DroneUp’s Post

DAA in Chapter 1 of Testing For almost two years with DroneUp I’ve been working on the Detect and Avoid system to enable wide-scale BVLOS drone flights. Last week we brought the system to the field test with real airplane, helicopter and of course, drones! Providing the engineering and functional requirements, I witnessed dev teams chiseling the system with their professional hands. It seemed to me that the only way to make it happen was keeping things under control. Hard and necessary it is to identify when control needs to be let go of. Key takeaways from a week of intense flight testing: • The only key to succeed is to allow yourself for failure. • Let go and it will happen. • Your dream is alive only in present moment, not the future. Learn to appreciate the present condition of things, not imagining how happy you’ll become in the misty future, and the Desired will organically unite with you. Allow yourself to fail, empower people with trust and see the reward returning. Thanks, DroneUp and Virginia Tech flight test teams! It was a great excitement to see the complex Detect, Alert and Avoidance functions working under intense pressure of flight test events. Now, it’s time for data analysis and upgrades to the next version of the system. #bvlos #daa #innovation

This is a big step toward providing the Federal Aviation Administration with verified data showing our solution meets ASTM International standards for Detect and Avoid (#DAA) system performance.

Navigating the Invisible Threat: GPS Spoofing in the Middle East In the vast and complex airspace of the Middle East, GPS spoofing has emerged as a formidable challenge to the safety and efficacy of drone operations. This deceptive practice involves broadcasting false GPS signals to mislead GPS receivers, often resulting in severe navigational errors. The implications for drone pilots and autonomous missions are profound, as they rely heavily on accurate GPS data for positioning, navigation, and timing. Strategies for Enhancing Operational Safety: To combat GPS spoofing and safeguard drone operations, several strategies can be employed: Multi-Sensor Fusion: Integrating data from various sensors, such as inertial measurement units (IMUs) and visual odometry, can provide a more robust navigation solution that is less susceptible to GPS spoofing. Frequency Hopping: Utilizing spread-spectrum techniques, where the signal is broadcast over a range of frequencies, can make it more difficult for spoofers to target the correct frequency. Cryptography: Encrypting GPS signals can prevent unauthorized access and manipulation, ensuring that only intended receivers can use the data. Anomaly Detection Systems: Implementing systems that can detect anomalies in GPS signals can alert operators to potential spoofing attempts in real-time. Training and Awareness: Educating drone pilots and operators about the risks of GPS spoofing and how to recognize and respond to it is crucial. Conclusion As the skies become increasingly crowded with drones, the threat of GPS spoofing looms larger. It is imperative for stakeholders in the Middle East to adopt a multi-faceted approach to navigate this invisible threat. By leveraging technology, training, and vigilance, we can ensure that drone pilots and autonomous missions operate with the highest level of safety.

When it comes to commercial drones, regulators around the world have been working on creating new rules and authorizing technologies that will allow more complex drone operations, like package delivery, to safely scale and operate beyond the line of sight of a remote pilot. We’re excited to share that the FAA has given Prime Air additional permissions that allow us to operate our drones beyond visual line of sight, enabling us to now serve more customers via drone and effectively expand and scale our drone delivery operations. To obtain this permission, we developed a BVLOS strategy, including an onboard detect-and-avoid technology. We’ve spent years developing, testing, and refining our onboard detect-and-avoid system to ensure our drones can detect and avoid obstacles in the air. We submitted crucial engineering information to the FAA, including our onboard detect-and-avoid capabilities. This included how our system was designed, how it is operated, how it is maintained, and ultimately how we validated that the system performs to specified requirements. We then conducted flight demonstrations in the presence of FAA inspectors to show our system works in real-world scenarios—we flew in the presence of real planes, helicopters, and a hot air balloon to demonstrate how the drone safely navigated away from each of them. We also provided extensive analysis and test data for our technology that further validated the safety of our system. After reviewing this information and observing the technology in action at our test site, the FAA provided Amazon Prime Air with BVLOS approval. An image of Christina Carter smiling for a portrait at the Amazon drone facility in Texas. There are several rows of drones behind her.

Please, join me in congratulating CEO @Beth Flippo and Team on this achievement as they head toward #Part135 Certification.  Once fully certified, @Drone Express will become one of select few companies authorized to perform #autonomous last-mile delivery flights beyond visual line of sight (BVLOS).  #innovation #flydroneexpress #lastmiledelivery #autonomousdelivery #vc #venturecapital #drones #dronedelivery #hardtech #techstartup #financenews #Part135 #startuplife #investing #venturecapitalists #startups #entrepreneurship #womenintech #technology #futurism #startupnews #angelinvestors #privateequity

