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Counter Drone Systems: An Opportunity for Self-Reliance

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Counter Drone Systems: An Opportunity for Self-Reliance

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Counter-drone technology is based on detecting and subsequently neutralizing drones through hard and soft kill options. Short-range radar, electro-optical (EO), infrared (IR), and acoustic detection systems can detect small, low-speed, low-flying UAVs. Radars can provide non-cooperative detection capabilities without active support from the target UAV. Radiofrequency (RF) systems provide relatively short-range detection but are only effective when drones transmit RF signals.

EO and IR systems are passive detection systems that provide visual detection day and night, respectively but have a shorter range than RF and radar systems. EO/IR sensors assist in re-verifying threats (secondary verification), followed by endpoint tracking and initiation of remediation. Finally, acoustic systems detect small drones at close range using acoustic signatures. Still, they are effective when no colliding noise is nearby and rogue aircraft noise profiles are recorded in the detection system library.

Unmanned aerial systems (C-Uas) or "UAVs" have many important applications, from search and rescue to cinematography. Anti-drone technology can detect and block, capture, or disable unauthorized drones. How does Counter -drone technology work?

Counterdrone technologies generally fall into two categories: detection and mitigation. Sensor technologies include:

Infrared devices that track heat signatures.

Radio frequency detection of signals from remote drone controls.

Acoustic methods that recognize the unique sound of drone engines.

Mitigation technology is a technology that can repel or intercept drones. For example, jamming signals can block communication between drones and their operators.

Who can use the technology against drones?

Only four federal agencies are authorized to deploy anti-drone technology under certain circumstances. E.g.:

The Ministry of Defense can use anti-drone technology to protect the country's military bases.

The Department of Energy can use it to protect sensitive nuclear facilities.

The Department of Justice can use it to secure prisons and prevent drones from bringing contraband into the country.

Homeland Security can use it to protect large gatherings such as the Super Bowl. What are the challenges for Counter -drone technology?

One of the main challenges with current anti-drone technology is that it is only sometimes effective. For example, a detection system may miss a drone or mistake a bird for a drone due to interference. Mitigation systems may also have limited range or fail against fast or unpredictable drones.

Another challenge is unintended consequences. For example, anti-drone technology can collect personal information or disrupt nearby communications. Systems that disable drones can cause damage from accidental projectiles and drone attacks. Therefore, Drone Defense technology is usually adapted to specific purposes and locations.

Counterdrone Defence is here, and you must use them. They represent an increasingly multifaceted threat to military and civilian infrastructure, assets, and people, with malicious activities such as terrorism and illegal surveillance, improvised explosive devices (IEDs), weapons, and narcotics, and increasingly being used to transport other contraband. Businesses are using drones and civil society for urban mobility, delivery services, crisis management, disaster response, and emergency supplies, to name a few.

From a military perspective, you are currently entering the "second drone era" as nations increasingly adopt drones for covert operations and tactical use. In a larger role, counter-drone systems work with reconnaissance, intelligence, surveillance, and target acquisition (RISTA) and electronic warfare systems to counter drone and swarm threats.

READ MORE:-Electronic Warfare

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Tips to consider when using counter drones

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Tips to consider when using counter drones

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RF jammers are moderately expensive, provide non-destructive neutralization, have a short range, can affect or block other radio communications, teleport drones to targets, etc., and can cause unpredictable drone behaviour. They can cause significant unwanted effects, such as interference with television broadcasts, telecommunications, and air traffic control systems.

GPS spoiler

The controller uses GPS satellites to direct the drone. Fake GPS signals are used to mask communications with satellites, preventing the drone from moving as the controller intended. Drones can be "tricked" into thinking they are somewhere else, lose control of the auto-home function, and be hijacked and redirected to their intended area. Drone hijacking is an ideal approach and an easy-to-follow investigation.

Geo-fencing

A geofence is a dynamically generated virtual boundary of a natural geographic area that can lie within a radius around the location of a predefined point or set of boundaries. Geo-fence neutralization prevents targeted drones from approaching predetermined points or entering a defined perimeter to prevent intrusion.

They are:

Non-dynamic solution: The drone counter system detects and locks an incoming drone by breaking a C2 or GPS link.

Fixed / Portable: Both fixed and mobile systems for a layered defense approach and rapid deployment. Anti-drone technology refers to systems used to detect and classify unmanned aerial systems (dynamic or non-dynamic) in flight. Excessive use of drones in all regions has become a security threat. Drones are not only used to gather intelligence, distribute weapons, explosives, and drugs, and destroy life and property. Antidrone Airports are located at every area with a minimum distance.

Military anti-drone systems are more complex and expensive, but dynamic options focus on mobile or mobile devices with easy setup and operation or stationary systems. They are primarily intended for homeland security applications, airport security, critical facilities, military tactical units, or small police units. As with any C-Uas Ai security configuration, it is important to realize that the Counter Drone mechanism requires a layered approach and best practices.

Countermeasures team

The response team will physically destroy the drone by neutralizing or controlling its movement. They are classified into destructive and non-destructive types. Non-destructive measures prevent secondary hazards such as falls and accidents.

Drones are coming in.

A drone jammer uses a strong RF jamming signal to disrupt radio communication between a target drone and its controller, causing it to fly out of control. Options include jamming the drone's controller or GPS link and losing control of the "private" facility.

Directional interference is spatially limited in power, reducing the risk of interference with co-located RF devices/equipment. C-UAS Airports are installed in a fixed location, while mobile jammers are operated from a hand-held or vehicle-mounted unit.

Decline on request: This solution provides "denial on demand" for areas that may be critical infrastructure or public spaces.

Their integrated solutions combine best-in-class technology with deep industry knowledge to deliver end-to-end projects across the industry lifecycle. Their professional and trained workforce effectively analyzes, plans, and implements the best solutions for their clients' needs.

READ MORE:- Drone Defense

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Counter Drone Systems: An Opportunity for Self-Reliance

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Counter Drone Systems: An Opportunity for Self-Reliance

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Counter-drone technology is based on detecting and subsequently neutralizing drones through hard and soft kill options. Short-range radar, electro-optical (EO), infrared (IR), and acoustic detection systems can detect small, low-speed, low-flying UAVs. Radars can provide non-cooperative detection capabilities without active support from the target UAV. Radiofrequency (RF) systems provide relatively short-range detection but are only effective when drones transmit RF signals.

EO and IR systems are passive detection systems that provide visual detection day and night, respectively but have a shorter range than RF and radar systems. EO/IR sensors assist in re-verifying threats (secondary verification), followed by endpoint tracking and initiation of remediation. Finally, acoustic systems detect small drones at close range using acoustic signatures. Still, they are effective when no colliding noise is nearby and rogue aircraft noise profiles are recorded in the detection system library.

Unmanned aerial systems (C-Uas) or "UAVs" have many important applications, from search and rescue to cinematography. Anti-drone technology can detect and block, capture, or disable unauthorized drones.

How does Counter -drone technology work?

Counterdrone technologies generally fall into two categories: detection and mitigation. Sensor technologies include:

Infrared devices that track heat signatures.

Radio frequency detection of signals from remote drone controls.

Acoustic methods that recognize the unique sound of drone engines.

Mitigation technology is a technology that can repel or intercept drones. For example, jamming signals can block communication between drones and their operators.

Who can use the technology against drones?

Only four federal agencies are authorized to deploy anti-drone technology under certain circumstances. E.g.:

The Ministry of Defense can use anti-drone technology to protect the country's military bases.

The Department of Energy can use it to protect sensitive nuclear facilities.

The Department of Justice can use it to secure prisons and prevent drones from bringing contraband into the country.

Homeland Security can use it to protect large gatherings such as the Super Bowl.

What are the challenges for Counter -drone technology?

One of the main challenges with current anti-drone technology is that it is only sometimes effective. For example, a detection system may miss a drone or mistake a bird for a drone due to interference. Mitigation systems may also have limited range or fail against fast or unpredictable drones.

Another challenge is unintended consequences. For example, anti-drone technology can collect personal information or disrupt nearby communications. Systems that disable drones can cause damage from accidental projectiles and drone attacks. Therefore, Drone Defense technology is usually adapted to specific purposes and locations.

Counterdrone Defence is here, and you must use them. They represent an increasingly multifaceted threat to military and civilian infrastructure, assets, and people, with malicious activities such as terrorism and illegal surveillance, improvised explosive devices (IEDs), weapons, and narcotics, and increasingly being used to transport other contraband. Businesses are using drones and civil society for urban mobility, delivery services, crisis management, disaster response, and emergency supplies, to name a few.

From a military perspective, you are currently entering the "second drone era" as nations increasingly adopt drones for covert operations and tactical use. In a larger role, counter-drone systems work with reconnaissance, intelligence, surveillance, and target acquisition (RISTA) and electronic warfare systems to counter drone and swarm threats.

