The Federal Aviation Administration (FAA) has ramped up its enforcement of drone safety violations, proposing over $341,000 in civil fines between October 2022 and June 2024. This tougher stance sends a clear message: drone safety violations are taken seriously.
This article explores the changing regulatory landscape, highlights notable enforcement incidents, and discusses the implications for drone operators, the public, and the future of the industry.
The FAA Reauthorization Act of 2024, which became Public Law No. 118-63 on May 16, 2024, significantly raises the stakes for drone operators, bringing stricter penalties and highlighting the FAAs commitment to aviation safety:
The FAA’s recent enforcement actions spotlight a concerning trend of increasing drone incidents, with serious safety implications:
This enforcement surge has far-reaching consequences:
To manage the risks posed by rogue drones and prevent drone incidents at major events, public safety agencies must implement effective counter-unmanned aerial systems (C-UAS) solutions. When authorized and compliant with regulations, these systems offer:
Recent FAA enforcement actions highlight the need for drone operators to comply with regulations, especially in light of increasing drone incidents. Staying informed, prioritizing safety, and adopting responsible practices will unlock the full potential of drone technology while minimizing risks to public safety.
As the drone industry continues to expand, it’s imperative to balance innovation with safety. With drone operators adhering to established regulations and public safety organizations integrating counter-drone technologies, the drone industry can continue to evolve positively while safeguarding public safety and minimizing future drone incidents.
The booming popularity of unmanned aerial vehicles (UAVs) or drones, has introduced a new layer of complexity for stadium security, especially during major sporting events where the safety of spectators and participants is vital. In recent years, hundreds of sporting events have experienced thousands of unauthorized drone incursions across many stadiums globally. This alarming trend highlights the urgency for effective drone mitigation strategies.
With the 2024 Paris Olympics underway, as with all major sporting events, the spotlight is on France’s anti-drone measures and their effectiveness in safeguarding the French capital from potential aerial threats. The presence of unauthorized drones at major events can pose a triple threat: disrupting operations, causing immediate physical harm, and triggering psychological impact and potential widespread panic among attendees.
Therefore, the establishment of advanced drone mitigation at stadiums is essential. This article explores advanced strategies to counteract these risks and maintain the safety and security of stadiums for all attendees.
Securing a stadium during major events presents a multitude of challenges due to the sheer number of people, the complexity of the venue, and the potential for diverse types of threats. Understanding these vulnerabilities is crucial for developing effective strategies for stadium drone protection.
Dense crowds make it difficult to monitor and manage the airspace effectively. Unauthorized drones can blend in, making detection and response more challenging. The risk of collateral damage is also higher, and countermeasures taken against a drone must prioritize the safety of the spectators.
Stadiums are complex structures with multiple entry and exit points, various sections, and often numerous levels. This complexity can obstruct line-of-sight detection or identification systems, making it harder to spot and track unauthorized drones. Additionally, the architectural features can create blind spots where drones can go undetected until they are already in a critical area.
Major events attract significant media attention and high-profile individuals, making them attractive targets for malicious actors. The presence of VIPs and the potential for large-scale disruptions increase the stakes, requiring more robust and reliable security measures. Unauthorized drones could be used for surveillance or reconnaissance, to deliver harmful payloads, or to cause panic among the attendees.
The mere sight of an unauthorized drone can cause fear and anxiety among spectators, leading to potential panic and chaos. This psychological impact is a significant vulnerability, as it can disrupt the event and lead to injuries in the resulting commotion. Keeping the crowd calm and secure is as important as the physical security measures in place.
Addressing these vulnerabilities requires a comprehensive approach that incorporates advanced technologies and strategic planning.
With over 300,000 spectators expected to line the streets of Paris in July, preventing unauthorized drones from disrupting the Olympic games is a significant endeavor. As such, France has heavily invested in the counter drone systems.
Systems at major events may use a combination of technologies to detect and characterize potential drone threats. The systems may employ countermeasures such as jamming to immobilize or change the drone’s trajectory and/or deploy kinetic measures such as a police drone equipped with a net to capture the unauthorized device.
