OpenAI Custom GPTs AI technology Top Builders

Explore the top contributors showcasing the highest number of OpenAI Custom GPTs AI technology app submissions within our community.

Custom GPTs: Redefining AI Customization

Custom GPTs redefine your ChatGPT experience, enabling the creation of personalized AI models tailored to specific tasks. Whether you strive to optimize your project management workflows, simplify complex legal jargon, or generate captivating marketing copy, Custom GPTs offer a versatile solution to meet your needs.

General
Release date	November 6, 2023
Author	OpenAI
Type	Customizable AI model

Custom GPTs redefine ChatGPT's capabilities, enabling tailored AI models that seamlessly integrate external data sources, catering to personal, corporate, or public requirements without coding skills.

Key Features

Tailored Solutions: Customize AI models for various needs.
Real-World Integration: Seamlessly incorporate external data sources.
Simplified Creation: Build AI models without coding knowledge.

For more details and updates, refer to the OpenAI Blog - Introducing GPTs and explore diverse Use Cases demonstrating the potential of Custom GPTs.

GPTs Tutorials

👉 Discover more Custom GPTs Tutorials on lablab.ai

Edit on Github

OpenAI Custom GPTs AI technology Hackathon projects

Discover innovative solutions crafted with OpenAI Custom GPTs AI technology, developed by our community members during our engaging hackathons.

School Network Planner

The School Network Planner is a tool designed to enhance internet connectivity in schools, ensuring a smooth and uninterrupted learning experience for both students and teachers. In today’s digital age, stable and fast internet is vital for effective learning, especially with the increasing reliance on online education and digital resources. The planner uses data-driven insights to provide personalized network solutions tailored to the specific needs of each school. By collecting basic information such as the school name, village location, the number of classrooms, and the total number of students, the tool accesses a database to analyze the network requirements. It then recommends the most suitable Wi-Fi speed and bandwidth to ensure optimal connectivity for the entire school. The system considers factors such as peak internet usage times and high-demand areas like computer labs and staff rooms. This project specifically focuses on schools in the Sargodha region of Punjab, Pakistan. We used Python to gather and process the data, ensuring that the recommendations are based on accurate and up-to-date information about the region’s schools. This allows the planner to offer precise and effective solutions for each school’s unique setup. The planner also offers valuable advice on managing class schedules to prevent network congestion. It recommends distributing high-bandwidth activities, such as online lessons, across different time slots to ensure smooth internet use without interruptions. Additionally, it provides tips on prioritizing internet usage for classrooms that require more connectivity, helping schools efficiently manage their network resources. In conclusion, the School Network Planner empowers school administrators in the Sargodha region to optimize their internet systems, ensuring a reliable and cost-effective network for enhanced learning outcomes.

Empowering Businesses with AI-Powered Automation

Empowering Businesses with AI-Powered Automation Tools is an innovative project designed to revolutionize how entrepreneurs, artisans, and small businesses operate in a competitive digital landscape. Our solution integrates cutting-edge AI technologies, such as natural language processing (NLP) and predictive analytics, to provide seamless automation, enhance online visibility, and deliver personalized customer experiences. The platform offers tools for automated customer communication, AI-optimized SEO strategies, and intelligent recommendation systems to match customer needs with business offerings. By simplifying complex processes, reducing operational costs, and improving decision-making through data-driven insights, our solution empowers businesses to scale effectively and remain competitive in their industries.

drAIML - Medical AI Consultant

Dr. AIML revolutionizes healthcare by integrating cutting-edge AI with precision, adaptability, and empathy. It leverages advanced APIs and technologies to deliver real-time medical consultations, personalized diagnostics, and ethical care anytime, anywhere. Dr. AIML interacts seamlessly with OpenAI, Llama3 Groq, and Together.ai APIs, enabling access to powerful language models and medical insights. Using python-dotenv, it securely manages API keys and environment variables for streamlined operations. The platform’s user interface is powered by NiceGUI, a FastAPI-based framework that ensures a responsive and user-friendly experience. Backend operations utilize aiohttp for high-performance asynchronous HTTP handling and asyncio for efficient concurrent processing. For data handling, Dr. AIML employs ujson for fast JSON processing and psutil for system-level process management, ensuring optimal performance. Additionally, Streamlit is used to create an interactive and engaging front-end experience for users. With its mission to provide accessible, accurate, and ethical healthcare, Dr. AIML combines state-of-the-art APIs, secure integrations, and advanced machine learning to redefine the future of medical consultation. It’s more than just AI; it’s a trusted partner in safeguarding human health.

LifeVault- AI-Powered Medical Histories

Our project is a web-based platform that revolutionizes medical record digitization. It allows users to upload post-surgical documents (PDFs or images) via an intuitive interface. These documents follow a predefined structure compatible with our AI system, which extracts key medical details such as patient name, age, symptoms, medical history, diagnoses, and treatments. The extracted data is converted into a standardized JSON format and securely stored in MongoDB for efficient management and retrieval. By automating transcription, our solution reduces errors, saves time, and ensures quick access to accurate, well-structured data. The integration of AI ensures high accuracy and adaptability to new formats, while MongoDB provides scalability for managing large datasets. Our project is enhanced by partnerships with Volmand, Mozart, New Digital Trade Coalition INC, Ciudad Bótica, and others. These collaborations bring expertise and resources to refine our platform, expanding its potential impact on healthcare systems. Together, we aim to simplify medical record management, improve healthcare data accessibility, and enable professionals to focus on delivering quality care while patients benefit from better continuity and safety.

ASR adaption for low resource languages with LLMs

[Task 3. Expanding Low-Resource Languages] Today, even the best production-level real-time speech Recognition systems use old n-gram language models on top of the Speech Recognition models (CTC ASR). CTC means that the ASR model outputs character probabilities (logits), not real words. Once logits are received, an n-gram language model is applied on top of it to maximize the accuracy. The problem with n-gram model is that it's able to take into account only n words (usually n=3) in the sequence, which is a huge limitation. Normally, In order to properly understand the speech, we need: 1) the whole context of the conversation, 2) prior context (something we talked about before) In this project, I address the first problem by training LLM like Llama3.2 on top of the ASR generated logits.

ASPIR Strawberry FinStart

ASPIR Strawberry FinStart is the first interactive case study of its kind, designed to enhance both learning and engagement by tracking course progress through a cutting-edge vector database. Created by Strawberry, this innovative case study simulates the journey of the startup FinStart as it grows and adopts new materials. Participants experience the dynamic challenges of scaling a business while engaging in real-time, personalized dialogue that reflects the startup's evolving persona. FinStart provides real-world examples, with the course adapting to the business’s needs and actions as new concepts are introduced. The interactive dialogue keeps the learning fresh, allowing users to receive instant company feedback and explore strategies in real-time. This model offers multiple business advantages, including: Real-time progress tracking that allows participants to visualize their learning journey. Personalized learning paths based on individual progress and interactions. Simulated business growth, which helps participants understand how decisions impact scaling a startup. By integrating advanced database technologies and an interactive approach, FinStart livens up learning, transforming passive materials into dynamic, engaging conversations and real-world simulations.