Murata’s Post

Great partnership between #Sunflowerlabs and #Alarm.com. This drone looks fairly cheap and that’s a good thing.   Neither Sunflower nor Alarm.com is a camera or security device manufacturer. Their continued innovation will likely focus on flexibility and replaceability for sustained operation. The user cannot be afraid to lose a drone because it costs too much. This also makes it easier to demonstrate the ROI for reducing reliance on networked video and guard forces for alarm assessment and patrolling.   Other camera or security device manufacturers who have ventured into this market have emphasized camera optics and drone design. The challenge with this approach is that you don’t need prosecution quality imagery when assessing whether the sensor at the perimeter was triggered by a deer or a human. You need a small cheap drone to get to the area fast, and to be able to replace it quickly (or even automatically) if environmental conditions or adversary action causes a loss of signal or control of the drone.

We’re looking forward to this webinar.  Please do join us to discover how OEMs are extending hands-free driving in challenging environments while managing complexity and cost, in addition to helping to understand : -The critical role of GNSS as a sensor in unlocking autonomous driving potential -How to address widely acknowledged complexities associated with GNSS, such as overcoming antenna challenges and certifying absolute positioning #adas #gnss #automotivetechnology #automotiveengineering #autonomousdriving

Honeywell 360 Display System is revolutionary:

According to a GHSA report, over 7,300 pedestrians were killed by drivers last year – a 14% increase from pre-pandemic levels. Automatic Emergency Braking (AEB) is one developing area of ADAS that may be able to help mitigate these trends. Teledyne FLIR is taking a new approach to AEB by adding thermal imaging. With NHTSA’s new FMVSS No. 127 rule set to mandate AEB systems in vehicles by 2029, VSI Labs and Teledyne FLIR are exploring advanced thermal nighttime testing protocols. Join us during #PedestrianSafetyMonth on October 16th for a virtual panel with Mike Walters of Teledyne FLIR and Phil Magney of VSI. They’ll share insights from their recent testing, explore the current state of AEB, and discuss how thermal cameras could improve road safety for everyone. Register at https://lnkd.in/gwrcpsQz

🚚 Did you know...even before its official market debut, Radar Predict had already won several prestigious awards in the industry? This innovative collision prediction system, tailored to prevent collisions between HGVs and cyclists on the vehicle's side, represents a significant leap in safety technology. 🏆🚲 Discover more about Radar Predict in our latest blog post: https://lnkd.in/eYEVCrKy

We’re thrilled to expand our partnership with SICK AG, a leading global provider of industrial sensing solutions! Together, we’re integrating Aeva’s industry-leading FMCW LiDAR technology into SICK’s portfolio of high-accuracy contactless sensors, unlocking new capabilities across diverse factory automation applications. Learn more: https://bit.ly/3ZcKCnD

In the evolving landscape of automotive technology, ensuring the safety of all road users is paramount. One area that’s often overlooked in traditional radar systems is the vehicle's corners—crucial zones that play a key role in preventing accidents and enhancing situational awareness. bitsensing Inc.'s Advanced Corner Radar is designed specifically to address this challenge. By providing precision, classification, and long-range detection, this technology significantly improves detection in areas that are typically blind spots, offering better protection against potential collisions. Whether it’s navigating through busy intersections, changing lanes, or parking in tight spots, corner radar enhances a vehicle's ability to perceive its surroundings accurately and respond effectively. Check out the real-time demo of our advance corner radar 🚗 #VehicleSafety #CornerRadar #bitsensing

👣 What is the hard part of learning to walk with adaptive feet? Find a reliable and efficient model - yes model - to simulate them! Thanks to Antonello Scaldaferri, Franco Angelini, and Mathew Jose P. for the legacy! Details ⬇

How can you safely detect moving pedestrians and cyclists on crossings? 🚶 🚴 With dynamic range and bi-directional detection, AGD326 Pedestrian Radars are designed to optimise the crossing phase with reliable pedestrian and cyclist detection - giving back more green time to traffic in the process. Suitable for standalone use, our AGD326 features: 🔸 Dynamic & adjustable 24m range ▫️ 24GHz radar technology suitable for international deployments 🔸 Bi-directional detection of moving pedestrians and cyclists ▫️ LED detect indication to front/rear 🔸 Lightweight, compact units for ease of deployment Find out more on our AGD326 Pedestrian Radar here: https://buff.ly/44SszW4 #Pedestrian #Cyclistsafety #RoadSafety

🚀 Already in the previous decade, I was working on research projects aimed at utilizing AI-powered vision sensors to develop adaptive road barriers. 🌐 Energy-absorbing systems, both in vehicles and infrastructure, will be one of the key elements in advancing the safety of autonomous transportation systems. 🚗💡