Yet, despite these counter-drone measures, significant limitations exist:
Certain solutions that work well in the military, such as radars and RF directional finders, may prove less effective in crowded environments. Radars can struggle to differentiate between unauthorized drones and other objects such as birds, cameras, and authorized drones. RF directional finders may not be able to provide the most accurate real-time location of the drone. In addition, in urban and complex terrains, directional finders may point to the wrong direction due to RF reflections from objects like buildings.
To illustrate, during the Tokyo 2020 Olympics opening ceremony, 1,824 Intel Premium drones created intricate geometric shapes and the Tokyo 2020 emblem in the airspace above the venue. In such a complex aerial environment, with traditional counter-drone systems in place, and an unauthorized drone entering the airspace, identifying it among the authorized ones would have been extremely challenging.
Technology based on jamming can immobilize or redirect drones but has significant drawbacks. It can hinder legitimate communications and other electronic devices, potentially causing more harm than good in densely populated areas. What’s more, jamming is only temporary, with the pilot able to reassert control.
Relying only upon kinetic methods, such as police drones equipped with nets to capture hostile drones can be impractical in a crowded environment and may pose a risk of injury from a falling drone or debris.
In urban environments, maintaining a clear line of sight for detection is a significant challenge. Buildings, structures, and the dense city layout can obstruct some systems, reducing their efficiency. Often, you cannot attempt to deny an approaching drone until it’s already in a critical zone. This limitation means that even with advanced detection technologies, response time may be insufficient to effectively neutralize the threat.
To overcome these challenges, more advanced strategies are necessary. RF Cyber-Takeover technology stands out as a promising solution. This non-kinetic approach can distinguish between authorized and unauthorized drones, effectively taking control of the latter to secure the airspace over stadiums. It neutralizes the threat without the additional risks associated with physical mitigation methods.
Securing stadiums during major events is a complex challenge that requires advanced strategies and technologies. Understanding the vulnerabilities and limitations of different systems is essential to develop effective mitigation plans. Learn more about different mitigation measures to secure the safety and security of all attendees.
Miniature unmanned aerial vehicles (sUAVs), categorized by the Department of Defense as Types 1 and 2, encompass a wide array of aerial systems distinguished by their compact size, design, and functionality. These attributes cater to a growing array of applications making them increasingly accessible and affordable. While ubiquitous in daily life, their proliferation necessitates robust counter-UAS strategies. This article explores the evolving landscape of mini-UAV threats and effective mitigation through innovative drone countermeasures.
The threat posed by sUAVs is multifaceted and driven by various factors, including the operator’s behavior and intent, which can range from recreational misuse to malicious actions by state actors and terrorist organizations. Technological advancements have made these drones increasingly sophisticated with enhanced autonomy, stealth capabilities, and extended range, blurring the lines between traditional UAVs and their miniaturized counterparts. Additionally, their diversity from commercially available models to custom-built systems, further complicates defense efforts.
Beyond basic tools, sUAVs can now be equipped with sophisticated technology. They can benefit from innovations that allow for extended loiter times, enhanced payload capacities, and greater operational ranges- capabilities previously exclusive to the domain of larger UAVs and manned aircraft.
The unique characteristics of sUAVs, combined with rapid technological advancements, make them a potent threat that is difficult to counter with traditional defense systems. As drones become smarter and more autonomous, the strategies to counter them must also evolve, emphasizing the need for innovative counter-UAS technologies and strategies.
Assessing the threat posed by sUAVs involves evaluating several critical factors to determine the level of risk and appropriate countermeasures.
Recent drone incidents highlight the growing threat posed by mini-UAVs:
The growing sophistication of sUAV threats necessitates equally innovative drone countermeasures. RF cyber-takeover technology has emerged as a powerful and effective tool, to address these challenges.
RF cyber-takeover technology uniquely addresses the inherent vulnerabilities in most modern sUAVs, which rely heavily on radio frequency (RF) signals for communication and control. This advanced technology enables authorized personnel to remotely take control of unauthorized drones, an essential capability given the increasing autonomy. By enabling real-time operational control, RF cyber-takeover proves indispensable for immediate threat detection and mitigation—particularly crucial during drone breaches in high-security areas.
