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How NLOS Technology is Reshaping Military Drone Deployments

Elsight looks at how the military's approach to drone operations is undergoing a transformative shift from traditional field-based control to the revolutionary non-line-of-sight (NLOS) concept of operations, unlocking new capabilities and strategic advantages Feature Article by Elsight
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Elsight explores the emerging non-visual-line-of-sight (NLOS) concept of operations (CONOPS) that is redefining how military and defense organizations leverage unmanned systems, offering greater flexibility, range, and tactical advantage.

The landscape of military UAV operations is undergoing a revolutionary transformation. Traditionally reliant on field-based control and visual line-of-sight (VLOS) approaches, the defense sector is now embracing the power of NLOS technologies, ushering in a new era of enhanced drone deployment and utilization.

Limitations of the Current Military UAV CONOPS

The existing military CONOPS for UAV operations typically involves direct, field-based control by human operators. These drones, used for surveillance, reconnaissance, and targeted strikes, are managed by pilots positioned within close proximity, maintaining VLOS or extended VLOS (EVLOS) conditions. While effective for many applications, this approach poses several inherent limitations:

  • Restricted operational range due to line-of-sight constraints
  • Increased risk to personnel deployed in the field
  • Limited flexibility in responding to dynamic battlefield conditions

The Emergence of NLOS Operations

NLOS operations have become a cornerstone of advanced UAV deployments in the commercial sector, and they are now poised to revolutionize military and defense applications as well. NLOS represents a fundamental shift in drone management, moving away from field-based control towards centralized, remote operation and multi-drone coordination.

NLOS CONOPS Key Features

Centralized Control Centers

Operators manage fleets of drones from sophisticated, remote command centers, rather than being deployed in the field.

Multi-Drone Coordination

Operators can simultaneously control and coordinate the actions of multiple UAVs, optimizing mission effectiveness.

Enhanced Situational Awareness

Integrated data from numerous drones and other sources provides comprehensive real-time intelligence, enabling informed decision-making.

Reduced Risk to Personnel

Remote operation from secure locations mitigates the danger to highly trained personnel.

Scalability and Flexibility

The NLOS model supports the rapid reallocation and redeployment of drones in response to evolving mission requirements.

Embracing Commercial Technologies for Military Advantage

The integration of commercial technologies into military operations is a crucial driver of the NLOS CONOPS revolution. While specialized, military-grade systems remain essential for specific missions, the defense industry is increasingly recognizing the benefits of leveraging commercially available solutions.

Commercial communication systems, for instance, offer a practical and cost-effective alternative to highly complex military radios, particularly in urban environments where rapid deployment and reliable connectivity are paramount. By adopting these commercial technologies, the defense sector can respond to threats with the necessary speed, agility, and efficiency.

The Elsight Halo: Enabling New NLOS CONOPS

Elsight’s Halo NLOS connectivity platform has emerged as a key enabler for the new CONOPS in both commercial and defense sectors. Halo is an innovative multilink communication solution engineered for Beyond Visual Line of Sight (BVLOS) drone missions, ensuring uninterrupted and secure data transmission and control, even in the most challenging environments.

Halo’s unique features position it as a critical technology in the military’s adoption of the NLOS CONOPS, empowering global drone operations from centralized command centers, such as:

  • Multilink technology for seamless network aggregation and transitions
  • Low-latency communication for real-time control and data transmission
  • Secure, encrypted operation to protect sensitive information
  • Compact and lightweight design for easy drone integration

The military and defense sectors are undergoing a transformative shift in their approach to UAV operations, moving from traditional field-based VLOS to the revolutionary NLOS CONOPS. This evolution unlocks new capabilities, enhancing operational range, situational awareness, and mission flexibility, while mitigating risks to personnel.

By embracing commercial technologies and innovative solutions like the Elsight Halo, the defense industry can leverage the power of the NLOS revolution, positioning themselves for the future of aerial dominance.

Read the full article here, or visit the Elsight website to find out more.

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Posted by Joseph Macey Connect & Contact