READ MORE:-Electronic Warfare

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C-UAS: The Next Level in Counterdrone Protection

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C-UAS: The Next Level in Counterdrone Protection

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The use of drones for malicious purposes is rising, and organisations are looking for ways to protect their assets from potential threats. Enter C-UAS, or Counter Unmanned Aircraft Systems, a revolutionary technology that has the potential to completely revolutionise counterdrone protection. This technology is capable of detecting and intercepting hostile drones, providing users with the ability to protect their assets from unwanted intrusions. By utilising various sensors, radars, and jamming technology, C-UAS offers a comprehensive approach to addressing drone threats that is both effective and efficient.

C-UAS stands out from other counterdrone technologies in several ways. First, this technology does not rely on a single method for drone protection. Instead, it uses a multi-layered approach, combining different techniques to detect, identify, track, and defeat drone threats. This comprehensive approach allows users to tailor their counterdrone protection to their specific needs and address any potential loopholes in the existing defense system. Second, C-UAS is much more efficient than traditional counterdrone solutions as it can detect, identify, and even eliminate multiple drones at once. This saves time and resources, allowing countermeasures to be deployed quickly and effectively.

Third, C-UAS uses advanced detection and tracking technology to locate drones quickly and accurately before they become serious problems, preventing them from entering restricted areas or engaging in unauthorised activities. This is particularly helpful for law enforcement, as contraband smuggling by drone has been a growing problem at prisons across the US and elsewhere.

Finally, C-UAS is relatively inexpensive compared to other counterdrone technologies. This makes it an attractive option for budget-conscious users who want the best possible protection for their property and assets.

Overall, C-UAS offers a comprehensive, efficient, and cost-effective solution for countering drone threats. With its multi-layered approach and advanced tracking capabilities, C-UAS can provide superior protection against malicious or unwanted drone activity.

Given the rapid growth of drone technology and the potential risks that come with it, C-UAS is becoming increasingly important for any organisation or individual looking to protect their airspace from drone threats. Law enforcement can use this technology to secure large events and increase the overall safety of the community. Meanwhile, businesses that operate in sensitive industries, such as government agencies or oil and gas companies, can use C-UAS to protect their confidential information and infrastructure from unauthorised drone flights.

DroneShield Ltd is an Australian/US publicly listed company specialising in counterdrone protection technology development. As the pioneer in counterdrone defence technology development, DroneShield aims to address three primary threat categories – nuisance activity, ISR (intelligence, surveillance, and reconnaissance), and payload delivery. We have set the global standard with a layered approach to counterdrone, with cost-effective mission-specific solution sets for fixed site, vehicular or shipboard, and handheld. In the military setting, our counterdrone defence solutions cater to heavy armor and vehicles, littoral vessels, military bases, critical infrastructure, and integrated soldier systems to protect squads and individual warfighters. Get in touch with us for more information on implementing the best anti-drone solution for your project.

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C-UAS Airports: The New Front Line in Counterdrone Protection

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C-UAS Airports: The New Front Line in Counterdrone Protection

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As the use of drones has skyrocketed over the last few years, airports worldwide have been forced to look for new ways to protect their airspace. The need for Counterdrone Protection has become an urgent issue, and one solution is the deployment of C-UAS airports. C-UAS is the new front line in counterdrone protection, offering airports an effective way to prevent unauthorised drones from entering restricted airspace.

Despite implementing traditional airport security measures, drones present a unique challenge that requires new countermeasures to ensure safety and security. Airports are typically outfitted with security measures such as perimeter fences, surveillance cameras, and human personnel that are designed to protect against potential threats. However, these measures are ineffective in protecting against drone threats, as they can easily fly over traditional physical barriers and evade detection from surveillance cameras due to their small size. The need for specialised security measures against drones has led to the development of C-Uas systems. These technologies are designed to detect, identify, and mitigate unmanned aerial systems (UAS) that are approaching airports and other critical infrastructures. C-UAS can be used to create antidrone airports, which will be better protected from unwanted drones than traditional airports.

C-UAS provides multiple layers of defense against drones, including detection, identification, tracking, and neutralisation. Detection systems utilise specialised radar technology that can detect even the smallest drones within range. Identification systems use advanced algorithms and artificial intelligence to identify the type of drone and its intent. Tracking systems allow for real-time monitoring and tracking of the drone, enabling airports to take appropriate action if necessary. Finally, neutralisation systems include electronic countermeasures, which can disrupt the communication link between the drone and its operator and force it to land. When all these components are used in conjunction with one another, they can create an effective shield of protection for airports from drone threats.

At DroneShield, we strive to ensure the safety and security of airports by providing top-notch Counterdrone Stadiums. Our C-UAS airports, which can be integrated into existing airport control systems, offer instant alerts and automatic or manual disruption capabilities when detecting drones. Our RfPatrol product, included in the C-UAS airports, utilises sensors that can detect and track multiple drones simultaneously and is enhanced with artificial intelligence for optimal detection and tracking accuracy. By integrating our counter-drone protection system into existing airport security systems, the location and direction of a drone, as well as the approximate location of its operator, can be identified. Our in-house software also records camera footage of sightings for use as evidence. Our C-UAS airports not only detect and track potential threats but also disrupt them, forcing rogue drones to land or return to their operator. Our system is completely passive and does not interfere with other equipment, and all detection and tracking processes are conducted in a legal and ethical manner.

As a member of organisations such as the Airports Council International, the Australian Airports Association, and the Defence Industry Security Program, DroneShield is dedicated to providing the best counter-drone protection for the aviation industry. Trust our C-UAS airports to keep your airport safe and drone-free.

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Drone technology is progressing swiftly in nearly every market. New, upgraded versions are being launched each year with far better, advanced functions to serve various functions. Commercial drones like DJI Mini 3 Pro offer top quality cams and also obstacle-avoidance sensors for wildlife photography as well as laid-back traveling. In the farming market, drones are majorly made use of for pest control, soil evaluation, mapping, and also airborne survey. The media market likewise takes advantage of drone technology, permitting journalists to take footage of news occasions in tough settings. Drones with electronic warfare capacities see the fastest growth as a result of the present worldwide dispute between Ukraine as well as Russia.

As drones obtain even more obtainable as well as budget-friendly, airspace is getting more crowded with inexperienced pilots. A lot more countries release drone legislations as well as no-fly zones to regulate industrial drones in the national airspace. Nevertheless, rogue drones are still seen circulating in restricted locations over the optimum altitude every so often. Multiple drone sightings trigger airport interruption, setting you back airline companies and nations enormous economic losses. Stadiums as well as public events are not vulnerable to drone disruptions either. A drone went rogue after shedding connection as well as ended up postponing the Seattle Seahawk video game last September, requiring both groups to get rid of the area over safety concerns.

Drones that fly above the allowed altitude present threats to manned aircraft along with individuals and also homes on the ground. In Might 2022, an EasyJet aircraft practically collided with a drone that flew just 40ft away from the airplane at Gatwick. In 2021, an Agent Air passenger airplane struck a drone while leaving Chicago's O'Hare Flight terminal. The aircraft landed securely without any injury to guests or team, but the risks remained the same. Additionally, there have been lots of events where unskilled pilots crashed their drones right into public (and also often historical) homes triggering pricey problems as well as jeopardising public safety.

Allow us not neglect the countless number of criminal acts as well as terrorist attacks carried out by drones. In November, The Correctional Solution of Canada entered into lockdown after a drone went down a suspected gun, cellular phone, and also medicines on the center's premises. The current drone strikes by Russians have been afflicting Ukraine's airspace considering that October 2022. From drone war to contraband smuggling, airspace has actually come to be a battlefield that requires more stringent laws and much better security initiatives.

This is why drone defense or C-UAS is needed. The counterdrone protection technology enables safety employees to identify, identify, and also intercept unwanted or aggressive drones. Counterdrone protection systems offer sophisticated discovery and also caution of UAS presence in private homes, special events, and no-fly zones-- requiring trespassing drones to either ground or return to their operator.

DroneShield pioneers C-UAS modern technology to mitigate the threats of drone operations in various industries. We integrate next-generation Digital War (EW), Signals Knowledge (SIGINT), as well as the power of artificial intelligence (AI) to establish world-leading C-UAS AI. Our advanced counterdrone defense solution features sensors for keeping track of airspace and also ground specifications in addition to identifying as well as neutralising any kind of UAS hazards by grounding drones or returning them to their operators.

DroneShield supplies counterdrone security for public as well as economic sectors, consisting of yet not restricted to flight terminals (C-UAS airport terminals), jails (C-UAS Prisons), as well as occasions (Counterdrone Stadiums). Visit our website to search our range of products and each of their abilities.

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The Duty of Counterdrone Protection Solutions

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The Duty of Counterdrone Protection Solutions

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Despite being a fairly brand-new industry, counterdrone modern technology (C-UAS) sees climbing need for drone defense abilities in mostly all industries. Airports, important framework, and also huge public venues have actually rapidly ended up being prominent markets for C-UAS alongside the military, police, and also jails. The advancements in drone modern technology, unfortunately, additionally turn it right into a brand-new system as well as delivery technique for conventional hazards such as hauls as well as security. Harmful and non-malicious UAS attacks placed stated innovation in a bad limelight. Integrated with the display screen of drone abilities in battle zone across the globe, the need to safeguard workers and also vital possessions with layered as well as integrated counterdrone defense systems increases at an immediate pace.

