From October 13-17, Hollyway, a Singapore-based leader in AI-driven autonomous drone systems, made a strong debut at GITEX GLOBAL 2025, one of the world's largest and most influential tech shows. Held at the Dubai World Trade Centre, the event was a pivotal platform for Hollyway to engage with the dynamic Middle Eastern market, a crucial region in its global strategic plan.
This year's GITEX GLOBAL, which brought together tech leaders from East and West, focused on AI infrastructure, global innovation acceleration, and AI-driven economy. It drew over 2,000 companies from 180 countries, showcasing breakthroughs in AI, quantum computing, and sustainable technology.
At the event's core, Hollyway captivated attendees with a live demo of its fully autonomous Drone-in-a-Box systems. The two operational units on display garnered significant interest from industry professionals across sectors. While the Middle East is a frontier for technology adoption, many visitors experienced the seamless capability of a fully integrated, autonomous drone platform for the first time. This sparked widespread admiration and intense interest in the technology's transformative potential for industrial applications.
Moreover, Hollyway's presence was bolstered through collaborations with local partners deeply rooted in the region's telecommunications, security, and smart infrastructure sectors. These strategic alliances have laid a valuable foundation of trust and a collaborative framework for Hollyway's market entry.
"Designed for industrial applications and powered by AI, Hollyway's DIB system offers remarkable flexibility. It supports tailored software and Industry 4.0 hardware upgrades, enabling it to meet the unmanned and digital transformation demands of various industries, from smart cities like Dubai to complex industrial environments."said a Hollyway spokesperson.
The enthusiastic reception at GITEX GLOBAL 2025 marks a significant milestone for Hollyway, positioning it as a formidable new player in the region's rapidly evolving technological landscape.
