Have AI conversations with extracted data from sources like YouTube, Google Reviews, and Reddit.
1. Analyze YouTube Video or Shorts comments and gain insights.
2. Analyze Google Maps place reviews and get business insights.
At IndustriAgents, we're building AI agents that connect humans and machines like never before. Our product lets humans talk to machines in natural language. Think of it as giving machines an AI brain so they can work smarter, faster, and more flexibly.
Vibe Board is an AI-powered platform that collects, asks, and researches user feedback through interactive conversations. Unlike static forms, it uses intelligent AI agents to engage users like real interviewers, uncovering deeper and more valuable insights.
VibeBoards is an AI-powered platform that helps you collect, analyze, and act on feedback through smart, conversational forms and instant insights—turning user input into impactful business decisions.
Hey Everyone, I recently launched a platform close to my heart AI Agents for Machines, and I d love to open up a conversation around some ideas and questions
1 What is AI Agents for Machines ? It s a platform that lets you build & test AI agents designed to control real-world machines. It talks to sensors & actuators using the communication protocols like OPC UA , MQTT, REST , ROS functions, machine skills meaning it can understand machine states , plan, reason and act accordingly.
2 Why this matters: Machines are getting smarter, but most still rely on static logic or hardcoded rules. We re aiming to bridge that gap giving developers the tools to build AI agents that can reason, decide, and act autonomously.
3 Who is this for? (Agents for Human machine collaboration) Engineers building industrial systems, smart factory developers, researchers in robotics/automation, and tinkerers who want their machines to do more with less input.
This platform enables you to build and test your own AI agents for seamless interaction between users and machines. By leveraging the OPC UA communication protocol, it reads sensor variables and controls actuators to perform actions based on user requirements.