Moreover, unlike the other mitigation technologies, RF cyber-takeover offers surgically precise mitigation and preserves continuity by avoiding collateral damage or interference with other communications systems.
To fully leverage this advanced technology, specialized training for counter-UAS operations is essential. Such training can equip authorized personnel with the skills needed to effectively manage and mitigate drone threats.
The drone threat landscape is constantly evolving.
From the battlefield all the way to our own neighborhoods, keeping the skies safe and confronting the misuse of commercial drones is a dynamic challenge.
Just over the last year, for example, there have been countless improvised attacks on military forces, as well as smuggling attempts at prisons and across borders, cases of harassment of civilians, and outright attacks, all using commercially available drones.
Although these may seem like small-scale, tactical-level incidents, they have a strategic-level impact that ripples outward into a wide variety of sectors. The misuse and weaponization of commercially available drones are threats to airspace, the safety of civilians and ground personnel, and the continuity of daily life and ongoing operations.
All over the world, governments, militaries, law enforcement, and other organizations are working to confront the issue with counter unmanned aircraft system (C-UAS) solutions.
There are a variety of solutions on offer, including those based on optical, radar, kinetic, jamming, and cyber technologies. Each has its unique set of advantages and disadvantages.
In conducting a proper “due diligence” when working to choose a solution, there is a distinct danger of “analysis paralysis” that can contribute to delays in procurement and deployment.
There’s also a real danger of being caught “off guard” while searching and waiting for the perfect solution to come.
It would be prudent to adopt a cyber-centric C-UAS solution as the first step of a multilayer defense because starting with cyber brings an approach that puts safety, control, and continuity first and foremost in safeguarding airspace from rogue drones, which is especially relevant for sensitive civilian environments that have more constraints and focus on safety.
Additionally, for the military sector (as well as other sectors), starting with cyber gives you more situational awareness and allows for more informed decision making, depending on the particular attributes of the specific drone threat.
With these objectives of safety, control, continuity, and situational awareness firmly in place, other detection and mitigation technologies can be added and integrated to give additional options for various scenarios, to capture additional data, and to allow for escalating responses to various threats from different drone dangers.
For example, some security professionals have advocated an approach in which, once the need for mitigation is established, the first attempt would be a cyber-based surgical method, to allow for safety and continuity, while jamming and even kinetic would still be available, if needed.
From what I’ve seen over the last few years while working in the industry, for most organizations, it’s better to “jump in” and implement a good C-UAS solution now, rather than waiting for a “perfect” solution to come later. Especially when considering the evolving nature of the drone threat, there probably will never be an absolutely perfect solution.
In the meantime, in the world of C-UAS, there are some key decision-making fundamentals to keep in mind:
Whatever C-UAS solution is chosen, the capabilities need to be on a path of continual evolution. For that, customers need their C-UAS solution provider to have the capacity to deal with evolving challenges, no matter how great. So, for that reason, a big part of the C-UAS solution evaluation should focus on the company and include:
There may even be other criteria to add to the list, depending on sector specifics.
Regardless, it’s important to keep in mind that, when you buy the product, you also buy a partnership with this solution provider.
In the meantime, it’s important to get started, to begin to actually build/deploy/implement the foundations (building blocks) of a layered/comprehensive solution now to “close the majority of gaps” existing today.
In C-UAS, just like other industries, no matter how imperfect, something, most often, is better than nothing… and, the right cyber-C-UAS system can close operational gaps and serve as the foundation for a multi-layered C-UAS system solution over time.
From airspace intrusions to surveillance to smuggling contraband, drones have become the tool of choice for different degrees of malicious activities. Their compact size, accessibility, and variety of applications have introduced unique security challenges to airspaces.
As conventional defense mechanisms fall short, there is a critical demand for robust strategies for counter-UAS operations.
To address these unique challenges head-on, it has become imperative to establish training programs dedicated to counter-UAS operations. Such training is necessary for arming security personnel with the expertise to adeptly navigate and neutralize the diverse drone threats encountered.
