As drone sightings over New Jersey continue to raise questions, a new tool could bring answers about the source of these flying vehicles -- if the government could get it off the ground. Earlier this year, the Federal Aviation Administration (FAA) began requiring all unmanned aircraft systems to be equipped with Remote ID technology, which makes every equipped drone uniquely identifiable to authorities, like a license plate on a car. The FAA announced that it would provide a database that could be accessed by local law enforcement, but nearly one year later, local authorities still can't get into it themselves. "The FAA is working on developing Remote ID data sharing capabilities for law enforcement so they can have access to FAA registration information," the agency said in a statement to Fox News Digital. A sign marks the entrance to the FAA headquarters in Washington, D.C., on Oct. 7. (J.

In this paper, we investigate the integration of drone identification data (Remote ID) with collision avoidance mechanisms to improve the safety and efficiency of multi-drone operations. We introduce an improved Near Mid-Air Collision (NMAC) definition, termed as UAV NMAC (uNMAC), which accounts for uncertainties in the drone's location due to self-localization errors and possible displacements between two location reports. Our proposed uNMAC-based Reciprocal Velocity Obstacle (RVO) model integrates Remote ID messages with RVO to enable enhanced collision-free navigation. We propose modifications to the Remote ID format to include data on localization accuracy and drone airframe size, facilitating more efficient collision avoidance decisions. Through extensive simulations, we demonstrate that our approach halves mission execution times compared to a conservative standard Remote ID-based RVO. Importantly, it ensures collision-free operations even under localization uncertainties. By integrating the improved Remote ID messages and uNMAC-based RVO, we offer a solution to significantly increase airspace capacity while adhering to strict safety standards. Our study emphasizes the potential to augment the safety and efficiency of future drone operations, thereby benefiting industries reliant on drone technologies.

As the number of Unmanned Aerial Vehicles (UAVs) in the airspace grows, ensuring that the aircraft do not collide becomes vital for further technology development. In this work, we propose a new UAV Near Mid-Air collision (uNMAC) safety volume taking into account i) Airframe size, ii) Localization precision, iii) UAV speed/velocity, and iv) wireless technology capabilities. Based on uNMAC, we demonstrate that inter-UAV separation distances can be reduced by using UAV-to-UAV (U2U) communication while the safety levels remain unchanged. Moreover, this work shows that next-generation Remote ID messages should contain additional information (i.e., estimated localization error and, for some applications, movement direction). As frequent broadcasting of Remote ID can further reduce the separation distances, we identified 5G NR Sidelink, Wi-Fi, and Bluetooth as suitable candidates for U2U communication.

I don't love that I am doing it, but my current take on anything related to "are drones safe in cities, what will people be using them for, consumer drones, Slaughterbots, etc." is the trite: they'll probably be banned. The public is starting to realize the risk of consumer drones. That being said, most people probably forgot the Gatwick Drone Incident, where one drone shut down thousands of flights across a couple of days in London (about 140,000 people affected). I would also guess if you ask people about hacked drones, they understand they are scary but unexpected. This difficulty with regulating drones and dealing with vast numbers of them lies parallel to the fact that no one was charged in the Gatwick incident (2 arrests, released without charge)! It is a very messy space, and consumers have a weird infatuation with their loud flying friends.

The FAA just set dates for when its tightened drone rules will take effect, and some measures will kick in sooner than others. The regulator has revealed that Remote ID and Operations Over People rules will start taking effect as of April 21st, 2021. From then on, you'll have to list the serial number of any Remote ID drone or add-on module in your registration. You can fly small (under 0.55lbs) drones over people if they have protected blades, but you can't conduct sustained flight over open-air assemblies unless you comply with Remote ID. Other, heavier drones have stricter operational and performance requirements, such as limits on the amount of force they'd deliver in a crash.

Alphabet's Wing is less than thrilled with the FAA's new rules for drone'license plates,' and it's pushing for significant changes. Reuters and The Verge report that the drone delivery company has attacked the rules for remote IDs, warning that they might have "unintended consequences" for privacy. Wing argued that the requirement to use locally broadcast remote IDs made it possible to infer "sensitive information" about drone flights and their users, such as where people live or pick up their packages. Internet-based network remote IDs would protect against this kind of privacy intrusion, the company said, claiming that Americans wouldn't accept that potential spying on their "deliveries or taxi trips." The firm also contended that broadcast IDs made it harder to create large-scale drone traffic control systems.

On Monday, the Federal Aviation Administration (FAA) shared its latest set of drone regulations. When the new rules go into effect early next year, they'll allow licensed drone operators to fly their UAVs at night, provided they complete additional training and outfit their vehicles with anti-collision lights. The new allowance is seen as a crucial step in allowing companies like Amazon and Alphabet's Wing subsidiary to operate drone delivery services -- even as some of them have seemingly scaled back their ambitions. However, if you fly drones recreationally, today's announcement includes an even more significant change. Starting in 2022, the FAA's Remote ID requirement will necessitate every drone sold in the US that weighs more than 0.55 pounds (that includes popular models like the DJI Mavic Air 2) to come with a way to broadcasts its location and identification -- as well as your location -- to local authorities.