The primary goal of a C-UAS operation is to have situational understanding and also shield their airspace. Mitigating drone risks can be attained by stopping said drones through hacking/takeover, jamming, or kinetic means or by locating and interfering with the driver. In the stipulation of counterdrone defense, the technology uses Superhigh frequency (RF), radars, acoustic hardware, optics, and also multi-sensor systems as its drone detection methods. Advances are being made in all techniques to increase accuracy, detection specifications, as well as performance in all kinds of operations.

Defeat and also mitigation options offered in the counterdrone area today include soft-kill and also hard-kill or kinetic options. Soft-kill solutions include approaches that do not deliberately damage the UAS literally, such as RF jamming, whereas hard-kill services literally impact the UAS with another things, projectile, or guided energy. As C-UAS systems are generally deployed in dismounted, vehicle-based, as well as fixed-site procedures, it is vital to select the appropriate type of devices for the task.

DroneShield Ltd is an Australian/US openly detailed business being experts in counterdrone security modern technology development. As the pioneer in counterdrone. support technology growth, DroneShield aims to deal with three main threat categories-- annoyance activity, ISR (intelligence, surveillance, and reconnaissance), and payload delivery. We have actually established the global requirement with a layered strategy to counterdrone, with cost-effective mission-specific option collections for set site, vehicular or shipboard, and handheld. In the army setup, our counterdrone defence options satisfy hefty shield and also vehicles, littoral vessels, armed forces bases, crucial facilities, and also integrated soldier systems for the defense of squads and also private warfighters.

DroneShield revolutionises the drone protection sector by focusing on the growth of RF Sensing, Expert System and Machine Learning, Sensor Fusion, Electronic Warfare, Fast Prototyping, as well as MIL-SPEC production. We are devoted to giving first-rate drone defense systems for the Armed force, Government, Law Enforcement, Critical Infrastructure, Commercial, as well as VIPs across the world.

In October 2022, DroneShield was recommended by the U.S. DoD's Joint Counter-small Unmanned Aircraft Equipment Workplace (JCO) as part of the Science Applications International Company (SAIC) joint service for Counter-UAS as a Service (CaaS). The JCO defined its referral of three accepted remedies after a complete examination at Yuma Research center previously this year, leveraging numerous of DroneShield's gotten down, mobile, and fixed-site detection sensing units as well as electronic countermeasures. This recommendation complies with the recent $1.8 million DroneGun MKIII procurement by the U.S. DoD in September 2022.

Get in touch with us to learn more on exactly how to execute the most effective anti-drone solution for your job.

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Why is Counter Drone Protection Necessary?

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Why is Counter Drone Protection Necessary?

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Drone technology is evolving rapidly in almost every industry. New, upgraded models are being released every year with better, more advanced features to serve various purposes. Commercial drones like DJI Mini 3 Pro offer high-quality cameras and obstacle-avoidance sensors for wildlife photography and casual flying. In the agriculture industry, drones are majorly used for pest control, soil analysis, mapping, and aerial survey. The media industry also benefits from drone technology, allowing journalists to take footage of news events in challenging environments. Drones with electronic warfare capabilities see the fastest development due to the current international conflict between Ukraine and Russia.

As drones get more accessible and affordable, airspace is getting more crowded with untrained pilots. More countries release drone laws and no-fly zones to regulate commercial drones in the national airspace. Even so, rogue drones are still seen circulating in restricted areas above the maximum altitude every now and then. Multiple drone sightings cause airport disruption, costing airlines and countries massive financial losses. Stadiums and public events are not prone to drone disruptions either. A drone went rogue after losing connection and ended up delaying the Seattle Seahawk game last September, forcing both teams to clear the field over safety concerns.

Drones that fly above the permitted altitude pose risks to manned aircraft as well as people and properties on the ground. In May 2022, an EasyJet plane almost collided with a drone that flew just 40ft away from the aircraft at Gatwick. In 2021, an Envoy Air passenger plane hit a drone while departing Chicago’s O’Hare Airport. The plane landed safely with no injury to passengers or crew, but the threats remained the same. Furthermore, there have been many occurrences where inexperienced pilots crashed their drones into public (and sometimes historic) properties causing costly damages and jeopardising public safety.

Let us not forget the countless number of criminal acts and terrorist attacks carried out by drones. In November, The Correctional Service of Canada went into lockdown after a drone dropped a suspected firearm, cell phones, and drugs on the facility’s grounds. The latest drone strikes by Russians have been plaguing Ukraine’s airspace since October 2022. From drone warfare to contraband smuggling, airspace has become a battleground that calls for stricter regulations and better protection efforts.

This is why drone defense or C-UAS is necessary. The counterdrone protection technology allows security personnel to detect, identify, and intercept unwanted or hostile drones. Counterdrone defence systems offer advanced detection and warning of UAS presence in private properties, special events, and no-fly zones – forcing trespassing drones to either ground or return to their operator.

DroneShield pioneers C-UAS technology to mitigate the risks of drone operations in various industries. We incorporate next-generation Electronic Warfare (EW), Signals Intelligence (SIGINT), and the power of artificial intelligence (AI) to develop world-leading C-UAS AI. Our state-of-the-art counterdrone protection solution comes with sensors for monitoring airspace and ground parameters as well as detecting and neutralising any UAS threats by grounding drones or returning them to their operators.

DroneShield offers counterdrone protection for public and private sectors, including but not limited to airports (C-UAS airports), prisons (C-UAS Prisons), and events (Counterdrone Stadiums). Visit our website to browse our range of products and each of their capabilities.

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The Role of Counterdrone Protection Solutions

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The Role of Counterdrone Protection Solutions

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Despite being a relatively new industry, counterdrone technology (C-UAS) sees rising demand for drone defense capabilities in almost all industries. Airports, critical infrastructure, and large public venues have quickly become prominent markets for C-UAS next to the military, law enforcement, and prisons. The advances in drone technology, unfortunately, also turn it into a new platform and delivery method for conventional threats such as payloads and surveillance. Malicious and non-malicious UAS attacks put said technology in a bad spotlight. Combined with the display of drone capabilities in war zones across the globe, the need to protect personnel and critical assets with layered and integrated counterdrone protection systems rises at an urgent pace.

The primary objective of a C-UAS operation is to have situational awareness and protect their airspace. Mitigating drone threats can be achieved by stopping said drones via hacking/takeover, jamming, or kinetic means or by locating and disrupting the operator. In the provision of counterdrone protection, the technology uses Radio Frequency (RF), radars, acoustic hardware, optics, and multi-sensor systems as its drone detection methods. Advances are being made in all methods to increase accuracy, detection parameters, and effectiveness in all types of operations.

Defeat and mitigation solutions available in the counterdrone space today include soft-kill and hard-kill or kinetic solutions. Soft-kill solutions involve methods that do not intentionally damage the UAS physically, such as RF jamming, whereas hard-kill solutions physically affect the UAS with another object, projectile, or directed energy. As C-UAS systems are generally deployed in dismounted, vehicle-based, and fixed-site operations, it is essential to select the right type of equipment for the job.

DroneShield Ltd is an Australian/US publicly listed company specialising in counterdrone protection technology development. As the pioneer in counterdrone defence technology development, DroneShield aims to address three primary threat categories – nuisance activity, ISR (intelligence, surveillance, and reconnaissance), and payload delivery. We have set the global standard with a layered approach to counterdrone, with cost-effective mission-specific solution sets for fixed site, vehicular or shipboard, and handheld. In the military setting, our counterdrone defence solutions cater to heavy armor and vehicles, littoral vessels, military bases, critical infrastructure, and integrated soldier systems for the protection of squads and individual warfighters.

DroneShield revolutionises the drone defense industry by focusing on the development of RF Sensing, Artificial Intelligence and Machine Learning, Sensor Fusion, Electronic Warfare, Rapid Prototyping, and MIL-SPEC manufacturing. We are committed to providing world-class drone defense systems for the Military, Government, Law Enforcement, Critical Infrastructure, Commercial, and VIPs across the world.

In October 2022, DroneShield was recommended by the U.S. DoD’s Joint Counter-small Unmanned Aircraft Systems Office (JCO) as part of the Science Applications International Corporation (SAIC) joint solution for Counter-UAS as a Service (CaaS). The JCO formalized its recommendation of three approved solutions after a thorough evaluation at Yuma Proving Ground earlier this year, leveraging several of DroneShield’s dismounted, mobile, and fixed-site detection sensors and electronic countermeasures. This recommendation follows the recent $1.8 million DroneGun MKIII acquisition by the U.S. DoD in September 2022.