This article delves into various training tactics, strategies, and technology essential for effective counter-UAS operations.
Effective counter-UAS operations begin with rigorous tactical training, designed to prepare operators and defense personnel for the range of scenarios they might encounter.
Understanding the threat landscape is the foundation of developing strong security measures. But, this extends far beyond a basic understanding of different drone types; it requires a deep dive into the range of potential threats, depending on your sector, the specifics of these threats, and tailored strategies to mitigate them.
Security personnel must be proficient in quickly recognizing signs of imminent drone threats, including unusual flight patterns and suspicious behavior. Personnel should also learn to recognize different drone models and their different characteristics, which is vital for assessing a drone’s capabilities.
Central to this approach is the implementation of comprehensive scenario-based training exercises that mirror various real-life drone encounters. By engaging in practical training, personnel can gain firsthand experience, thereby equipping them with the skills to effectively respond to drone-related security breaches that may arise within their specific environments.
Technology obviously plays a significant role in drone detection. There are various counter-UAS technologies available to you, but for the sake of this article, we’ll focus on our end-to-end RF-Cyber based solution, EnforceAir2.
The first line of defense is the ability to detect drone presence accurately and rapidly and understand their capabilities, intent, and potential threat level.
EnforceAir2 offers security personnel a sophisticated means to detect drones, in a wide range of environments, by employing advanced RF cyber-detection techniques. Its capabilities open the doors to early identification of drones, even before they enter restricted or sensitive airspace, providing a crucial time advantage for implementing countermeasures.
Like with all recent technologies, personnel must be trained to effectively operate the solution. During training, engage personnel in exercises that focus on the system’s ability to detect and identify a hostile drone. Doing so equips individuals with the skills to use EnforceAir2 to start the first steps of a process that safely manages drone threats and secures operational continuity without resorting to methods that could cause collateral damage.
Given the diverse nature of drone threats, it’s essential to develop response protocols that are specifically tailored to the severity of threats encountered. Training for these responses needs to be comprehensive to ensure that actions taken during drone incidents are both effective and proportionate.
Training programs should reflect a structured approach for responses, categorizing threats into distinct levels. Of course, the way you classify a threat will vary greatly depending on the operational context, industry specifics, and existing security protocols.
Threat levels should be determined by the individual operator, based on the type of facility, locations, sensitivity, types of drones, and mitigation options based on regulations. Various mitigation options should be defined based on the determined threat level and the organization’s structure, processes, and policies.
Consider the following scenarios:
Low-Level Threat Scenario: Recreational Drone Flying Toward Restricted Airspace
Example: A hobbyist’s recreational drone inadvertently strays near the airspace over a corporate warehouse. While there doesn’t seem to be any malicious intent, the drone’s presence poses a risk for privacy breaches.
Training point: security personnel must be trained to identify the drone’s potential entry point, and the possible risk based on its flight path. An appropriate response at this point would be to continue to monitor the drone’s movements while communicating with various teams to prepare to engage in defense measures, should the threat escalate and possibly approach the pilot to investigate intent.
Medium-Level Threat Scenario: Drone Surveillance Near Sensitive Data Centers
Example: A drone equipped with a high-resolution camera attempting to capture sensitive information at a data center is detected.
Training point: In this scenario, emphasis should be on identifying and assessing the drone’s capabilities, (speed, flight pattern, size, payload, etc.) and quickly use a predefined privacy protection plan, as well as learning to mitigate the drone so it leaves the protected airspace without causing widespread panic.
High-Level Threat Scenario: Multiple Drones Approaching a Public Event
Example: Multiple drones are detected approaching a public event intending to conduct a coordinated attack.
Training point: This type of threat requires decisive action. In this scenario, personnel could be trained, for example, in deploying an RF cyber-based counter-UAS operational solution, to take control of the drones and neutralize the threat safely, without collateral damage. Trainees can also be introduced to the MSC2 system, which controls and coordinates multiple EnforceAir sensors from a centralized server supporting efforts to ultimately neutralize a swarm of drones.
The idiom “There’s no I in TEAM” might sound cliché, but it still holds a significant truth, particularly in the context of counter-UAS operations.
