New developments are assisting us in getting from point A to point B faster than ever. Innovative mobility technology, such as autonomous vehicles and e-bikes, is assisting us in getting to where we want to go, whether it’s down the street, across the world, or a few hundred miles into space. Vehicles will become more advanced as AI, data science, production, and deep learning become more sophisticated. These fields serve as the foundation for everything from autonomous vehicles to space exploration, as well as transportation networks such as Uber and Lyft. Transportation technology has become one of the world’s fastest-growing and most competitive fields due to the immense promise these technologies hold. Thousands of startups are vying for the title of “next big thing” in the transportation industry.
1. Windshields as Holograms
Holographic car windshields with virtual reality graphics overlaid on top of the real world might be closer than you thought. Since 2012, WayRay has been creating holographic virtual reality head-up display devices, including a small hologram projector that could alter what you see through your car windows. Although head-up displays are becoming more popular in automobiles, even at their largest size, they only take up a small portion of the windshield. So far, the plan has been to project important driving information there, such as speed and the new speed limit, as well as navigation directions. WayRay, on the other hand, has a much broader target in mind. Its holographic projection system is not only smaller than its competitors’ products, but it can also cover far more of the vehicle’s glass. The large field of view can, in fact, end up covering the entire windshield. Additional projectors may also provide coverage for the side windows.
2. VR for Driving Safety Awareness
Trainers can quickly and easily offer immersive and engaging virtual reality experiences in any environment thanks to ClassVR’s unique ability to handle multiple VR headsets simultaneously on or offline. ClassVR gives you complete power whether you’re in a training room, classroom, office building, or exhibition. ClassVR is the perfect solution for Emergency Services training, and it has earned rave reviews for its ease of use and impact when it comes to providing Road Safety Awareness programs to children. To raise awareness of the importance of road safety, virtual reality technology will include immersive and hard-hitting simulations of serious road accidents and the effects of unsafe driving. The risks of reckless road behavior can be highlighted to young people, who are among the most vulnerable road users, using virtual reality technology. To transform driver behaviors and boost road safety, ClassVR is collaborating with a number of police departments, fire departments, authorities, and districts.
3. Smart Roads
When it comes to the potential growth and digital transformation of modern transportation systems, the road is often neglected. After all, we’ve all heard of self-driving vehicles, connected cars, GPS navigation, route optimization software, and ride-hailing services. You’d be forgiven for wondering how the common road fits into this digital revolution; however, it turns out that the road can be a forum for a wide range of developments. Smart road technologies are embedded in roads and can help with visibility, energy generation, communication with autonomous and connected vehicles, road monitoring, and more. Listed below are a few examples:
- IoT: Cities can link roads to IoT devices and collect traffic and weather data using IoT connectivity. Security, traffic management, and energy conservation can all benefit from this form of connectivity.
- Networks for traffic management: For the purpose of increasing protection and reducing traffic congestion. The network employs speed cameras to alert users to potentially dangerous situations and sends automatic traffic diversion signals to manage traffic flow.
- Traffic Light Management: Systems that use data from closed-circuit television (CCTV) cameras or smart vehicles to optimize traffic signals and inform riders about traffic delays or bottlenecks.
4. AI and Data-Driven Maritime Transport
The high intelligence of Machine Learning algorithms, combined with industry expertise, would provide a significant advantage to shipowners who incorporate them first. The greater the value of Intelligence in ML’s data processing capabilities, the higher the investment. ML algorithms can handle data from the entire history of a vessel’s service. Machine Learning allows developers to use intelligent algorithms and data to direct the logic of potential maritime transportation problems. These techniques can be applied to marine network preparation, voyage planning, cargo optimization, and maintenance procedures, among other things.
5. Undersea Tunnels
Mumbai will host India’s first undersea tunnel, which will be built as part of the city’s Coastal Road network by 2023. Unlike the world’s largest undersea tunnels, such as the Channel Tunnel connecting England and France, the Mumbai twin tunnels are being constructed at a relatively shallow depth. The undersea tunnel in Mumbai will be 20 meters below the seabed. In contrast, the Channel Tunnel is 75 meters below sea level at its lowest point. Japan’s Seikan Tunnel is more than 100 meters below sea level. The Mumbai tunnel is also being constructed very close to the coast, where the water depth is just 4 to 5 meters.