droneshield

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.

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.

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.