INRIX’s Post

How to fit 120 vehicles into your 100-slot parking garage (without putting in expensive car-stackers)? Easy: get robot valets to park the cars instead of humans. This technology might seem futuristic, but is becoming widespread in mainland China. Even in Europe, we're starting to see robot valets - eg, Stanley Robotics and Oraxio's robot valets at Lyon Saint Exupéry airport in France. Initiatives such as this bring us a step closer to a future of 5G integrated autonomous parking solutions. KERB is already investigating integrations with these platforms, allowing KERB users to book a valet parking 'add-on' before they arrive. Not only will this type of robot parking service deliver efficiencies for parking asset owners and operators, it 'should' put an end to scratches and dents from careless parkers. Watch this space for more.... #5Gparking #RobotParkingValets #KERBsmartParking #FutureOfParking

What if an autonomous robot could park your customers’ cars for them? What would your customers and residents' arrival experience look like if they simply left their keys with an autonomous valet, linked to your digital permit system? Parkie, an autonomous parking robot by Korean technology company HL Mando recently won the Best of Innovation Award at #CES2024, which sparked some inspiration for what the future holds for the parking industry here at Gemini Parking Solutions. We envisage a future where advanced parking technology, such as self-parking robots, seamlessly integrates with digital permit systems to elevate the parking experience for businesses and customers alike. Read about the technology and our predictions for the future on our blog: https://lnkd.in/eb2V2wgE #ParkingIndustry #Transportation #Automation #Technology

Comparing AGV Navigation Methods - When developing or upgrading an automated guided vehicle (#AGV), or automated mobile robot (#AMR), investing in the right autonomous navigation technology is key. ❎ Choosing the wrong navigation method can have a dramatic effect on the cost, efficiency and therefore success of the automated solution you produce. This is true both at the development stage, when integrating navigation technology into your vehicle and, in future, when your vehicle is on the market and you come to install that vehicle at customer sites. 🤔 But how to decide between the different navigation methods? ➡️ In a two-part series, we examine the different types of navigation technology, and their strengths and weaknesses, to help you make the best choice for your business. Keep reading: https://hubs.la/Q020VnyW0 #Robotics #Automation #LogisticsInnovation #ANTdriven #AutonomousNavigation

Robotic valet parking uses robots to park cars. #RoboticValetParking #AutomatedParking #RoboticsInParking #FutureParking #SmartParking #InnovationInParking #AutonomousVehicles #TechParking #ParkingRevolution #RobotValet #smartmobility

🚗✨ Say Goodbye to Parking Hassles: Introducing Autonomous Parking Robot Platforms! 🤖🅿️ Watch in amazement as these innovative robots seamlessly park your car, eliminating the stress and frustration of finding a spot. Are you ready to embrace the future of parking? Share your thoughts below! 👇 #AutonomousParking #RobotPlatforms #TechInnovation #FutureOfTransportation #ParkingRevolution

Comparing AGV Navigation Methods - When developing or upgrading an automated guided vehicle (#AGV), or automated mobile robot (#AMR), investing in the right autonomous navigation technology is key. ❎ Choosing the wrong navigation method can have a dramatic effect on the cost, efficiency and therefore success of the automated solution you produce. This is true both at the development stage, when integrating navigation technology into your vehicle and, in future, when your vehicle is on the market and you come to install that vehicle at customer sites. 🤔 But how to decide between the different navigation methods? ➡️ In a two-part series, we examine the different types of navigation technology, and their strengths and weaknesses, to help you make the best choice for your business. Keep reading: https://hubs.la/Q020VmKT0 #Robotics #Automation #LogisticsInnovation #ANTdriven #AutonomousNavigation

💥 Precise Obstacle Avoidance, High-speed Smooth Running 💥 #Autonomous Pallet #Truck SFL-CBD15 and Stacker Autonomous #Forklift SFL-CDD16 from SEER Robotics work together in the same exhibition area and operates as obstacles to each other. The two #AMRs still avoid perfectly many times while maintaining the fastest operating speed of 2m/s. Under the protection of a variety of sensors such as obstacle avoidance #laser, #3D obstacle avoidance camera and distance sensor, they can achieve high-speed smooth running, smooth turning, accurate obstacle avoidance and flexible circumnavigation. 👏 👏 👏

Last-mile delivery poses a significant challenge due to varying road conditions and the complexities of the surrounding environment, which often hinder the efficiency of four-wheeled robots. A promising solution to navigate these hurdles, particularly in the narrow streets of London, could be the integration of self-driving vehicles with legged robots. This combination could offer a versatile approach for the delivery of small parcels, effectively addressing the difficulties faced in urban areas.

Let's end this week with some #ConsultportInspiration: A new approach in flying cars are inching us closer to a high-tech future! Imagine hybrid machines that seamlessly transition between driving and flying, or modular designs like GAC Motor’s concept with separate capsules. Autonomous technology might soon simplify licensing and accelerate their arrival on our roads and skies. The digital experts in our network are also exploring such groundbreaking innovations, bringing the latest advancements to light for businesses. If you’re as excited about the digital future as we are, follow us for more inspiration and insights! 🚀 Via: Interesting Engineering #FlyingCars #TechInnovation #AutonomousVehicles #FutureTransport #IndustryTrends

5G orchestrates robot parking manoeuvre Stanley Robotics has used a private 5G network to control its automated parking robots. The Stanley robots are autonomous systems that can manoeuvre a vehicle into a parking space without it needing autonomous controls. They are deployed at Lyon-Saint Exupéry Airport in France. Communication with the robotic system is key, and Stanley worked with ORAXIO Telecom Solutions to use a private 5G network rather than one run by an operator. This allows Stanley to have lower latency for better control of up to 100 separate robot systems, all parking vehicles across the site. “The coverage, reliability of connectivity and remote maintenance, as well as management of flow priorities are key to allowing us to increase the number of robots on the same site, and improve the efficiency and performance of the service,” said Aurélien Cord, CTO at Stanley Robotics. Read more ➡ https://lnkd.in/eXX654VX #uncrewedsystemstechnology #autonomoussystems #robotics #5GNetwork