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Securing the Skies: Mitigating Threats From Drones - Detect, Identify and Take Down

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SkyShield

360° detection with a 6-mile radius range:
 SkyShield detects drones up to 6 miles with its omnidirectional antenna system and programable software defined radios. 
Selective Jamming: Selective jamming (smart defense) jams a specific target drone without disrupting others in that range.

SkyShield Mobile

Detection Methodology:  Passive detection of radio-frequency signals, zero emissions.
Selective Jamming: Selective jamming (smart defense) jams a specific target drone without disrupting other DRONES.
Detection Range: up to 2 Miles (Omni Antenna, or 3 miles with DF antenna)
Detection angle range: Full 360°

The integration of drones into modern commercial operations has brought new wireless risks and threats, particularly for critical infrastructure and business assets. Counter-Unmanned Aircraft Systems (C-UAS) play a vital role in addressing these challenges. Drones leveraging Wi-Fi, Cellular, and GPS technologies can enable unauthorized surveillance, data theft, and operational disruptions, including interference with communication networks. Understanding these risks and their potential impact on business continuity is essential for designing effective countermeasures.

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SkyShield C-UAS Datasheet

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C-UAS in Prisons Use Case

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Wireless Risks and Threats from RF Drones

Surveillance & Reconnaissance

Wi-Fi and Cellular Drones: Drones equipped with Wi-Fi and cellular connectivity can be used for unauthorized surveillance, gathering intelligence on sensitive operations, facility layouts, and asset locations. This real-time data can be transmitted to malicious actors, compromising business security and operational integrity.
GPS-Enabled Drones: GPS-equipped drones can map out critical infrastructure, monitor personnel movements, and track high-value assets, providing malicious actors with valuable positioning data to plan disruptions, thefts, or targeted attacks.

Wi-Fi Attack Surface

Electronic Warfare & Signal Interference

RF Jamming and Spoofing: Drones can be used to jam or spoof RF signals, disrupting critical communication networks businesses rely on for operations and security. Jamming Wi-Fi or cellular signals can cripple real-time communication, while GPS spoofing can misdirect logistics, vehicles, or personnel, leading to operational delays, security breaches, or significant financial losses.

Cellular Attack Surface

Direct Attack Capabilities

Weaponized Drones: Drones can be modified to carry hazardous payloads, posing a direct physical threat to critical infrastructure and personnel. Wi-Fi and cellular control systems enable remote operation of these drones, making them difficult to detect and intercept before they reach their targets, resulting in potential operational disruptions or safety hazards.

GPS Attack Surface

Data Breach & Cybersecurity Risks

Compromised Communication: Drones equipped with RF hacking tools can intercept communications within critical infrastructure or business networks, leading to data breaches that expose sensitive information such as operational plans, confidential data, and asset locations.

Bluetooth Attack Surface

Potential Impacts on Soldiers on the Battlefield

 

Compromised Operational Security

Loss of Tactical Advantage: Drones used for surveillance can compromise the tactical positioning and movements of soldiers, allowing adversaries to anticipate and counter their strategies, reducing their effectiveness in combat.

Disrupted Communications

Coordination Breakdowns: Jamming or interference with Wi-Fi, cellular, and GPS signals can lead to breakdowns in coordination among units, hampering effective command and control and potentially leading to friendly fire or mission failure.

Increased Vulnerability to Attacks

Physical Threats from Weaponized Drones:  Soldiers are at a heightened risk of direct attacks from weaponized drones that can strike with little warning, causing casualties, equipment loss, and disruption of operations.

Psychological Impact

Heightened Stress and Confusion: Constant threats from drones, along with disrupted communication and navigation systems, can increase stress and confusion among soldiers, potentially affecting their decision-making and combat effectiveness.

SkyShield: Unleash Next-Level Drone Protection Today!

How SkyShield Drone Detection Can Mitigate Risks

 

LOCH’s SkyShield Drone Detection Solution delivers a powerful defense system to detect, analyze, and neutralize risks posed by RF-enabled drones, ensuring comprehensive protection for critical operations.
Here’s how LOCH SkyShield protects battlefields:

Real-Time Drone Detection and Identification

Immediate Threat Awareness: SkyShield continuously monitors the RF spectrum to detect and identify drones using Wi-Fi, cellular, or GPS signals. This real-time detection empowers businesses to quickly identify potential threats, ensuring timely responses to protect critical operations and assets.

Advanced Signal Analysis and Classification

Differentiating Threat Levels: SkyShield analyzes and classifies detected drone signals based on threat levels, distinguishing between harmless and potentially malicious drones. This allows businesses to prioritize response actions, focusing resources on mitigating the most significant risks to operations and security.

Automated Alerts and Response Integration

Immediate Countermeasure Deployment: SkyShield can trigger automated alerts and integrate with existing countermeasures, such as RF jammers or drone interceptors, to neutralize detected threats promptly. This rapid response capability helps prevent drones from gathering intelligence or launching attacks.

Wide Area Coverage & Scalability

Protecting Large Commercial Areas: SkyShield's scalable architecture ensures extensive coverage, providing comprehensive protection across large industrial sites, campuses, or critical infrastructure. This ensures that all operations within the coverage area are safeguarded from RF drone threats.

Minimal Footprint and Easy Deployment:

Mobile and Portable: Designed with a minimal footprint, SkyShield is easy to deploy across diverse commercial environments, offering flexible protection options for dynamic operations, remote sites, and temporary installations, ensuring seamless security in ever-changing scenarios.

Enhanced Situational Awareness

Proactive Threat Management: With continuous monitoring and real-time threat intelligence, SkyShield enhances situational awareness, enabling businesses to proactively manage risks, strengthen security strategies, and respond swiftly to potential threats.

RF drones utilizing Wi-Fi, Cellular, and GPS pose significant risks to commercial operations, including unauthorized surveillance, data breaches, operational disruptions, and signal interference.

These threats can compromise operational security, disrupt communications, increase vulnerabilities, and impact the overall confidence and efficiency of business operations.

LOCH’s SkyShield Drone Detection Solution provides a comprehensive and effective defense system to detect, assess, and mitigate these risks, ensuring enhanced protection for critical operations and assets in commercial environments.

By leveraging real-time detection, advanced signal analysis, and automated response capabilities, SkyShield helps safeguard critical infrastructure, protect assets, and ensure operational continuity in high-risk commercial environments.

LOCH Technologies Wireless Cybersecurity Solutions

SkyShield C-UAS Technologies leverages advanced RF and AI-powered solutions to revolutionize anti-drone defense, setting new standards in smart, integrated protection.