research, data analysis, and customer service. By making it easier for users to communicate with AI systems, our platform will help to improve theaccuracy and efficiency of AI-based processes, ultimately leading to better outcomes for users. In summary, our project is developing a platform that will revolutionize the way people communicate with artificial intelligence. By providing users with customized and professional prompts, we aim to simplify the process of creating effective prompts and improve the accuracy and efficiency of AI-based processes.

Machine Prompt
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