Develop collaborative team exercises that encourage personnel to work together as one to address complex drone threats. These types of exercises foster teamwork, an environment with clear communication, the exchange of insights, and swift decision-making, which are essential components in efficiently managing drone-related threats.
These collaborative exercises should include various teams, including monitoring, ground security, and command center personnel. Remember, coordination between different teams is critical for effective response, not to mention the harmonious implementation of counter-UAS technologies.
Detection is only part of the battle when it comes to drone attacks. Once aware of the threat, authorized personnel, when allowed by regulations, must be able to swiftly mitigate it – and that involves extensive training in mitigation technologies.
Our advanced solution, EnforceAir2, employs RF cyber-takeover, a sophisticated technology that non-invasively takes control of hostile drones with a focus on RF communications. It then mitigates, taking control of the drone and directing it to the safest landing point according to the user-defined protection plan, potentially along a predetermined safe route. This method of RF cyber-takeover is especially beneficial as it avoids collateral damage and does not interfere with other communication systems, preserving continuity and safety.
Integrating the use of our solution into mitigation training can significantly enhance your C-UAS training efforts. Training should focus on understanding the appropriate protection plans and configuring them accordingly to effectively and safely take control of the drone. Such skills are vital for preventing drones from carrying out harmful activities and guiding them to land in predetermined safe zones for safe outcomes.
As the drone threat is always evolving, post-incident analysis has become increasingly important for assessing the effectiveness of response strategies, refining standard operating procedures, and improving readiness for any future incidents.
Whether you train from domestic incidents or global ones (we recommend you consider both), learning how to meticulously report and analyze response actions after every hostile drone incident is crucial. This helps in pinpointing successful strategies and areas for improvement.
Beyond the immediate tactical training, a well-rounded strategic framework is essential for sustained security measures. This includes:
We might not be able to foresee the next drone attack, but we can certainly prepare for its eventuality. Effective counter-UAS operations require a blend of tactical prowess, strategic planning, and advanced technology. Through comprehensive training on the adoption, implementation, and usage of innovative solutions like EnforceAir2, you can support your preparedness to address the complex challenges posed by unauthorized drone use.
To learn more about D-Fend Counter-UAS solutions, reach out to our team of experts today. We’re here to offer you detailed training to successfully operate the EnforceAir system to effectively detect, track, identify, and mitigate drone threats.
Delivering service is a privilege.
As a global professional service team leader, with years of experience, I can say that delivering service is not only a pleasure, but also a great opportunity to gain experience and advance more. Services such as technical support, training, project management, site survey, installation consultancy, and supervision pave a perfect way to be in close contact with a company’s customers.
Handling customers’ and partners’ needs is an essential element in any company’s success. The focus of my team is on the post-sales process, a critically important and engaging process after selling to our customers. Proper after-sales activities are a critical step not only in making sure our current customers are happy and satisfied with our products and services, but also in leading us to new projects. Technical, comprehensive support is a key factor in a company’s success.
Our job brings immense value to make sure there is continuous and real-life operational support of the company’s products, inspiring not only our customers (who become more knowledgeable), but also our professional services teams, which in turn become trusted advisors to the customers.
After successful sales, my professional service team engages in two main functions, which are managed and orchestrated by the program management team:
By supervising the implementation process, we address any technical questions or issues our customers may have, including troubleshooting and in-depth software and hardware analysis. Customers who consult, report issues, and raise improvement requests are valuable to our company, as they see us as a partner which assists them during their journey of operating the product through its lifecycle. Staying connected with such customers and receiving their feedback and comments make the product a better one and leads to an even more professional team.
While there are technicians and engineers who are experts in the field, it’s critical to make sure that even those who are not necessarily yet experienced counter-drone specialists can still operate the system. We developed training courses and the D-Fend Academy for the EnforceAir system, including qualifications and certifications. It is also a one-stop shop for all the technical documents and information about new software releases and updates, enabling our customers to have all the required information available at any time from any device, phone, tablet, or PC.
