Chooch.ai: Intelligent Vision AI for Healthcare and Facility Safety

Chooch.ai is a cutting-edge AI platform that leverages autonomous vision technology to enhance safety and efficiency in healthcare and facility environments. Designed to proactively detect risks and monitor critical conditions in real time, it supports applications such as remote patient monitoring, fall detection, inventory management, and workplace safety—without requiring wearables. The platform analyzes video and sensor data to identify hazards like fire, smoke, blocked exits, and forklift dangers, automatically triggering alerts and workflows. With seamless integration into existing ERP, safety, and facility management systems, Chooch.ai enables touchless automation and incident prevention. Developers can customize solutions using the Vision Studio and access comprehensive API, edge device, and inference engine documentation. Ideal for forward-thinking organizations in healthcare and industrial facilities, Chooch.ai combines advanced AI with real-world operational impact.

Key Features:

• Real-time video and sensor data analysis
• Autonomous vision AI for healthcare and safety monitoring
• Fall and distress detection without wearables
• Detection of fire, smoke, forklift hazards, and blocked exits
• Automated alerts and incident response workflows
• Integration with ERP, safety, and facility management systems
• Touchless supply chain automation to reduce stockouts and waste
• Vision Studio for building custom AI models
• Developer documentation for API, edge device, and inference engine setup
• Proactive risk management and incident prevention

Pricing: Chooch.ai offers a tailored pricing model with a free trial available for potential users to explore its capabilities before committing.

Conclusion: Chooch.ai stands out as a powerful, proactive AI solution that transforms facility and healthcare safety through intelligent, real-time vision analytics—delivering peace of mind, efficiency, and innovation with minimal disruption to existing operations.