Get in touch with us for more information on how to implement the best anti-drone solution for your project.

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Was the 2021 Suez Canal Blockage Caused by a Drone Attack?

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Was the 2021 Suez Canal Blockage Caused by a Drone Attack?

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In March 2021, the Suez Canal was blocked by the Ever Given container ship for six days, effectively blocking one of the world’s busiest trade routes. The incident resulted in a total insurance claim of over US$1 billion, which was one of the most expensive ship damages claims in recent history.

At the time, the ship’s operator and Egyptian officials blamed strong winds and a sandstorm that led to engine and rudder failures. However, was it just an expensive coincidence?

The CEO of DroneShield and drone security expert, Oleg Vornik, received intel from reliable sources who claimed that the true culprit of the blockage was a drone attack. According to said sources’ version, a drone landed on the control deck of the ship and hacked into networks. The container ship was held hostage in exchange for ransom payments. When the Ever Given crew did not comply, the ship was run into the ground.

To this day, the ship’s flag state, Panama, has not submited any investigation report to the International Maritime Organization. The suspicion of a drone attack might explain the delay as it can complicate the investigation process.

Drone attacks on shipping is not a new thing, especially considering its rapid technological advancement. The Baltic Sea may unknowingly turn into a “hot zone” for this type of threat already due to its geographical proximity to Russia, where many of these hackers originate from.

Whether this suspicion is correct or not, not equipping maritime vessels with counterdrone protection can be seen as a serious negligence. Having drone defense at the ready helps a ship to avoid falling victim to terorrism attack as well as jeopardising the wellbeing of the crew, passengers, and valuable cargo on board.

As an Australian/US publicly listed company, DroneShield Ltd has been putting a lot of effort into counterdrone protection technology, particularly in RF Sensing, Artificial Intelligence and Machine Learning, Sensor Fusion, Electronic Warfare, Rapid Prototyping and MIL-SPEC manufacturing. We have been committing ourselves for the protection of the Military, Government, Law Enforcement, Critical Infrastructure, Commercial and VIPs throughout the world.

DroneShield develops counterdrone protection equipment (C-UAS AI) to help various sectors protect themselves from nefarious and negligent UAS intrusions, including the maritime industry. Both of our portable and fixed sensors are capable of distinguishing UAS from other common flying objects, therefore providing maritime facilities with a reliable drone defense solution. As part of counterdrone defense, real-time monitoring and instant alerts provide comprehensive three-dimensional awareness of nearby UAS at sea and in maritime facilities.

Take responsibility of your precious cargo before it is too late. Get in touch with DroneShield for details about our C-UAS technology and potential partnerships.

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How Concerned Should We Be About Drone Threats?

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How Concerned Should We Be About Drone Threats?

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Counter Unmanned Aircraft Systems (C-UAS) is a smart-sensor and effector batch capable of remotely observing minor objects and then trailing and categorising them before neutralising UAS. Users can use counterdrone protection systems and appliances for various purposes, including Detection, Classification or Identification, Locating and Tracking, and Alerting.

DroneShield Ltd is an Australian/US publicly listed company specialising in counterdrone protection technology development. In revolutionising the drone defense industry, we focus on the development of RF Sensing, Artificial Intelligence and Machine Learning, Sensor Fusion, Electronic Warfare, Rapid Prototyping and MIL-SPEC manufacturing. As a world-leading counterdrone expert, we are committed to provide world-class drone defense systems for the Military, Government, Law Enforcement, Critical Infrastructure, Commercial and VIPs across the world.

But why are our C-UAS technologies and services needed in the first place?

The rapid growth of the drone industry in the past years makes the technology accessible to anyone, anywhere, anytime. As drones are getting more advanced and dropping in prices, the use of drones becomes more popular and widespread. While drone technology has been benefitting various sectors and industries worldwide, we cannot ignore the risks it carries.

In the last decade, almost all countries are seeing a growing number of hostile drones both in private and public settings. In the sport scene, there were 1,400 instances of drones wading into NFL air space last season. In the aviation industry, a United Airlines flight from New York to Tel Aviv was diverted after a small private drone entered its path last August. In the maritime sector, drones are suspected to be the cause of the infamous 2021 Suez Canal incident.

Let’s not forget all the military conflicts that use drones for reconnaissance, surveillance and targeted attacks. In the Ukraine-Russia conflict, both parties utilise UAS technology to launch targeted attacks. Being the sector that birthed drone technology, its high number of use is to be expected.

As the pioneer in the counterdrone defence technology development, DroneShield steps up to help various sectors neutralise drone threats. Our C-UAS prisons technology assists correctional facilities to detect contraband smuggling and monitor the perimeters. DroneShield’s C-UAS airports technology utilises RfOne MkII sensors to detect and track multiple drones simultaneously, offering superior performance compared to a radar. Our technology can also be used to combat drone threats in various business settings, stadiums, government agencies, and mining facilities.

As technology advances, DroneShield has also advanced its equipment most especially with its C-UAS AI Technology. You can leverage our products to reinforce personal safety, privacy, or protection of property within range on sites available in dismounted handheld, vehicle mounted and mobile or fixed site for base protection.

The development of drone technology shows no signs of slowing down. It is up to you to invest in counterdrone protection systems to minimise its risks.

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The Growing Need for C-UAS in Prisons and Correctional Facilities

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The Growing Need for C-UAS in Prisons and Correctional Facilities

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As the pioneer in the counterdrone market globally, DroneShield serves and protects many sectors from the rapidly growing drone threats. Prisons and correctional facilities are among DroneShield’s target groups in our C-UAS efforts. As commercial drones are getting more accessible and affordable, their growing use in recent years calls for immediate action to ensure the safety of inmates and correctional officers.

There have been many instances where criminals used drones for contraband smuggling within the vicinity of prisons and correctional facilities. In 2018, gang members were airlifting £500,000 worth of drugs and mobile phones into UK prisons using UAS. In 2021, drone reports at prisons were up 246% since 2020 as the government banned face-to-face visits due to the COVID-19 pandemic. Earlier this year, 20 people were arrested after an eight-month investigation for smuggling different kinds of contraband into a South Carolina prison. The list goes on.

Drones are a popular tool for smuggling contraband due to their small size and exceptional versatility. Today, finding affordable drones and customizing them for different purposes, including illegal ones, is easy. Camera-mounted UAS, for example, allows criminals to scout prison grounds before making a contraband delivery. As drones can fly, it takes more than mere walls and a standard security system to stop them.

DroneShield’s C-UAS Prions are specifically developed to mitigate these drone threats. With world-leading counterdrone protection equipment, operators are able to detect, identify, and neutralise rogue drones quickly and efficiently. DroneShield equips its C-UAS technologies with state-of-the-art multi-sensor counterdrone arrays.

Our C-UAS AI technology can detect incoming threats, provide real-time alerts, and gather valuable data as evidence for use in legal proceedings.

DroneShield counterdrone defense systems can also ground intruding drones and pinpoint the location of their pilots. Exclusion zones can also be set up if needed, giving operators total control over the entire site’s security measures. By bringing the operators of rogue drones to justice, authorities can prevent future recurrence.

DroneShield provides C-UAS RfPatrol and DroneSentry for prisons and facilities that need portable solutions for complete control over detected threats, rapidly mitigating UAS at up to 2 km. DroneSentry systems have up to an 8 km range for early detection of UAS threats beyond the perimeter.

DroneShield technology offers superior performance to radar by combining multiple sensors like radio frequency and optical verification to provide complete awareness over prison sites. With better detection and tracking, operators get fewer false alarms to worry about. Additionally, our C-UAS AI system supports integration with existing security systems through RESTful API.

Our engineers make it easier to tailor your drone defense to specific industrial locations and adapt DroneShield technology to suit different facilities’ needs. Get in touch today to upgrade your security systems.

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Company Intellectual Property and Drones

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Company Intellectual Property and Drones

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Since drones entered the market, new models have been developed and sold at various prices. So far, the technology has benefited various public sectors like telecommunications, construction, agriculture, and real estate in gathering visual data in difficult terrain. Drones’ usage will likely grow rapidly in the near future as new models have been developed with new features every year.

Today, the UAS technology has become very accessible to the public that anyone can easily buy a low-cost camera-mounted drone – and with it comes a new issue about intellectual property. Small drones can enter into business properties and record inventions, artistic works, and designs belonging to other parties. Infringement has been a real concern for companies and copyright holders, and UAS makes protecting intellectual properties harder than ever.

This is where counterdrone protection comes into play. Drone defense is a smart investment that companies should make to protect their privacy and trade secrets. The C-UAS technology helps to combat rogue drones and bring their operators to justice. With a counterdrone defense system installed, companies can strengthen their security system and provide better protection against competitors and bad actors beyond the capabilities of a camera, gate, or wall.

DroneShield is an Australian/US publicly listed company focusing on RF sensing, Artificial Intelligence and Machine Learning, Sensor Fusion, Electronic Warfare, Rapid Prototyping and MIL-SPEC manufacturing. Our C-UAS AI is able to distinguish between everyday noise and potential threats, offering low false-alarm rates and industry-leading detection capabilities.