As opposed to many traditional B2C and even some B2B sales processes, in our defense and public safety system business, we don’t see our activities as “beginning-middle-end.” It’s really an ongoing relationship with our customers. We go beyond delivering projects on schedule and focusing on our customer satisfaction towards providing the right support, product delivery, qualifying customers, and partners, centralizing and automating installed base management.
In today’s competitive world, our services are sometimes the difference between two different types of customers: the returning ones who continue to purchase, work, and communicate with the company, and those who may never return if they do not have the opportunity to continuously improve their experience and knowledge. We are happy to retain our installed base and keep them as happy and knowledgeable power users of one of the most advanced C-UAS technologies available.
I am a technology guy. I love all aspects of technology and its innovative capabilities. More than ten years ago, I started working with the US Marine Corps, where I was responsible for the supervision and coordination of unmanned aerial vehicles (UAVs) for intelligence, surveillance, and reconnaissance missions. As a UAV mission commander, I also trained, coached, and led my crew of Air Traffic Control Marines to provide safe and efficient air traffic control.
But that was just the beginning of a beautiful relationship with the whole UAV environment, benefits, challenges, and future trends. About two years ago, I heard about D-Fend Solutions and how its flagship product, EnforceAir, had the capability to take control of drones.
Hold on! How is that possible?
Truth is, the more I heard, the more I learned, and it got better and better:
And the list goes on. Based on my experience flying UAVs for the Marines and Army Special Forces it seemed like this technology was too good to be true. But it turns out that it is all true – EnforceAir is an advanced technology that is years ahead of other systems.
I don’t know any other solution today that has all the capabilities that D-Fend’s EnforceAir can offer. In addition, the development and advances I’ve already seen since joining the company have been tremendous. It’s been nice to have the best Research, Development, and Engineering team behind me and the users.
As part of my job, I am often out in the field, setting up our equipment and system for evaluation, exercises, or a demonstration, while presenting EnforceAir’s features, deployment options, and benefits. I am focused on talking with our potential customers and partners about their needs, requirements, observations, and fulfillment.
And that’s not all. Engaging with the customers and partners allow us to go even further and discuss what we can do to make our products even better. Because, at the end of the day, the ultimate mission is to protect lives, and safeguard transportation and communications, and make sure continuity prevails despite incidents in which unauthorized or rogue drones are flying nearby.
It is an important mission, and this is the D-Fend commitment: Provide protection from new and emerging threats, in a range of environments. Whenever I meet customers and prospects, I am confident and able to look them in the eyes, and say, YES! We can do that.
Going forward, I expect D-Fend and our teams to not stop or slow down, and make sure we are successful. As drones and UAVs become increasingly integrated into our daily lives, the ability to differentiate between authorized and non-authorized ones is critical. The need for safe detection and mitigation technology, such as that provided by the EnforceAir system, is indispensable to help ensure safe airspace.
In a previous blog post, I explained the importance of operational flexibility when handling drone threats in today’s society, given different circumstances. For example, sometimes long-distance coverage is required; in other situations, a covert mobile installation is the best option. As drone threats vary by mission, use case and environment, multiple counter-drone deployment options provide optimized coverage for a wide variety of scenarios, conditions, and terrain types.
These include defining the following:
Obstacles –It is important to take into consideration potential obstacles when planning your mission. For example, consider trees, antennas, radars, buildings, cranes, etc., in the area which may affect the mission or the drone route.While there is not, indeed, a singular path ahead for confronting rogue drones, with commercial and do-it-yourself drones being increasingly used for nefarious or criminal goals, there is a clear-cut way to minimize the threat imposed by them.
What’s your point of view? What other issues should be taken into consideration when safeguarding our airspace from rogue drones? Let us know – happy to discuss them with you!
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While drone incidents at airports have garnered headlines recently, see Ilana Brodesky’s blog The Challenge of Drone Incidents at Airports , there is ...
On July 21, 2022, a drone incident at Ronald Reagan National Airport in Washington, DC, halted flights for about 45 minutes. While this is by far ...
Drone Proliferation: The Good, the Bad, and the Dangerous In 2020, the total number of consumer drone shipments worldwide was around five million ...
