Meta AI technology page Top Builders

Explore the top contributors showcasing the highest number of Meta AI technology page app submissions within our community.

Meta

Meta, founded in 2004, is a global technology leader that revolutionizes how people connect and interact in the digital world. Originally known as Facebook, Meta is renowned for its pioneering advancements in social media, with platforms like Facebook, Instagram, and WhatsApp, which collectively reach billions of users worldwide. In addition to its social media prowess, Meta is a global technology company at the forefront of AI innovation, focusing on enhancing human connectivity and creating immersive digital experiences. Among its leading products related to AI technology are the LLaMA (Large Language Model Meta AI) series and Meta AI.

General
CompanyMeta Platforms, Inc.
FoundedJanuary 4, 2004
HeadquartersMenlo Park, California, U.S.
Repositoryhttps://github.com/facebook

Key Products and Research

Meta has developed a range of AI products designed to enhance various aspects of technology and user experience. Here’s a brief overview of these AI products:

LLaMA (Large Language Model Meta AI)

LLaMA is a series of large language models designed for natural language processing tasks. These models, including the latest LLaMA 3.1, are known for their advanced capabilities in text generation, understanding, and multilingual processing. They are available as open-source models, promoting innovation and research in AI​ Meta | Social Metaverse Company,Facebook.

Meta AI

Meta AI is an intelligent assistant integrated across Meta’s platforms, such as Facebook, Instagram, WhatsApp, and Messenger. Powered by LLaMA models, it helps users with tasks like content creation, information retrieval, and personalized interactions Meta | Social Metaverse Company.

PyTorch

PyTorch is an open-source machine learning library developed by Meta and widely used in both research and industry. It provides tools for building and training deep learning models and has become a standard framework in the AI community​ Facebook.

Meta AI Research (FAIR)

Meta’s AI research division, formerly known as FAIR (Facebook AI Research), focuses on advancing the field of AI through open research and collaboration. This division works on various AI challenges, including computer vision, natural language processing, and generative AI​ Facebook.

Meta AI in the Metaverse

Meta is also incorporating AI into its metaverse initiatives, using AI to create immersive experiences in virtual and augmented reality. This includes developing AI-driven avatars, enhancing virtual environments, and improving interaction within the metaverse​ Meta | Social Metaverse Company.

AI for Ads

Meta leverages AI to optimize ad targeting, delivery, and measurement across its platforms. AI algorithms analyze vast amounts of data to improve the effectiveness of advertising campaigns, making them more relevant to users and efficient for advertisers​ Meta | Social Metaverse Company.

LLaMA Impact Grants

The LLaMA Impact Grants program, launched by Meta, aims to support and encourage the innovative use of its LLaMA (Large Language Model Meta AI) models to address critical challenges in various sectors, including education, environmental sustainability, and public good. This initiative offers financial grants and resources to researchers, nonprofits, and other organizations that seek to leverage LLaMA models for impactful projects. The program highlights Meta’s commitment to responsible AI development and its belief in the potential of AI to drive positive social change.

For more details, visit the LLaMA Impact Grants page.

Meta AI technology page Hackathon projects

Discover innovative solutions crafted with Meta AI technology page, developed by our community members during our engaging hackathons.

Luna AI - The Ultimate Personal Assistant

Luna AI - The Ultimate Personal Assistant

The Desktop Task Manager and Communication Assistant is an innovative application that revolutionizes how users interact with their digital workspace. By harnessing the power of LLaMA 3.1, a cutting-edge language model, and integrating it with crew.ai's sophisticated AI agents, this tool creates a seamless bridge between voice commands and complex task execution. At its core, the application offers an intuitive voice interface, allowing users to manage their daily tasks, schedule meetings, compose emails, and manipulate documents across various Google services with simple spoken instructions. The AI interprets these natural language inputs, extracting relevant information to trigger the appropriate task agents. What sets this assistant apart is its multi-agent architecture. Each Google service (Meet, Gmail, Docs, Calendar, Drive, and Sheets) has a dedicated AI agent, enabling specialized handling of service-specific tasks. This modular approach ensures efficient and accurate execution of user requests, whether it's creating a new spreadsheet, scheduling a video call, or organizing files in Google Drive. The LLaMA 3.1 model serves as the central intelligence, processing user prompts and coordinating between agents. It can understand context, infer user intent, and even automate complex multi-step processes. For instance, a single voice command could trigger the creation of a meeting invite, generate an agenda document, and send email notifications to participants. By automating routine tasks and providing a natural, conversational interface to powerful productivity tools, this Desktop Task Manager and Communication Assistant significantly enhances workflow efficiency. It's particularly valuable for professionals who juggle multiple projects, frequent meetings, and extensive digital communication, offering a smarter way to manage their digital workload.

Agentic SDLC

Agentic SDLC

We designed four agents to automate the SDLC. These were: Requirements Agent: Understand requirements from requirements doc Design Agent: Create high level design doc Software Development Agent: Generate codebase to build PoC (small project) Code Test Agent: Generate code tests The workflow steps we followed were as follows: a. Requirements Gathering Task: Extract key requirements from a document. Goal: Create a concise summary of the CRM system's required features. Outcome: Defines the project scope (authentication, CRUD operations, task management, reporting). b. High-Level System Design Task: Design the architecture of the CRM system. Diagrams Generated: Use Case Diagram Class Diagram Entity-Relationship Diagram (ERD) UI Design for Dashboard Outcome: A document detailing the architecture, components, and visual diagrams of the system. c. Code Generation Task: Develop the Code for the system. Goal: Create functional code that implements core features. Outcome: Working code implementing authentication, database operations, and reporting. d. Code Testing Task: Run test cases to verify code functionality. Goal: Ensure the system meets the requirements and works as expected. Outcome: A detailed test report highlighting results and potential issues. Future Work could include: Improvements in Design Diagrams: Explore more AI-driven tools for automated generation of detailed design diagrams. Customization: Enable more advanced configurations for tasks such as adding new agents or expanding CRM functionality. Deployment: Plan for deployment of the final CRM system in a production environment. We also considered building an agentic workflow for MLOps, but ultimately decided on the SDLC.