To aid companies in fighting rogue drones, DroneShield develops the C-UAS AI technology that integrates into existing security operations for constant monitoring of the property’s surroundings. Companies’ security teams can configure our system to issue instant alerts via email, SMS, or their established alarm system and automatically disrupt drone threats. All alert data is retained as digital evidence for potential future legal proceedings.

DroneShield’s C-UAS AI technology doesn’t use protocol manipulation or “cyber” tactics due to their limitations. Instead, we use non-kinetic jamming for controlled management of response to threats. Our counterdrone protection can disrupt rogue UAS technologies and force them to ground or return them to their operator. The system is also able to pinpoint the location of the offending drone’s operator if needed.

The DroneShield C-UAS technology provides real-time monitoring support and instant alert to counter various drone threats. We also offer portable and fixed counterdrone defense solutions to accommodate all needs.

Protect your assets with the best C-UAS solutions the industry can offer. Get in touch with DroneShield for details and potential partnerships.

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Protecting Core Industries from Malicious UAS

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Protecting Core Industries from Malicious UAS

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As an Australian/US publicly listed company with a global presence, DroneShield puts its main focus on RF sensing, Artificial Intelligence and Machine Learning, Sensor Fusion, Electronic Warfare, Rapid Prototyping and MIL-SPEC manufacturing. Our C-UAS technology solutions and capabilities are used to protect Military, Government, Law Enforcement, Critical Infrastructure, Commercial and VIPs across the world.

With the UAS technology evolving at a rapid pace, our team of engineers work hard to further the technology of counterdrone protection. The goal is to be one step ahead in combating the growing number of drone threats.

In the past years, UAS technology has been used for good and bad purposes. Drones were used to carry out multiple terrorism attacks due to their mobility and unmanned nature. Since terrorists often target critical infrastructure as a tactic of war, terrorism, and political activism, the core industries need counterdrone defence now more than ever.

In 2019, two Aramco oil facilities in Saudi Arabia were struck by armed drones, causing fire to break out at the production plants. In 2020, US soldiers guarding oil and gas facilities in Syria were repeatedly attacked by UAS dropping small explosive payloads. In June 2022, a drone struck the Novoshakhtinsk oil refinery in Russia, causing a large fire. The conflict between Ukraine and Russia alone has witnessed multiple drone attacks targeting oil, gas, and mining facilities in both countries.

All the drone attacks in the past decade have proven just how effective the UAS technology in amplifying the level of destruction while concealing the assailants’ identity. The number of successful attacks is a testament to the absence of high-end C-UAS technology guarding the facilities of core industries.

Our drone defence solutions are designed to protect vital areas and facilities from any disruption carried out by UAS devices. With world-leading counterdrone protection (C-UAS) equipment, operators in the oil, gas, and mining industries are able to detect, identify, and neutralise intruding drones quickly and efficiently.

To be one step ahead of the evolving drone threats, DroneShield equips its C-UAS equipment with cutting-edge multi-sensor counterdrone arrays. This sensor technology detects incoming threats, provides real-time alerts and provides operators with valuable data as evidence for use in legal proceedings with C-UAS AI technology. Additionally, DroneShield counterdrone defence systems can also ground intruding drones and pinpoint the location of their pilots. Exclusion zones can also be set up if needed, therefore providing operators with total control over the entire site’s security measures.

Facilities that require portable C-UAS solutions can opt for C-UAS RfPatrol and DroneSentry, the latter comes with a 360-degree view capability. Our engineers make it easier to tailor your drone defence to specific industrial locations and adapt DroneShield technology to suit your drone needs.

DroneShield C-UAS AI makes sure all the people working in oil, gas, and mining facilities are well protected when working on the site. Get in touch today to upgrade your security systems.

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Counterdrone Protection in Law Enforcement

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Counterdrone Protection in Law Enforcement

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Each year, Unmanned Aerial Systems (UAS) undergo a rapid evolution in terms of functionality, durability, speed, and longevity. Taranis, one of the most advanced drones today, has a top speed of 1,127km/h and a 9.7m wingspan, making it nearly invisible to radar. This is just an example of how far drone technology has evolved in the past years.

Commercial drones are no exception to this phenomenon for the better or worse. With the ability to record video or still images in daylight or infrared, UAS operators can conduct surveillance and monitor certain places from afar. Their payload capacity is another feature that can be problematic in the wrong hands. Hobby drones, for instance, have payload capacity between 0.3kg and 2kg. Certain models of professional drones can carry up to 12kg of weight.

With such capabilities, more and more criminals and terrorists use drones to carry out illegal activities. In 2020, a woman was caught using a drone to transport drugs from New South Wales to Victoria to evade COVID border closures. In 2022, Indian authorities are struggling to combat terrorist activities that use drones to deliver arms and drop sticky bombs. In the same year, Police Scotland discovers that criminals are using drones to scout rural areas before committing theft. The list goes on.

Counterdrone laws might already exist, but enforcing those laws can be difficult for law enforcement due to drones’ advanced capabilities, including their superior agility. This situation calls for advanced counterdrone protection (C-UAS) to prevent crimes, protect officers, and preserve the integrity and privacy of sensitive information and crime scenes.

As an Australian/US publicly listed company focusing on RF sensing, Artificial Intelligence and Machine Learning, Sensor Fusion, Electronic Warfare, Rapid Prototyping, and MIL-SPEC manufacturing, DroneShield takes the responsibility to develop C-UAS solutions to aid law enforcement in combating drone threats.

The DroneShield C-UAS technology provides real-time monitoring support and instant alert when detecting a threat using the state-of-the-art multi-sensor feature. It allows operators to detect, identify, and record information about rogue UAS devices and their activities. The ability to monitor air space gives more complete protection beyond the capabilities of a camera, gate, or wall.

Once the threat has been detected and identified, the DroneShield Drone defense system can ground the offending drone or force it to return to its operator. The system can pinpoint the location of the offending drone’s operator if needed.

DroneShield C-UAS equipment supports integration with existing security protocols to ensure public safety and the protection of sensitive information. We provide portable and fixed counterdrone defence solutions to accommodate all types of operations.

Contact us to learn more about DroneShield C-UAS solutions!

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How C-UAS Counters UAS Activity That Threatens Personal Safety, Privacy and Property

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How C-UAS Counters UAS Activity That Threatens Personal Safety, Privacy and Property

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The rising popularity and accessibility of commercial drones result in the increasing risk of Unmanned Aerial Systems (UAS) threats to civilians. Drones are a highly mobile and versatile technology, giving irresponsible parties the opportunity to breach restricted and private areas.

There have been numerous cases of drones being used to carry out reconnaissance of private properties and spy on public figures. In August 2020, for instance, multiple witnesses reported drone sightings near Air Force One, the private plane of the President of the United States.

Many countries have introduced drone laws to regulate the use of commercial UAS. However, the need to tackle the UAS threats must also be matched with concrete actions. That is, by having effective counterdrone protection.

Drone defense or C-UAS is vital for maintaining privacy, even in the absence of a direct threat. The counterdrone protection technology is built to detect, identify, and intercept unwanted or hostile drones. In terms of executive protection, counterdrone defence systems offer advance detection and warning of UAS presence in private properties and special events, forcing trespassing drones to either ground or return to their operator.

So far, drone defense technology has been effective in countering UAS threats. During the aftermath of the 2020 Calabasas helicopter crash that killed Kobe Bryant and eight other passengers, multiple drone sightings were reported at the aircraft crash site. With the help of C-UAS technology, the airspace above the site could be closed temporarily to preserve the integrity of the scene and respect the families of those who had passed away.

Personal Counterdrone Defence with DroneShield

DroneShield pioneers C-UAS technologies to protect military, government, law enforcement, critical infrastructure, commercial, and VIPs worldwide. In serving executive protection we incorporate next-generation Electronic Warfare (EW), Signals Intelligence (SIGINT), and the power of artificial intelligence (AI) to develop world-leading C-UAS AI. Our state-of-the-art counterdrone technology equips sensors to monitor airspace and ground parameters, detect and neutralise any UAS threats by grounding drones or returning them to their operators.

Advanced alerts eliminate the element of surprise that paparazzi and other offenders commonly relied on before they can get close to you. SMS and email alerts can be synced to your personal accounts or designated protection teams, seamlessly integrating with existing defence systems.

DroneShield’s defeat technologies offer non-kinetic jamming for the controlled management of threats. Our defeat capabilities do not utilise protocol manipulation or “cyber” tactics, both of which carry a number of limitations. To anticipate future legal proceedings, DroneShield C-UAS technologies record and securely save alert data as digital evidence. Perpetrators can be neutralised immediately and face suitable justice at a later date to protect you personally as well as your property.

Visit our website to browse our range of products and each of their capabilities. We also offer counterdrone protection for airports (C-UAS airports) should you be keen to strengthen your private airport’s aviation security with our antidrone airports.