Military forces, airports, borders, and prisons all saw notable dangerous drone incidents While 2022 has seen drones continue to become integrated ...
As drones increasingly become a significant threat around the world, security and safety are imperative. In fact, the Russia-Ukraine war has brought ...
In a previous blog post , I explained the importance of operational flexibility when handling drone threats in today’s society, given different ...
The threat from rogue or nefarious drones is not going anywhere. In fact, as drones continue to evolve, the risks will increase and add further dangers and ...
An entire book can be written about drone accidents and incidents that occur worldwide, either due to careless, inexperienced drone operators, or ...
Last week, I joined some of my colleagues at D-Fend Solutions and attended the Special Operations Forces Industry Conference – SOFIC . It counts as one ...
As drone usage continues to thrive offering a variety of benefits to different sectors around the world, the potential threats caused by rogue drone ...
Although it sounds like a weird question, truth is, there is some logic to it… There are drones, and there are rogue drones. Commercial and DIY drone ...
The BBC reports that last month there were days’ worth of mysterious drones sightings over key sites in Sweden, including three nuclear sites and the ...
Rogue drones smuggling contraband – weapons, drugs, cellphones, etc. – has been an issue for years, but it seems to have significantly spiked in the ...
America’s stalled supply chain has become a problem and U.S. Transportation Secretary Pete Buttigieg offered a partial ...
There seems to be some confusion in the counter-drone space about the definitions of “cyber-takeover” and “spoofing.” I have even heard top ...
After blogging about the attempted drone attack on electrical infrastructure in Pennsylvania, I want to turn my attention to another major incident that ...
CNN obtained a U.S. federal law enforcement bulletin that details an attempted drone attack on energy infrastructure in the U.S. in 2020. A drone ...
Drone tracking methods and the associated technology are constantly evolving, but there is an important capability that many security teams are currently ...
The issue of cybersecurity is expanding and evolving in the drone and counter-drone spaces. Traditional cyber concerns in the drone world referred either ...
The Federal Aviation Administration (FAA) recently released a Part 139 CertAlert informing Part 139 airport operators that airport emergency plans ...
Drones smuggling contraband into correctional facilities is still a major problem. An Associated Press story notes that following a deadly prison riot at ...
Effectively keeping borders safe from rogue drones has long been a challenging mission . Rogue or unauthorized drones are increasingly used to smuggle ...
Drones pose a major threat, according to a relatively recent article by Major Thomas G. Pledger, an Infantry officer in the U.S. Army National Guard, ...
D-Fend Solutions often leads discussions that encompass both detection and mitigation, due to our end-to-end full incident lifecycle capabilities. ...
Many of the traditional counter-small, unmanned aerial systems (C-sUASs) were designed for the battlefield. It seemed natural for military personnel to ...
My previous blog post was intended to help clarify some of the industry confusion around the term “remote ID ready” following the announcement of the ...
A Confusing Conversation There have been many industry discussions recently about remote ID for small, unmanned aerial systems (sUASs), following the ...
Four core concepts are at the heart of D-Fend Solutions’ product development, execution and roadmap: control , safety , focus and ...
Law enforcement personnel in California arrested a man this week that they allege was operating a small, unmanned aerial system (sUAS), or drone, with a ...
An EasyJet plane traveling at 320 miles per hour just after leaving the Manchester, UK airport, nearly collided with a recklessly piloted drone, according ...
As a child, I was fascinated by the poster in science class that showed zoological lifecycles. Seeing how an egg became a tadpole and then a tadpole ...
Misleading claims about the counter-drone space continue to proliferate, particularly regarding radio frequency (RF)-based, takeover technology. There are ...
A scary collision between a Chilean Navy helicopter and an unmanned aerial system (UAS) has once again highlighted the tremendous risk to aircraft posed by ...
I love the song “Jamming” by Bob Marley and the Wailers . It instantly relaxes me and puts a smile on my face, and gets me thinking about a ...
The Counter-Drone Drill blog has officially launched, and the sky is the limit. D-Fend Solutions’ talented team of bloggers is comprised of experts ...
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