In light of the impending implementation of the new FAA regulations for drones, effective this Saturday, it's crucial for drone operators to understand and comply with the updated guidelines. The centerpiece of these regulations is the introduction of Remote ID, a system designed to enhance airspace safety by providing real-time identification and location of drones in flight. This requirement applies to the United States and aims to integrate drones safely into the national airspace, ensuring both public safety and the protection of privacy. Remote ID serves as a digital license plate for drones, requiring operators to broadcast identification information such as the drone's ID, location, and control station's location. To ensure your drone complies with these new regulations, follow these steps: - Check Compatibility: Ensure your drone is capable of broadcasting Remote ID. Manufacturers may offer updates for existing models. - Update Software: If your drone requires a software update to comply, download and install it from the manufacturer's website. - Register Your Drone: If you haven't already, register your drone with the FAA, which is necessary for generating a unique Remote ID. - Broadcast Remote ID: Ensure your drone is set to broadcast its Remote ID during every flight. This may involve adjusting settings in your drone's operating software. - Understand Operating Areas: Some drones without Remote ID may only operate in FAA-recognized identification areas (FRIAs). Know where these are if your drone cannot broadcast Remote ID. Compliance with these regulations is not just about adhering to the law; it's about contributing to a safer airspace for everyone. For more detailed information and guidance on ensuring your drone meets the new FAA requirements, visit the official FAA website.

Ep. 8: "The Drone Delivery Disaster" SkyDrop, the city’s first drone delivery service, was preparing for a major product demo—their fleet of drones would showcase how they could revolutionize food delivery. Everything was on track, but they needed last-minute drone specialists to handle the final testing to ensure flawless execution. The Staffing Horde promised they would bring in top-tier experts to handle the challenge. Instead, they sent someone whose only flying experience involved paper airplanes in middle school. One of them proudly said, “I logged over 100 hours flying in Microsoft Flight Simulator—this should be a breeze!” SkyDrop’s operations manager watched in disbelief as drones crashed into each other mid-air, one even dropped a package straight into a pond. Time was running out. The media was arriving in hours. The pressure was mounting. The future of delivery was supposed to be on display, and instead, it was on the verge of disaster… In a panic, the ops manager logged onto her laptop and accessed a private Slack channel—The Super Recruiter Hotline. This channel was rumored to connect companies with The Super Recruiters, the saviors of the recruiting world. Within minutes, Resume Man presented the ops manager with real drone engineers with expertise in autonomous flight technology. The clock was ticking… But help was already in the air. Within hours, Resume Man had a group of specialists on-site—debugging flight paths, calibrating sensors, and running trial deliveries with precision. By the time the demo began… The drones glided smoothly over rooftops, delivering packages right on target. The media buzzed with excitement! Capturing footage of deliveries and perfectly coordinated drone landings. The operations manager sighed with relief, a smile growing on her face. “From paper plane amateurs to high-flying heroes… Super Recruiters, you delivered!” 👉  Tag a recruiter you know who would enjoy reading this! ✅  Follow @Super Recruiter for more stories every Monday.

Drone Transponders Market to Witness Excellent Revenue Growth Owing to Rapid Increase in Demand   Latest study released by AMA Research on Global Drone Transponders Market research focuses on latest market trend, opportunities and various future aspects so you can get a variety of ways to maximize your profits. Drone Transponders Market predicted until 2030*. Free Sample Report + All Related Graphs & Charts @: https://lnkd.in/epBYPSNh A transponder is wireless control, communications, and monitoring device that receive and automatically responds to an incoming signal. Transponders provide a location and positioning information about smart unmanned aerial vehicles. It can turn an uncooperative unmanned aerial system into a cooperative unmanned aerial system by offering a user-friendly interface with advanced version modules. Some of Key Players included in Drone Transponders Market are Aerobits Sp. z.o.o. (Poland), FreeFlight Systems, Inc. (United States), Google LLC (United States), L3Harris Technologies, Inc. (United States), Micro Systems, Inc. (United States), Microair Avionics Pty Ltd (Australia), Sagetech Corporation (United States), Sandia Aerospace Corporation (United States), Trig Avionics Limited (United Kingdom), uAvionix Corporation (United States) Drivers: Increasing applications of drones in agriculture and industrial sectors The increasing need for drones in border monitoring is further likely to affect market growth positively. Opportunities: The growing popularity of lightweight material High demand due to the advent of solar-powered drones The titled segments and Market Data are Break Down by Type (ADS-B Compatible, ADS-B Non-Compatible), Application (Civil, Military), Fit (Line-Fit, Retrofit), Platform (Fixed-Wing, Rotary-Wing), Drone Weight (Less than 5 kg, 5–25 kg, 25–150 kg, More than 150 kg) Thanks for reading this article, we can also provide customized report as per company’s specific needs. You can also get separate chapter wise or region wise report versions including North America, Europe or Asia. Contact US: Craig Francis (PR & Marketing Manager) AMA Research & Media LLP Unit No. 429, Parsonage Road Edison, NJ New Jersey USA – 08837 Phone: +1 (201) 565 3262, +44 (161) 818 8166 [email protected]