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Russia’s invasion of Ukraine presents a massive opportunity for unmanned aerial systems (UAS) to take the front line in modern warfare. Despite the early skepticism, drones bring air superiority over Russia by strengthening Ukraine’s air defence systems and providing electronic warfare countermeasures. The latter is particularly crucial in the sense of embracing new technology provided by NATO. This includes understanding the importance of counterdrone protection and the relationship between operators and unmanned systems.

Russia’s failure to follow the development of drone defence and understand how drone warfare works are proven fatal. One of Russia’s biggest losses is the sinking of its flagship to Ukraine’s artillery strikes, an attack that Russia failed to anticipate due to its inferior counterdrone protection systems. Russie also failed to equip its vehicles with counterdrone protection or electronic warfare protection, allowing Ukrainian drones to fly in close proximity and carry out airstrikes.

On the contrary, Ukraine dominates drone warfare by successfully carrying out intelligence and reconnaissance with UAS and C-UAS. The NATO-supplied electromagnetic warfare systems had taken down dozens of Russian drones and countered Russian jammers, forcing Russia to shoot down Ukraine drones with surface-to-air missiles that cost way more than their target.

UAS and C-UAS had also been a major propaganda win for Ukraine as said technologies provide images and video of Ukrainian strikes. Drones had helped capture the invasion on the battlefields for the world to see, debunking misinformation and propaganda efforts perpetuated by the opposing party.

Ukraine’s success in drone warfare cements the claim that drones offer significant military capability at a relatively low cost – and that C-UAS plays a significant role in ensuring that. Every conflict might be unique, with different parties having different military capabilities. However, if there is one thing that is certain, it is that drone and counterdrone technology will only evolve faster to adapt to future warfare.

How DroneShield Pioneers C-UAS Technology

DroneShield is publicly listed on the Australian Securities Exchange (ASX) under ticker DRO. Our company focuses on radio frequency sensing, AI and machine learning, sensor fusion, electronic warfare, rapid prototyping, and MIL-SPEC manufacturing. We help enhance security systems for end-users in the military, government, law enforcement, and critical infrastructure sectors worldwide.

Our world-leading C-UAS technologies incorporate next-generation Electronic Warfare (EW) and Signals Intelligence (SIGINT) work as well as the power of AI to provide better accuracy in various terrains and missions. Contact us to discuss available options at info@droneshield.com.

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The Power of Artificial Intelligence for C-UAS

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The Power of Artificial Intelligence for C-UAS

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In recent years, drones have become more and more common. It has become common knowledge that said technology benefits military offense and defence in many ways, such as hiding explosive devices, scouting no man’s lands, carrying out surveillance, and combating electronic warfare. Today, drones have many other functions outside of the military settings – monitoring climate change,  conducting search operations, and distributing medical supplies, to name a few.

The rising popularity of UAS technology calls for a major improvement in counterdrone protection. To combat the increasing number of illegal activities using drone technology, DroneShield releases various C-UAS products like C-UAS prisons, C-UAS airports, and counterdrone stadiums. The latter plays a significant role in realising antidrone airports, mitigating UAS-related incidents caused by unregulated uses of said technology.

When the number of drones circulating the market isn’t as many as today, counterdrone defence measures can be carried out by one operator. The person operating the counterdrone technology can assess the sensor data and choose the appropriate response in time to prevent incoming UAS from accomplishing their mission.

But what if the threat comprises a large number of drones? Drone swarms may come to reality, and they will require faster real-time analysis on the situation and response to the threat to mitigate any possible damages – something that one C-UAS operator simply cannot do simultaneously.

In response to this threat, DroneShield uses the power of artificial intelligence (AI) for counterdrone protection. This decision results in many benefits, allowing us to answer the challenges of antidrone warfare.

First and foremost, our C-UAS AI is capable of identifying drones’ communication channels and protocols, including models that adopt frequency hopping spread spectrum (FHSS) technology. The data gathered allows C-UAS to distinguish real from false detections in environments with numerous radio-frequency sources.

Secondly, since AI is hardware-agnostic, its application in our C-UAS gives our drones the flexibility to work with hardware extensions. What’s more, C-UAS AI evolves its algorithm over time and pattern-match any potential threats for appropriate response strategies. With AI being built into the system instead of connected to the cloud, there is zero risk of network disruption.

All these processes are done much faster with the application of AI, cutting down the time needed to respond to numerous threats simultaneously. Furthermore, C-UAS AI significantly reduces, if not eliminates, human errors, poor decisions, and inefficiency.

Illegal drone use is a threat that never stops evolving. Without a proper countermeasure, it can cause lives. DroneShield aims to prevent this from happening in the future by eliminating the vulnerabilities of a counterdrone. The use of AI is one of those big steps we take to keep up with the growing issues surrounding drone technology.

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Protecting Airports from Drones with DroneShield

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Protecting Airports from Drones with DroneShield

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The rising accessibility of unmanned aircraft systems (UAS or drones) for non-military uses has called for the equally rapid evolution of counter-unmanned aircraft systems (C-UAS). In the aviation industry, that need became apparent after the infamous Gatwick Airport drone incident in 2018. Reports of drone sightings near the runway caused a big disruption at the airport, affecting around 1,000 flights in three days.

The Gatwick Airport incident isn’t the only one, and it will likely happen again in the future. Rogue drones flying too close to your runway can lead to a collision with an aircraft. Terrorists may also use UAS to deliver explosives and weapons to conduct malicious activities inside your airport. The list of threats goes on.

Without counterdrone protection, future incidents can happen at your airport, costing you monetary loss and lives.

DroneShield aims to prevent that scenario by helping airport operators create antidrone airports. We provide counterdrone protection via our C-UAS airports, which can be integrated into existing airport control room systems. C-UAS airports can send instant alerts and activate automatic or manually activated disruption when detecting a drone, equipping your security systems with top-notch drone defense.

Our  C-UAS airports product, RfPatrol, comes with sensors that can detect and track multiple UAS simultaneously, including GNSS-navigated drones. With the help of artificial intelligence (C-UAS AI), RfPatrol offers better detection and tracking than radar, identifying targets with a higher accuracy to eliminate false alarms. The use of AI eliminates human errors and ensures optimal efficiency.

Upon being integrated into existing airport security systems, DroneShield counterdrone protection system can alert security systems to identify the location and direction of the drone and approximate its operator’s location. Using our in-house software, C-UAS airports record camera footage of the sightings to be used as evidence.

C-UAS airports mitigate future incidents by automatically or manually disrupting threats, forcing rogue drones to ground or return to their operator. The product is completely passive and doesn’t interfere with other equipment. All the detection and tracking processes are conducted lawfully, free from hacking and protocol manipulation.

DroneShield is a proud member of Airports Council International, Australian Airports Association, and Defence Industry Security Program – a testament to our commitment to providing the best counterdrone protection for the aviation industry. Trust our C-UAS to make your airport drone-free.

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How to Strengthen Existing Military Defence Against UAS Threats

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How to Strengthen Existing Military Defence Against UAS Threats

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Drones might be starting to take off in the entertainment and marketing industries, but unmanned aircraft systems have played a major role in turning the tide of various wars. In many cases, they are weaponised to operate offensively. However, drones can carry out other essential tasks just as efficiently.

For instance, drones were used to train aircraft gunners during World War II. In the early 70s, Israel used them as decoys in the Yom Kippur War. It was not until the early 2000s that multiple government agencies began testing drones for disaster relief and border surveillance. Other newly discovered functions of drones include aiding search operations after natural disasters, monitoring climate change, and acting as airborne communications nodes.

That said, drones are not exclusive to one party only. As of today, more than 95 countries and an unknown number of terrorist groups operate military drones. Consequently, all parties in a conflict get equal benefits from using drones.

The Rise of Counter-drone Protection System

For this reason, counter-drone technology or C-UAS also gains popularity in the military field. The counterdrone defence system is made to detect, identify, and/or intercept unmanned aircraft, giving the operator the ability to strike enemies’ drones before they get to do any damage. Combined with the AI technology, C-UAS AI can automatically detect and disrupt drone threats or swarms, forcing them to either land or return to their operator.

DroneShield is an Australian publicly listed sovereign defense capability company focusing on radio frequency sensing, AI and machine learning, sensor fusion, electronic warfare, rapid prototyping, and MIL-SPEC manufacturing. Using the latest cutting-edge technology, we design counter-drone protection to strengthen the military, law enforcement, government, and critical structure against UAS threat

In the military sector, DroneShield provides military personnel with wearable, vehicle or ship, and fixed-site multi-mission drone defence solutions to combat the UAS threats. Our C-UAS AI technology offers world-leading capabilities to complement the military’s existing detection methods instead of “selling yet another box.”

As the original pioneer in the counter-drone defence sector, DroneShield is supported by a world-renowned engineering team comprising military veterans with deep mission experience and an understanding of deployment requirements.

