VOTIX’s Post

This is our new white paper about the importance of technological diversity in DFR operations. A similar principle applies to most industries or sectors. Time has demonstrated that diversity enables innovation and ensures organizations can benefit from the best technologies emerging in the market while avoiding stagnation or high dependency on a single brand.

Dawn Zoldi and DroneLife.com did an incredible job summarizing the Digital Weather Services panel at the DRONERESPONDERS conference. Click the link below to learn more! The key points: - Micro-weather conditions pose challenges for DFR operations, especially as they transition to flying beyond the visual line of sight (BVLOS). - The intelligent placement of affordable and weather sensors can empower BVLOS flight. The ASTM weather standard allows for these supplementary systems to be used. - A "system of systems" approach incorporating weather sensors and accurate localized data optimizes flight time, boosts planning, and improves operational safety for DFR missions. https://lnkd.in/eabRmabH

🚀 Bird strike mitigation with Syncretise passive radar systems 🚀 The aviation industry faces significant financial and safety challenges due to bird strikes. Jerome Cadier, CEO of LATAM Brazil, stated that in 2021 alone, the cost of bird strikes to companies was 100 million reais (approximately $18 million), affecting 461 flights and 1200 hours of repairs. Syncretise offers a perfect solution to this pressing issue with our state-of-the-art passive radar system. Our technology is designed to detect birds and autonomous drones with high efficiency, providing a comprehensive approach to aviation safety and bird strike avoidance. 🔍 Key Benefits: Cost Savings: Our system can significantly reduce the financial burden of bird strikes by providing early detection and prevention, saving airlines millions annually. Dual Detection Capability: Efficiently detects both birds and drones, ensuring maximum safety for aircraft. All-Weather Performance: Operates reliably in all weather conditions and urban environments without emitting harmful radio waves. Scalable and Eco-Friendly: Offers a scalable, cost-effective, and eco-friendly solution compared to traditional active radars. Syncretise’s Passive Bi-static Radar (PBR) technology leverages existing electromagnetic signals to provide a robust detection system. Our system not only enhances safety but also ensures seamless operational efficiency, making it an indispensable tool for airports and strategic infrastructures. Join us in revolutionizing airspace security and mitigating the costs associated with bird strikes. For more information on how Syncretise can enhance your airspace safety, visit our website www.syncretise.com. #AirSafety #BirdStrikePrevention #CostSavings #InnovationInAviation #Syncretise

Check our recent publication titled "A Review of Tailings Dam Safety Monitoring Guidelines and Systems " in Minerals, MDPI.📚🎉Written by Masoud Zare, Ph.D., P.E., Florida Nasategay, Jose A. Gomez, Arsham Moayedi Far and Javad Sattarvand. We recently conducted an extensive review of major guidelines on tailings storage facility (TSF) monitoring and surveillance to address the rising concern for tailings dam safety. Recognizing that the failure rate of tailings dams is significantly higher (1.2%) compared to traditional water dams (0.01%), our study emphasizes the need for robust surveillance programs. We explored visual monitoring parameters and best practices for developing effective monitoring systems. Our review highlights the latest advancements in monitoring technologies, including sensors, unmanned aerial vehicles (UAVs), and satellite imagery, which can serve as supplementary safeguards against potential dam failures. We'd like to invite you to read our article using the following link: https://lnkd.in/da9jFNFn

With the continued advancement in drone detection technology, systems have become easier than ever to deploy wherever the need may be. Whether it be a stationary critical location, a concert tour traveling around the nation, or even first responders in boats, drone detection systems can be made to fit any use case. Check out our deployment options page to learn more about how drone detection can be achieved anywhere. #airwarden #dronedetection #cuas

Could this be an answer to achieving persistent ISR? A common problem for planners is when and how do we assign ISR assets to observe areas of interest. Fuel, maintenance and manning limitations all inhibit the operation of unmanned systems in the battlespace. Leveraging existing power infrastructure to rapidly recharge ISR assets in location would offer enormous flexibility to operators and planners. Obviously this system requires some level of existing infrastructure and compatibility with varying technical standards. If resolved however, the ability to rotate multiple cost efficient assets without having to return them to the operator could be a gamechanger.

Optimizing Loiter Airspeed: A Critical Analysis Loitering refers to the UAV's ability to maintain a stationary or slow-moving position over a specific area for an extended period. This capability is crucial for tasks that demand sustained observation or data collection, such as disaster response, infrastructure inspection, or environmental monitoring. Factors Influencing Optimum Loiter Airspeed includes: 1. Endurance vs. Speed Trade-off 2. Wind Conditions 3. Payload and Mission Requirements

❓ Have you ever worried about #GNSS #interference ruining your #drone show? Our new article, "Drone Show Security: Comprehensive GNSS Interference Monitoring and Logging," shares insights into potential threats and the best solutions for seamless operations. 👉 Check it out and ensure your drone fleet is secure. https://lnkd.in/eTdie_cM #GPS #GNSS #Jamming #Spoofing

🔍 Revolutionizing Drone Detection with Passive Radar Technology!🚀 In today's fast-evolving urban landscapes, the need for advanced drone detection systems has never been more critical. At Syncretise, we are proud to introduce Project PRIMUS, our cutting-edge Passive Bi-static Radar (PBR) technology designed to ensure comprehensive, reliable, and eco-friendly drone detection. Why is our Passive Radar Technology so Effective, Especially in Urban Environments? 1. Non-Intrusive Detection: Unlike traditional radar systems that emit radiation, our PBR technology leverages existing electromagnetic signals in the environment. This means no additional radiation emissions, making it safe for densely populated urban areas. 2. All-Weather Capability:Urban environments are notorious for their variable weather conditions. Project PRIMUS is designed to perform flawlessly in any weather, ensuring uninterrupted surveillance and security. 3.Stealth Operation:Our system operates covertly, making it undetectable and difficult to jam. This ensures robust security against unauthorized drones, even in complex urban terrains. 4. Cost-Effective Solution: By utilizing existing signals, our technology significantly reduces operational and maintenance costs. This makes it an economically viable solution for cities looking to enhance their airspace security without the burden of high expenses. 5. Comprehensive Detection: Whether dealing with remote or autonomous drones, PRIMUS delivers unparalleled detection accuracy. It seamlessly integrates into existing urban infrastructure, providing a holistic approach to airspace. Join us in revolutionizing urban airspace security with Project PRIMUS! www.syncretise.com #DroneDetection #UrbanSecurity #PassiveRadar #Innovation #Syncretise #AirspaceSafety #TechInnovation #SmartCities Feel free to connect with us to learn more about how Project PRIMUS can enhance your urban airspace security solutions!

BRINC and Echodyne partner to enable BVLOS for first responders This collaboration will integrate Echodyne’s advanced MESA® radar technology into BRINC’s purpose-built Drone as First Responder (DFR) solution. The strategic relationship enables a path toward beyond-visual line of sight (BVLOS) operations without visual observers, advanced airspace awareness for safer operations, and lowers the barrier to entry for public safety agencies looking to start or expand DFR programs. https://hubs.la/Q02LsjCH0