Xiao-I Corporation (NASDAQ: AIXI), a leading artificial intelligence company announced the launch of its groundbreaking artificial intelligence solution for golf course management - a specialized implementation of its proprietary tAIkbox platform tailored for sports facility operations. This AI-driven platform resolves critical operational challenges for the United States' golf industry—home to the world's largest infrastructure network with 15,962 courses (National Golf Foundation Facility Database 2025)—through complete automation of tee time reservations via voice-enabled phone systems and direct software integration.

The enterprise-grade solution features:

• 24/7 intelligent voice assistant capable of processing natural language booking requests
• Seamless integration with existing golf course management software ecosystems
• Automated reservation confirmation through SMS and email notifications
• Dynamic pricing compatibility and seasonal demand adaptation
• Staff cost reduction capabilities through full-process automation

"According to the National Golf Foundation's 2022 Operational Report, 78% of U.S. 18-hole facilities experienced seasonal staffing shortages, particularly impacting customer-facing and maintenance roles during peak demand periods. Our AI-driven solution delivers unprecedented operational efficiency," said Chief Technology Officer at Xiao-I Corporation. "The system develop and operate on tAIkbox platform, which handles 100% of booking calls while maintaining natural conversational flow – never miss out a business opportunity."

The tAIkbox platform's cross-industry adaptability extends far beyond its current deployments in customer service ecosystems and golf course operations. Future implementations could transform sectors ranging from hospitality management—where multilingual guest interactions could be automated—to healthcare facility coordination through natural language processing triage systems. The platform's architecture equally supports supply chain optimization via voice-commanded inventory management and educational institution administration through AI-curated academic scheduling, demonstrating its capacity to redefine operational paradigms across diverse verticals while maintaining unified technical standards.