In addition to drone defence, our expertise in electronic warfare and ISR produces superior results for situational awareness for our customers.

How DroneShield Aids the Military Sector

DroneShield’s sensors have world-leading drone detection and tracking range performance capable of detecting multiple drones simultaneously and even silent drones via their downlinks.

Our electronic warfare products are capable of not only jamming, degrading, disrupting, or neutralising drones but also deceiving, degrading, neutralising, and disrupting adversary communications networks and radiating equipment within the electromagnetic spectrum.

In providing controlled management, DroneShield’s C-UAS defeat capabilities do not involve protocol manipulation or “cyber” tactics, given the limitations of those methods. As for data and evidence collection, our counter-drone protection software easily integrates into existing security and control room systems and features rich alerting, tracking, and reporting capabilities. DroneShield’s portable solutions are suitable for supporting patrol teams and targeted missions.

Visit our website for more information about our C-UAS equipment and contract enquiries.

Read More:- C-UAS airports

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The Importance of C-UAS in Commercial Industries

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The Importance of C-UAS in Commercial Industries

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Unmanned aerial vehicles (UAV), popularly known as drones, were originally created for intelligence, surveillance, target acquisition, and reconnaissance in military and counter-terrorism operations. Since drones are small and operate under remote control, they help save lives and increase missions’ success rates in difficult terrain and no-go red zones.

UAS in the Civil Market

The advancements and cost reductions of the UAV technology make drones more feasible for other purposes, like communication, transportation, crime control, and search and rescue. Seeing all these functions and benefits, it is not surprising that drones finally enter the civil market and take off.

While different sectors outside of the military can now benefit from the cost-effective UAV technology, it also means that drones become accessible to civilians for personal uses. Consequently, irresponsible operators can use their drones to do malicious activities.

In public spaces like stadiums and commercial venues, drones pose a threat to public safety and privacy. In the aviation industry, numerous cases of drones flying too close to airports increase the risk of fatal mid-air encounters with aeroplanes. Additionally, the increasing use of drones for illegal surveillance as well as malicious payload and contraband delivery means more work for law enforcement.

How DroneShield Counters the Threat

The malicious uses of the UAV technology push the development of the counter unmanned aerial system (C-UAS), and DroneShield is one of the companies that answer this demand.

DroneShield is an Australian publicly listed sovereign defense capability company focusing on designing C-UAS AI for both military and commercial uses. Using world-leading drone detection sensors, our AI-based equipment helps the military, law enforcement, and businesses protect the public from ill-intent drones.

Our C-UAS prisons equipment helps correctional facilities maintain the highest security level. DroneShield’s C-UAS prisons system combines multiple sensors like radio frequency, radar, and optical verification for early detection of UAS threats beyond the perimeter. It also comes with alerting, recording, reporting, and tracking features for data and evidence collection.

In the aviation sector, DroneShield’s C-UAS airports equipment offers passive, long-range, non-interfering drone detection and tracking abilities to create antidrone airports. The C-UAS AI system can detect and track multiple drones simultaneously, including the GNSS-navigated ones. Additionally, our C-UAS airports system supports integration with airport control room systems to automatically and manually disrupt threats, further supporting the trend of antidrone airports.

Meanwhile, our counterdrone stadiums system offers multi-layered detection and disruption systems to protect public events and commercial events from disruptive fans, protesters, and terrorists. DroneShield’s counterdrone stadiums equipment provides three-dimensional monitoring and protection of stadium grounds and surrounding airspace. The temporary deployment options make our product highly versatile, even in locations with minimal infrastructure like beaches and golf courses.

With new types of drones entering the civil market at a rapid pace, the development of C-UAS technology must not fall behind. The ill-intent uses of drones can bring various degrees of casualties no one should bear. Act today for a better tomorrow.

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Potential Increase on the Malicious use of UAS

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Potential Increase on the Malicious use of UAS

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In recent years, drones have been used to hide explosive devices. These are used to ambush soldiers in the battle or as some form of threat from terrorist groups. While drones have ignited terrorists to cause turmoil, similar disruptive events could occur in the coming days, months and decades with the continuous use of UAS.

Rather than becoming an aid to military operations and maintaining the safety of public and private places, drones nowadays have been used as threats in electronic warfare. These may be used to drop off explosives or take opponents down. Drones have also been used to disturb peace and order in airports, stadiums and other crowded places to name a few.

A significant increase in the number of UAS-related incidents have been noted in the past three years. These incidents have often occurred at or near critical infrastructure, military installations and public venues. Most incidents are into bombing, spying and even more negative and dramatic in nature.

Regardless of whether the UAS operator was identified though, Droneshield can manage to take these UAS down with its counterdrone measures and equipment. Droneshield’s C-UAS products and services such as C-UAS prisons and C-UAS airports do have the C-UAS AI capability that ensures increased awareness and ability to identify potentially malicious UAS activity.

With the potential increase in the malicious use of UAS, drone companies have slowly developed counterdrones for firm protection. Airports, being one of the most crowded places have been suspected as one of the terrorists’ target. This is why Droneshield has developed its C-UAS airports to ensure public safety in large and crowded spaces such as this.

Another place that could become a possible target of these unmanned aircraft systems are prison cells. The presence of well-known or VIP convicts and many other useful and confidential information inside these prison cells call for Droneshield’s C-UAS prisons technology. The product has C-UAS AI feature that intelligently detects and takes down rogue drones while cutting off signals from its source.

Droneshield’s C-UAS can also be utilised in electronic warfare. Drones are not solely used for violence when applied to warfare or military operations. They can also be used to distribute vital supplies to military people.

Though drones have been maliciously used over the years, it is undeniable that these aircraft systems, manned or unmanned are also beneficial. What we at Droneshield can  do is to encourage all of our clients to remain vigilant to any potential threats caused by this emerging technology.

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Drone Use and Problems

With the rampant use of drones, they can now be used by terrorists and other adversaries to threaten peace and order. Accordingly, drones can be used in five ways. First, it can be used for surveillance. When confidential information is kept or the space within requires strict security, surveillance drones are used which is why a number of markets have been developing drone defense equipment. Populated spaces such as stadiums are also turned into counterdrone stadiums for strict surveillance and to ensure the safety of every event. Another populated place that needs counterdrone protection and surveillance are airports. Antidrone airports are now a trend too. As the place is one of the most populated ones, with a large space involved, surveillance drones are a must.

The use of surveillance drones actually has good and bad sides. What’s written above are the good sides. However, when surveillance drones are misused, they may be able to threaten peace and order. For instance, when a surveillance drone has been flown and it has captured numerous people in one crowd, adversaries may take the chance to cause disturbance. This is one reason why antidrone airports and counterdrone stadiums are now in place.

Aside from being used for surveillance purposes, drones may also be used for strategic communications. This is especially applicable for remote areas where military groups are deployed for instance. On the other side of the story comes rogue drones that tend to disrupt important communications which is why deployed militants need counterdrone defence for added security.

Drones can also be used either for smuggling or transporting material. For instance, when there are relief operations, drones can be of much help in transporting goods to mountainous areas. It can also be used to transport crops in the case of farmers who may be utilising difficult areas in the mountainsides. The blackmarket may also benefit from the use of drones which may transport smuggled goods.

The most dangerous use of drones is disrupting events or complementing other activities. Drones can carry bombs or other explosive devices which may distort peace and order. It may also be used as weapons. To counter this, Droneshield has its own C-UAS embedded with counterdrone protection and counterdrone defence. In case rogue drones are on sight, Droneshield’s state of the art drone defense system will take these rogue drones down.

Technical Solutions

No single solution can fully mitigate the risks brought by UAS. However, several measures and technologies may be used or taken to be able to go through the challenges. For instance, Droneshield’s detection technology can sense drones even when they are invisible to the radar and lack RF links. With its AI system, it alerts the drone user and using the DroneGun, rogue drones can be taken down.

Many other potential technical solutions and promising technologies exist, however, countering UAS systems continues to be a problem. The threats can be mitigated through, however, possible damages such as the sudden landing of a rogue drone can cause problems especially when it has to fall over a crowd of people.

So far, solutions to UAS are forced landings which could be dangerous when in public space. Given the number of issues identified with the promising technologies previously identified, it is understandable that the UAS threat to personnel and equipment is still considered “absolutely pressing,” despite the prevalence of potential counter-UAS solutions.

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Validating a drone threat is surely a hard thing to do. However, Droneshield, who strives to evolve as a global leader in the field of optical detection and tracking has partnered with the University of Technology Sydney in crafting the award winning AI engine DroneOptID. The software is embedded with the latest in Computer Vision technology to detect, identify and track drone targets in real time.

The presence of unmanned aerial systems flying over almost anywhere have posed several issues on security. This is the very reason for the existence of a
counterdrone. For as long as the cause of the existence of these unmanned aerial systems are unknown, they remain classified as threats, thus, one has to establish some form of
counterdrone protection.

