#USA #Lockheed Martin #Xtend #Palmdale #MDCX

A New Era in Drone Operations

In a groundbreaking collaboration between Lockheed Martin and XTEND, the two companies have developed a state-of-the-art system designed to transform Command and Control (C2) capabilities across multiple classes of unmanned aerial systems (UAS). This leap forward is embodied in the integration of the XTEND Operating System (XOS) with Lockheed Martin's MDCX™ autonomy platform, creating a versatile framework that offers enhanced situational awareness and streamlined operational efficiency in joint all-domain command and control scenarios (JADC2).

The partnership aims to redefine how military operations are conducted, particularly in environments where rapid, accurate decision-making is critical. The innovative features of this collaboration were notably showcased during a recent demonstration of the Multi-Class MDCX (MC-MDCX) workstation conducted in November. In this exercise, a larger UAS successfully deployed a smaller class 1 drone to complete a close-proximity mission, showcasing the sophistication and effectiveness of the new system.

Traditionally, control of the larger UAS would require transitioning authority to an operator skilled in handling smaller drones. However, with the advent of the MC-MDCX system, one operator can control both classes of UAS simultaneously. This innovative setup mitigates the need for handoffs between operators during complex missions, significantly decreasing manpower requirements and enhancing overall situational awareness across the operational landscape. In military operations, where the stakes are high and conditions can change rapidly, the ability to manage multiple drone operations from a single workstation represents a significant advancement in efficiency and safety.

Enhanced Training and Operational Effectiveness
The integration of XTEND's XOS is particularly noteworthy as it empowers operators to execute missions with a level of proficiency approaching that of seasoned veterans. As a result, the training period for new operators is drastically reduced, promoting swift adaptation to the operational demands they will face in the field. This enhancement not only elevates operational effectiveness but also optimizes decision-making processes, allowing commanders to respond promptly to evolving situations.

Pioneering Autonomous Systems
Lockheed Martin's commitment to innovative operational strategies is apparent in their work at Skunk Works, where they are dedicated to advancing both piloted and autonomous systems. Their focus on enhancing operational flexibility and abbreviating data-to-decision timelines illustrates their ongoing commitment to keeping military personnel safe while adapting to emerging threats. Furthermore, the capabilities introduced through this collaboration are being scrutinized for their potential application in JADC2 missions and decision-making frameworks, paving the way for the next generation of autonomous military operations.

About Lockheed Martin
Lockheed Martin stands as a global leader in defense technology, dedicated to driving innovation and facilitating scientific progress. Their comprehensive mission solutions under the banner of 21st Century Security® ensure that they remain at the forefront of providing transformative technologies, thereby enabling the defense of their clients' interests worldwide. For more information, visit Lockheedmartin.com.

About XTEND
XTEND brings to the table AI-driven autonomous solutions for tactical drone operations, serving a broad array of clients in defense, law enforcement, and security fields. The company's proprietary XOS operating system merges human intellect with machine capabilities, significantly easing the cognitive burden on operators while enhancing mission-critical operations. With global offices that support their international presence, XTEND continues to set the standard for innovative drone solutions. Discover more at xtend.me.