riact.ai: A Universal Operating System for Industrial Robot Control

riact.ai is a skill-based robot control platform designed to streamline and modernize industrial automation. It serves as a universal operating system for industrial robots, enabling simple, scalable, and efficient robot application development across brands and systems. With an intuitive drag & drop interface and pre-built templates for common tasks like machine tending, pick & place, and palletizing, riact.ai empowers engineers and integrators to reduce engineering time by 50% and reconfigure robots up to 3x faster. Its digital twin simulations allow for safe optimization before deployment, while the extensible app development platform supports custom drivers, skills, and plugins. Built for cross-brand compatibility with cobots, CNC machines, PLCs, grippers, and more, riact.ai ensures full user autonomy and seamless integration in complex manufacturing environments.

Key Features:

• Skill-based robot control platform
• Universal operating system for industrial robots
• Drag & drop user interface for intuitive operation
• Pre-built application templates (machine tending, pick & place, palletizing)
• 3x faster robot reconfiguration
• 50% reduction in engineering time via standardized hardware integration
• Cross-brand compatibility across cobots, industrial robots, CNC machines, PLCs, grippers
• Digital twin simulations for safe pre-deployment optimization
• Extensible app development platform for custom drivers, skills, and plugins
• RiFLEX Runtime for configuring and running robots in industrial settings
• RiFLEX Developer (in closed beta) for system integrators to build and deploy applications

Pricing: riact.ai offers a freemium model with access to core features available for free, while advanced capabilities and developer tools are accessible through a paid subscription.

Conclusion: riact.ai is a transformative, user-friendly platform that redefines industrial robot programming with intelligent automation, seamless integration, and powerful customization—ideal for modernizing manufacturing workflows with minimal effort.