Areté’s Post

#One of the world's most advanced radars #Drone defense #Drone ≥10KM, RCS=0.01㎡ #working frequency: L/S #Track number of goals simultaneously≥1000

Hybrid airborne technology combines high-resolution imagery and LiDAR in one pod, enhancing both data accuracy and efficiency by integrating these two complementary technologies. These systems allow for simultaneous data collection in a single flight or separate collections from a single aircraft mobilisation, reducing operational costs and time. With hybrid airborne technology, a wide range of applications, from urban areas to large-scale surveys, can be effectively covered in a single pass, ensuring geometrically and temporally aligned imagery and terrain models. Learn more about Leica Geosystems hybrid sensors by following this link: https://lnkd.in/diRcBtf5

Trying to find c-UAS solutions in congested or friendly airspace is not easy. There is risk in using both kinetic options as well as broad-band or omnidirectional jamming that could cause problems with friendly or neutral aircraft. While no solution is without risk, using lasers and laser dazzlers could be one of the least risky options. I would like to see industry come up with more of these options.

Excited to discuss the newest integration from Quantum Systems the Phase One P5! Nick Onelio and I are going to get into the specifics of the high resolution Phase One camera and its integration with the Quantum Systems Trinity Pro. We will showcase example datasets, and explain the multitude of different applications it can benefit. Register now to learn #HowYouMeasureMatters Frontier Precision Unmanned

Hybrid airborne technology combines high-resolution imagery and LiDAR in one pod, enhancing both data accuracy and efficiency by integrating these two complementary technologies. These systems allow for simultaneous data collection in a single flight or separate collections from a single aircraft mobilisation, reducing operational costs and time. With hybrid airborne technology, a wide range of applications, from urban areas to large-scale surveys, can be effectively covered in a single pass, ensuring geometrically and temporally aligned imagery and terrain models. Learn more about Leica Geosystems hybrid sensors by following this link: https://lnkd.in/dFZgPwgf

Fibercore’s range of Erbium-Ytterbium (ErYb) doped fibers are deployed globally in LiDAR, laser and amplifier applications. They may be found in automotive ADAS units, civilian and military LiDAR ranging systems, satellite to satellite communications systems, high powered telecoms optical amplifiers and as seed lasers or amplifiers in fiber lasers. These applications present a diverse range of requirements on the fiber, subsequently Fibercore have developed three families of ErYb doped fibers to address these needs: Cladding Pumped (CP), Triple Clad (TC) and Double Clad (DC) fibers. Read the full article here: https://hubs.li/Q02y4DVn0 #ErbiumYtterbium #DoperFiber #LiDAR #Laser #Amplifier

Join us at International Operational Modal Analysis Conference IOMAC 2024 in Naples this week, May 21st - 24th, at Villa Doria D'Angri. We'll be presenting our Q1 vibrometry system for OMA and SHM. Our Q1 LiDAR system measures vibrations across 128 channels simultaneously allowing us to measure sub-millimetre displacements and vibrations of large structures without contact, in real-time. Key advantages include: Simplified Continuous Measurement: Direct measurements from ground or other accessible locations, reducing installation costs. High Sensitivity: Can measure sub-millimetre displacements and vibrations. Mobile Flexibility: Can be installed for continuous monitoring or mobile field work. Dual Mode Operation: Conduct both dynamic and static analysis with one device. Integration and Accessibility: GPS synchronisation and cloud access for seamless system integration. Visit our booth at International Operational Modal Analysis Conference IOMAC 2024 and see how Ommatidia's Q1 system can help improve your measurements. #IOMAC2024 #OmmatidiaLiDAR #Q1System #Innovation #StructuralAnalysis

Synergy increases the effectiveness

Meet the Photonis intensified camera, iNocturn, designed to revolutionize your perception in the dark. Harnessing the power of Photonis image intensifier tube and a sensitive low-light camera, iNocturn delivers a game-changing combination of features: - Ultra-sensitivity: See what others can't with enhanced sensitivity in low-light conditions. - Low SWaP: Size, weight, and power are optimized for maximum efficiency without compromising on performance. - High frame rate: Capture fast-paced action with stunning clarity and precision. - High-QE photodetector: Experience unparalleled detail and accuracy in every shot. - Gating capability: Control the flow of light for dynamic imaging in challenging environments. But that's not all! With a range of photocathode options, iNocturn covers wavelengths from UV to Visible/Near Infrared, unlocking a world of possibilities: ��� UV missile warning systems 🚗 Driver's awareness for vehicles 👀 Unmanned surveillance systems Step into a new era of imaging technology with iNocturn. For more infomation visit: https://lnkd.in/dtxtMaEt #Exosens #iNocturn #Photonis #LowLightImaging #InnovationInProgress

No, it is not a mosquito. It's an insect spy drone which can be remotely controlled and is equipped with a camera and a microphone. It can land on you, and it may have the potential to take a DNA sample or leave RFID tracking nanotechnology on your skin. It can fly through an open window, or it can attach to your clothing until you take it in your home. One of the current areas of research reportedly being undertaken in the scientific/military field is the development of micro air vehicles (MAVs), tiny flying objects intended to go places that cannot be (safely) reached by humans or other types of equipment. *Pl zoom & see actual equipment.* This is fifth generation war.