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Enterprise-grade AI agent platform automating sales, customer service, HR, and other business processes

An AI development and MLOps platform for customizing, deploying, and continuously optimizing large language models.

Defense Situational Awareness Platform integrating multi-domain sensor data for threat detection and tracking

Sales automation platform that handles appointments, customer follow-ups, and syncs calendars with CRM systems.

Prompt engineering tool that transforms simple ideas into structured instructions and generates diverse prompt types

Enterprise agent deployment platform supporting autonomous decision-making and multi-task automation.

Covariant offers a universal AI robotics platform called Covariant Brain, designed to enable warehouse robots to see, think, and act autonomously. Trained on the largest real-world dataset from warehouses worldwide, it allows robots to handle a wide variety of items from day one without requiring specialized programming. Its foundation model approach supports diverse picking use cases, continuously improves through collective learning, and adapts to new SKUs and environments, significantly enhancing operational efficiency and reliability in fulfillment centers.

Figure AI is an innovative robotics company focused on developing the world's first commercially viable autonomous humanoid robot by combining advanced AI with human-like dexterous manipulation. Its flagship robot, Figure 02, integrates cutting-edge AI models, stereo vision, and high-precision actuators to safely and autonomously perform complex physical tasks across diverse environments such as logistics, manufacturing, retail, and home settings. Through continuous learning via embodied AI and real-world interaction, Figure AI is committed to addressing labor shortages, enhancing human productivity, and realizing robots with human-level reasoning and adaptability.

Dia is an innovative browser newly launched by The Browser Company, redefining how users interact with the web as a next-generation browsing experience. Unlike traditional browsers that treat automation as an add-on feature, Dia embeds intelligent capabilities directly into the browsing environment itself. The browser understands context across tabs, executes complex multi-step tasks, and automates everyday online activities through natural language commands. Built on Chromium, Dia represents a strategic evolution from The Browser Company's previous product, the Arc browser, offering a cleaner interface designed for a broader audience while maintaining powerful automation functionality.

Nexa AI is a comprehensive on-device AI model hub and inference framework designed to enable developers and enterprises to locally deploy and run over 700 quantized AI models on a wide range of edge devices. It supports multiple modalities including text, vision, and audio, and is optimized for CPUs, GPUs, and NPUs across platforms such as Windows, macOS, Linux, Android, and iOS. By eliminating cloud dependency, Nexa AI emphasizes privacy, low latency, and cost efficiency, while providing tools like the Nexa SDK for seamless one-line deployment and hardware acceleration. The platform also fosters a collaborative community for model sharing and development support, making on-device AI practical and scalable.

Mentra Smart Glasses is a cutting-edge open-source wearable device that brings AI directly into the user's field of view. Equipped with a 13-megapixel camera, multiple microphones, stereo speakers, and a lightweight frame, these glasses run on AugmentOS—a universal operating system that enables developers to seamlessly build and deploy AI applications and agents. The platform supports real-time translation, subtitles, AI assistance, notifications, and live streaming, making it a versatile, programmable smart glasses solution for both consumers and developers.

Sorting Robotics specializes in developing robotics and automation systems designed specifically for the cannabis industry. Their technology streamlines critical production processes such as pre-roll injection, vape cartridge filling, and packaging. By integrating robotics with computer vision and automation software, Sorting Robotics enables precise handling of delicate cannabis products, reduces labor costs, and improves product consistency. Their modular systems are adaptable to production scales of varying sizes and incorporate unique cannabis-specific functionalities such as distillate injection and kief topping, setting new standards for quality and operational efficiency in cannabis manufacturing.