XTEND, an Israeli tech innovator, has secured substantial funding to advance its AI-powered XOS operating system for drones and robots.
This investment marks a pivotal moment in robotics, promoting enhanced human-machine collaboration across various domains.
XTEND’s AI-Powered Operating System
XTEND, an innovative Israeli company, has developed a groundbreaking AI-driven operating system known as XOS, designed for drones and robots. This revolutionary system empowers operators to execute complex and dynamic missions across diverse environments with minimal training. The integration of human intelligence with machine autonomy offers a transformative approach to logistics, public safety, and security operations.
The XOS system distinguishes itself by fusing the capabilities of human decision-making with AI, enabling remote control of drones and robots in high-stakes scenarios. As a hardware-agnostic solution, it can seamlessly adapt to various platforms and even incorporate third-party devices, enhancing its versatility and applicability in numerous fields.
Global Deployment and Strategic Partnerships
XTEND’s drone and robotic systems, powered by XOS, are already deployed globally, demonstrating their effectiveness in real-world applications. This deployment is supported by strategic partnerships with prominent institutions such as the US Department of Defense Special Forces and Israel’s Ministry of Defense, which have engaged XTEND in multi-million-dollar programs for operational evaluation.
These partnerships underscore the system’s robust capabilities and potential, marking a significant milestone in the evolution of AI-driven robotics. They highlight XTEND’s commitment to advancing human-machine collaboration, setting new standards in the field.
Revolutionising Human-Machine Interaction
Founded by Aviv Shapira, Rubi Liani, Matteo Shapira, and Adir Tubi, XTEND is at the forefront of developing AI systems that redefine human-machine interaction.
The XOS operating system is designed to address the challenges of unpredictable real-world environments. According to Aviv Shapira, the platform equips robots and drones with ‘common-sense’ abilities, enabling them to navigate complex scenarios safely and effectively.
Matteo Shapira emphasises the system’s focus on ‘hypervariable’ environments where preset rules are inadequate, illustrating its potential in revolutionising logistics, search and rescue, and more.
Enhancing Operational Efficiency
The integration of XOS into XTEND’s drones enhances operational efficiency, particularly in logistics and critical infrastructure inspection. By utilising AI skills, XOS allows for the handling of a broader range of missions, which reduces the dependency on human supervision and can dramatically increase productivity.
Designed to operate intuitively and immersively, XOS enables military units to deploy drones in various scenarios with precision. Its ability to host applications from other companies further extends its capabilities, making it a pivotal technology in modern robotic operations.
Future Prospects for XTEND
With the recent $40 million in funding led by Chartered Group and supported by strategic investors including Clal-Tech, XTEND is poised for accelerated growth.
This capital injection is set to enhance the development of the XOS system and expand XTEND’s reach in the global market, thus solidifying its status as a leader in AI-driven robotics.
Driving Technological Innovation in Robotics
Eyal Agmoni, Chairman of Chartered Group, foresees XTEND becoming a leading force in robotics and AI, contributing significantly to industries worldwide.
By equipping drones with advanced AI capabilities, XTEND is paving the way for a future where robotics seamlessly integrate with various sectors, creating smarter and more autonomous operational environments.
Conclusion
XTEND is at the cutting edge of AI and robotics innovation, setting new benchmarks for human-machine collaboration across multiple sectors.
XTEND is redefining the future of robotics with its AI-driven XOS system, promising advancements in efficiency and operational capabilities.