Most of the targets of these unmanned aerial systems are crowded places such as stadiums or concert halls, public markets and other public spaces. For closed spaces with a lot of people such as stadiums, Droneshield offers
counterdrone stadiums. Installation may be done temporarily or you could opt for a fixed installation. The presence of
counterdrone stadiums
will enable tightened regulations on unmanned aerial systems.

Comprehensive
counterdrone defense
is provided by Droneshield for a higher
counterdrone protection from terrorists or disrupters. To slew and validate a drone threat, the AI powered Optical detection and Identification software developed by Droneshield shall take geographical and environmental data from other sensors. This is one feature that makes it an exquisite
C-UAS
tool.

Another feature of this software is the fully comprehensive drone database. Operators can access past detection events and retrieve the camera recording with DroneOptID overlay as a means of high quality evidence collection. It is deployable so the
counterdrone
is ready to get some real-time tracking. Now this is what a sound
counterdrone defense
looks like.

Other than the features of DroneOptID mentioned above, it has several benefits as a
C-UAS tool such as the following:

The following are the benefits of the DroneOptID Software:

1. Sensor Fusion - Uses detection data from DroneShield or third party radar and RF detectors in order to make decisions about where the target is located.

2. Additional Data - Enhances camera’s ability to accurately give a visual display on the moving target, including its payload (which may not be available via other sensors)

3. Flight Prediction - Uses proprietary flight prediction algorithm to assist tracking even when the target is inhibited from view.

4. Computer Vision - DroneShield employs the latest in computer vision technology to classify, localise and segment the image.

5. Confirmation - The operator can confirm whether active countermeasures (electronic warfare or kinetic) have been effective in mitigating the advance of the drone threat.

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The Downsides Of Drones Outweigh The Benefits- A Myth

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The Downsides Of Drones Outweigh The Benefits- A Myth

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The height of technology has brought countless benefits to humankind. However alongside its benefits are the downsides associated with its misuse.

Just like any type of technology, drones too can be misused. Examples of their misuse could include causing disruption to other neutral aircrafts. As of today, news has reported several unmanned aircraft systems flying everywhere. Reports have confirmed some drones have been misused to spy on target public areas to cause disruptions. They have been targeting crowded places such as stadiums, concert halls and even airports. Counter Drones have actually evolved due to these drone misuses. Since airports are among those that have been frequently targeted, antidrone airports came into existence.

C-UAS airports have become functional in Australia since the year 2019. Drone-related disruptions on airports have triggered the presence of these C-UAS airports. To detect suspicious rogue drones that might cause disruptions to flights or awaiting passengers, antidrone airports are embedded with C-UAS AI. Aside from the C-UAS AI detection, part of the drone defense is to cut the rogue drone’s signal to its source and take it down to the ground.

Another misuse of drones relates to enabling other criminal activities specially inside the prison cells. An example is flying contrabands into prison cells. To counter this drone downside caused by drone misuse, prison facilities have been upgraded to C-UAS prisons. C-UAS prisons do not only detect suspicious drones that fly inside the prisons, it can also take them down and even track where the signal from these rogue drones are coming from.

Some other drones were also misused for the purpose of invading the privacy of people by filming them without permission. Others also facilitate physical or cyber-attacks using drones.

In the warfare industry, drones have been used to provide logistics support to soldiers who are either on the battlefield or training in areas that are hard to access. Electronic warfare is now on the roll and soon, we’ll come into the robotic age. With electronic warfare, few military civilians will be deployed which could mean few human casualties. However, the threat goes unto massive building and large physical casualties. This evidently proves that beyond the downsides of drones are its benefits.

Though rampant misuse of drones have been flaunting one by one, counter drones are given birth for drone defense and public safety. These counterdrones are designed to cut off drone misuse whilst protecting the environment and humankind.

What is most important is to put appropriate frameworks in place. This will ensure that drones are operated appropriately and responsibly. In doing so, however, we shouldn’t lose sight of the long list of benefits provided by drones.

Drones can provide vital support in many different scenarios. Usage ranges from search and rescue, surveillance, traffic monitoring, weather monitoring and firefighting, to personal drones and business drone-based photography, as well as videography, agriculture and even delivery services. Drones still have a very long list of benefits. As innovators continue to create and improve drone usage and features, we can always outweigh the downsides of drones with its benefits.

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How to detect UAS and execute counterdrone protection in Airports

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How to detect UAS and execute counterdrone protection in Airports

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Have you ever thought of turning your hobby into an impactful idea of making the world a safer place? This may be the right time and place to start your story. DroneShield for C-UAS Airports brings into action advanced C-UAS technologies, and creates antidrone airports. Let’s explore the process in more detail.

Counter Unmanned Aircraft Systems, C-UAS is a smart-sensor and effector batch capable of remotely observing minor objects and then trailing and categorising them before disrupting UAS.

Counterdrone systems and appliances can be passive (simply looking or listening) or practical (sending a signal out and evaluating what comes back) and can conduct various purposes, including Detection, Classification or Identification, Locating and Tracking, and Alerting. You should be conscious that not all appliances perform all of the above functionality at the same time.

Counterdrone protection means the technology can distinguish drones. Independent detection usually isn’t sufficient though. In some instances, a radar that indicates drones may also determine birds.

It’s not that simple. In fact, the Counterdrone danger is very diverse. It can vary from amateurs who accidentally drift in the untrue airspace to actors who are eager to cause a national disturbance. Drone defence policies need to conserve against all dangers, encompassing those that are heavily modified to overcome conventional sensing technology.

Various methods can distinguish the existence of villain Drone defense. Specific RF communications on UAV-specific regularities can be searched for, and their powerful protocols can even specify individual earns of drones. RF scanning will not detect all drones, as airliners programmed to fly autonomously may not bring or earn RF transmissions from a pilot or root station.

Despite the fact that Drone defence is utilised to detect and intercept undesirable drones and crewless aerial vehicles (UAVs), hostile drones may be used to deploy explosives, smuggle contrabands or gather opinions on sensitive assets. Acoustic C-UAS detection systems correlate the noise made by drone momentum systems to a database of sounds. Their precision can be influenced by other commotion in the proximity.

DroneShield is one of the world-leading technologies to gain security for airports by detecting drone presence. Its multi-sensor approach allows it to distinguish drones from other objects, minimising false alarms. Droneshield product integrates into existing security systems, sends alerts whenever a UAS is detected, as well as retains data from the alert for any subsequent legal proceedings.

DroneShield C-UAS technology is able to track multiple drones by the help of RfOne MkII sensors installed with up to 8km of detection range. Sensors return the data streams to the pilot, and help detect both drones and ‘silent’ UAS. Drone defence also records and tracks targets for evidence. Apart from counterdrone protection, there are many helpful functions  included in the Droneshield C-UAS Airport service, such as staff training, customer support, system integration, etc.

No matter whether it’s a hobby or an idea to change the world, make sure you choose the most reliable and advanced C-UAS AI technologies to execute counterdrone protection efficiently. Safety is one of the most precious assets in the modern world.

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Countering Terrorist Attacks with Droneshield’s World-Class Technology

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Countering Terrorist Attacks with Droneshield’s World-Class Technology

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The presence of the Unmanned Aerial Systems (UAS) has been drawing much of the public’s security concerns. One would definitely wonder about how on earth could  these UAS be flying over crowds or commercial venues for no reason. The loose counterdrone laws and regulations add up to the worries. However, amidst the security and privacy threats of these illegally planted UAS, Droneshield provides tangible solutions. With its world-class counterdrone technology, safety is guaranteed.

As it may be known to all, terrorists are likely to attack crowded places such as commercial venues, stadiums or even closed spaces such as the prison cells, planes or airports. With the height of technology, UAS have been their partners for an easier job. Counterdrone protection is badly needed for threats like this, or perhaps a sturdy counterdrone defense.

One susceptible place for terrorists to attack are stadiums which are widely used for big sporting events or concerts. To prevent this, Droneshield can help in building counterdrone stadiums with the installation of a world-class C-UAS technology. Counterdrone stadiums are more secure for players, performers, spectators and the like. Thanks to Droneshield’s easy-to-integrate C-UAS technology that provides complete counterdrone protection.

Prisons are closed places where terrorists may also attack. Because of this, prisons need C-UAS prisons systems that may disrupt UAS. Droneshield’s C-UAS prisons system can analyse multiple feeds at the same time.

Another popular terrorist site could be the airport. To fully secure the safety and privacy of the individuals here, C-UAS airports systems play a vital role. It employs a C-UAS AI system that provides real time information and security in Antidrone airports. Airports gain complete security from Droneshield with its C-UAS airports system’s detection, integration,awareness, recording and mitigation technology. Antidrone airports have been equipped with the C-UAS AI technology for complete drone defense.

Droneshield provides counterdrone defense and moreso, total drone defense backed by its electronic warfare and AI capabilities. Our artificial intelligence and electronic warfare capabilities have been applied by our military customers to counter terrorist attacks and for application into the modern battlefield.