Our Innovations Analyst recently did a study into technological advances and startups working on Smart City solutions. It was a good idea for us to tell you about our experiences because there are so many people who are working on different solutions. This time, we’ll look at five intriguing Smart Transportation Startups.
The following are the top five smart transportation startups
For our five top prospects, we used an information startup scouting technique to select the best-suited worldwide solution. Out of 220 related solutions, the Global Startups Heat Map below shows 5 intriguing examples. Depending on your needs, your top selections may look very different.
Self-Driving Transportation Systems for Urban Delivery (ARTI)
Autonomous delivery refers to a compact electric vehicle that reduces storage space and energy usage while also having a navigation system built in to plan and adjust routes on the fly. In comparison to bike delivery, this technology removes the need for drivers, reduces operational costs, and increases safety.
ARTI – (Autonomous Robot Technology) is an Austrian firm that develops a self-driving delivery cart that can transport packages, groceries, and rubbish. As a personal robot, it assists a customer with last-mile deliveries.
EasyMile — Self-Driving Public Transportation
The fewer individuals who drive public transportation lessens the risk of human error, improves predictability and travel time control via responsible driving, and reduces operational costs.
EasyMile, a French company, is among the most active players in the world of self-driving transportation technology. The company has been testing and developing its driverless shuttle in various areas across the world, and it has now become the first vehicle in France to be permitted to drive on public roads without the assistance of a human driver
We’ve watched EasyMile put its crate EZ10 people mover through trials in more than 30 nations around the world since its debut in 2015, many of which don’t have an Although there is a person onboard board, they are supervised by a distant operator. As the business strives to pitch its vehicle as an autonomous transportation solution for private campuses, industries, airports, It is now tested in Singapore, the United States, Finland, and Australia, as well as planned communities.
The most recent version of the EZ10 seats 15 people and includes cushioned seating and safety belts, as well as an automatic ramp and wheel anchoring points for disabled passengers. It also recently enhanced the sensor suite on the EZ10 and partnered with German company Sono Motors to install solar cells and increase the vehicle’s range.
EVmatch — Peer-to-Peer Electric Car Charging Network
In EVmatch, people can charge their electric cars from each other.
A network of privately run charging stations that are open to other drivers provides a practical approach to charge a vehicle and maximize the potential of chargers.
EVmatch, a startup established in the United States, develops a platform enabling accessibility to a distributed system of electric vehicle charging stations (EVs). People are making their fast chargers available for hire during their off-hours. Other drivers can use charging stations established by individuals and companies in their preferred locations.
Using EVmatch to Charge an Electric Vehicle
EV drivers can use the EVmatch app (Google Play or Play Store) or go to evmatch.com to schedule and use charging stations. For your next EVmatch recharging session, follow these step-by-step guidelines. If you’d prefer to watch than read, take a look at our informative movie.
1) Create an account with the EVmatch app or at evmatch.com.
2) Log in to My Account and purchase charge credit for your vehicle (which is acceptable at all EVmatch charging stations)
3)Use the map to find a unit in your selected location.
Use the filter option to locate the plug that is compatible with your vehicle (if no pins display on the map, zoom in and out until they do).
4) Review the charger’s specifications and price, then choose your preferred reserve time. Based on your selections in My Account, you will do due diligence on your booking through email, as well as SMS and/or push updates regarding your session.
StreetLightData
Traffic behavior analysis, contextualization, and modeling based on people’s daily activities are all possible with big data. This encourages the modification of traffic systems or the adoption of new transportation policies, such as the postponement and rerouting of logistical and public transportation services.
StreetLightData, situated in the United States, collects anonymized data generated by devices such as cell phones, GPS devices, commercial vehicles, and fitness trackers, and algorithms link this data to actions and journeys. This information, together with board junction and population information, is shown on a dashboard. Authorities organize the connectivity of various public transportation modes based on this data, which corresponds to residents’ behavior and devise methods to avoid congestion.
Bridj is a mass transit system that operates on a demand basis
Transit from home to work contributes significantly to traffic congestion in cities. Citizens who do not take mass transit to and from work drive themselves. The use of on-demand shuttle buses as a kind of shared transportation provides customers with the requisite level of comfort while also smoothing traffic flow by reducing overall vehicle volume during peak commuting hours.
Bridj, a business based in Australia, has created an application that enables users to plan, book, and pay for bus travels. Bus services are not like typical bus service routes in terms of journey time optimization. The app also includes directions to the user’s pick-up location.
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