GIX Internet's AI-Driven Robots Are Revolutionizing Hospital Delivery Systems

GIX Internet's AI-Driven Revolution in Hospital Deliveries

In an era where healthcare efficiency is more crucial than ever, GIX Internet Ltd., an innovative technology company based in Israel, is at the forefront of transforming hospital logistics. The company's dual listing on NASDAQ and TASE marks its global ambition, particularly with its cutting-edge approach to what it terms "Physical AI." This technology focuses on integrating artificial intelligence to enhance the reliability and efficiency of operations within complex environments such as hospitals.

The Role of Deliverz.AI

Key to GIX's strategy is the development of its subsidiary, Deliverz.AI, which is launching an AI orchestration platform that elegantly manages the movement of robots, people, and goods within operational locales. Sheba Medical Center, the largest hospital in Israel and recognized globally for its excellence, is the cornerstone for GIX’s commercial deployment, which showcases its promising approach to healthcare logistics.

The platform is designed to optimize operational efficiency by functioning as a central operations system. It real-time assigns tasks based on various critical parameters like location, urgency, and resource availability. Features such as workload prediction and route optimization provide a streamlined approach to hospital deliveries, allowing staff to prioritize urgent needs and manage resources effectively. Notably, this system is architecturally flexible enough to integrate seamlessly with existing infrastructure, including elevators and operational systems across varied workflows.

Impact at Sheba Medical Center

The success at Sheba Medical Center offers compelling evidence of GIX's potential. Since Deployment started in December 2025, the robotics system has dramatically reduced the time taken to deliver chemotherapy drugs from approximately 40 minutes to just 14 minutes, translating to a significant 65% improvement. To date, the initiative has successfully completed over 9,000 autonomous delivery missions, showcasing its effectiveness in managing both indoor and outdoor logistics.

As of October 2026, GIX amplified its platform's deployment, now transporting bone marrow specimens and donated blood within the hospital, further emphasizing its adaptability across various departments. Although this project operates under a public tender allowing for up to 30 robots, currently only 3 are in regular use, indicating potential for future expansion.

Expanding Horizons Beyond Healthcare

The ambition of GIX does not stop at healthcare facilities. Its vision extends towards creating an overarching intelligent management layer that can coordinate robots and human resources across several sectors, including logistics, manufacturing, pharmaceuticals, automotive ventures, and more. While the healthcare sector serves as the foundational entry point, there is immense potential for growth and application of this technology across various industries.

GIX's Growth Strategy

GIX's path forward incorporates enhancing existing workflows within current sites, seeking new commercial partnerships (notably in the U.S.), and extending its orchestration software capabilities into different realms of operation. Their model, combining both software and robotics services, lays the groundwork for potential recurring revenue opportunities as clients scale up their utilization of the orchestration platform.

Ultimately, GIX aspires for Deliverz.AI to become the core operating layer for managing the movement of various resources within client sites, cementing its role in enhancing operational efficiencies spanning health institutions and beyond. The coming years will be critical as GIX solidifies its market position and charts out its strategic expansions into new industries,
indicating a bright future for AI-powered logistics.

For stakeholders and onlookers, GIX Internet Ltd. presents a fascinating case of innovation-driven healthcare enhancements, where the efficiency gains not only signify a step forward in operational efficacy but also a leap towards better patient care delivery.