Shulou(Shulou.com)06/01 Report--

In this issue, the editor will bring you about the 14 kinds of traffic big data which are the ways to solve daily problems in the Internet of things. The article is rich in content and analyzes and describes for you from a professional point of view. I hope you can get something after reading this article.

The Internet of things is a huge and growing network of connected things, which is affecting more and more industries, including transportation. It goes far beyond ride-hailing / sharing services such as Uber,Lyft and Via.

The Internet of things technology is applied to the railway system to realize train speed monitoring, automatic route conversion and accident avoidance. The charging system uses it to adjust prices and facilitate real-time payments. The Internet of things is also a boon to fleet management, realizing the scheduling, routing, monitoring and performance of the company's vehicles.

Internet of things transportation

The Internet of things has achieved great success in the transportation industry. The Internet of things is helping transportation companies map the most effective routes and maximize the use of fuel, logistics companies are tracking and tracking their goods, and parking companies can monitor their available parking spaces in real time.

Parking becomes easier by using sensors to determine whether a parking space is available. Roads are made safer through intelligent lighting, traffic flow analysis and automatic control of traffic signals. The car itself is becoming smarter and smarter, with Internet-of-things-based security features and interactivity designed to improve the overall driving experience.

The Internet of things is changing 14 ways of transportation

Inrix

Venue: Kirkland, Washington

How to use the Internet of things in traffic: Inrix analyzes data from road sensors and vehicles to provide real-time parking and traffic information, as well as insights for more secure testing and deployment of self-driving cars. In addition, the company's demographic analysis service uses GPS and mobile network data to answer questions about travel habits and population density.

Industry impact: Inrix recently added 100000 new parking lots to its database. According to a report, the company now has data on more than 212000 parking spaces in 15140 cities in 88 countries.

Chariot

Location: Austin, Texas

How to use the Internet of things in transportation: Ford's Cariot aims to improve the public transport experience and ease traffic congestion by providing better transport options for commuters, corporate solutions, and car renters. As its mission statement states, "as the world runs on smarter routes, lower costs and a better ride experience, we will collectively drive the car away and turn your twice-daily frustration into what you really expect in a day."

Industry impact: Chariot has recently shifted its focus of growth to corporate customers rather than the consumer market.

Concirrus

Location: London, England

How to use the Internet of things in transportation: Concirrus's Quest Motor helps insurers view and manage risks through a data analysis application that allows insurers to understand driver behavior in real time, including factors such as speed, braking, trailing and night driving frequency. In addition to the data filtered by the company's proprietary applications, other digitally transmitted information, traffic patterns, local weather, and collision data are also taken into account. The company's Quest Marine solution for shipping analyzes ship statistics, mobility, local weather, machinery information, etc., to provide new insights and evaluation factors.

Industry impact: Concirrus recently signed a multi-year distribution agreement with insurance broker and risk management company Marsh to use Concirrus's Quest Marine platform.

Dash

Location: new York

How to use the Internet of things in traffic: Dash technology works through mobile applications to improve fuel efficiency, identify necessary repairs, predict maintenance, and monitor driving habits. It can even help determine the exact meaning of the inspection engine alarm and find the right mechanic.

Industry impact: Dash is rated as "the most innovative company in the world" by Fast Company (Fast Company).

FlashParking

Location: Austin, Texas

Application of the Internet of things in transportation: the functions of FlashParking's mobile connection technology in parking lots, garages and valet parking operations include touch screens and smart stations, as well as cloud operating software. For example, its valet parking service has a payment and pick-up kiosk so that guests can pay in advance and ask for the car back, and the large screen monitor broadcasts the vehicle retrieval status to the guest. vehicles and staff track parked vehicles and valet parking personnel, key tracking and so on. There is also an interactive vehicle icon so that guests can mark any damage they notice.

Industry impact: FlashParking recently launched a joint pilot program with parking booking company SpotHero in Austin, Texas.

Fybr

Location: St. Louis, Missouri

How to use the Internet of things in traffic: Fybr's smart parking meter uses underground sensors to determine whether the car is parked at any given location and the exact location of that location. Drivers can then pay through the company's smartphone app. If the allotted time expires and is not extended, an alert will be issued to urban parking law enforcement officers.

Industry impact: Fybr partnered with SMC Labs to use Internet of things technology for parking, irrigation management, air quality and asset management in two Silicon Valley innovative zones.

G.E. Transportation

Location: Chicago, Illinois

How to use the Internet of things in transportation: for example, transport railway industry services include Internet of things connection, real-time status monitoring, predictive analysis, and so on. The company's technologies, such as "intelligent cruise control", also help maximize train length, improve loading and unloading and reduce fuel consumption.

Industry impact: BNSF Railway is working with GE Transport Group to build all-battery electric locomotives.

Maersk

Venue: Copenhagen, Denmark

How to use the Internet of things in transportation: Maersk's remote control manager uses internal sensors to collect and broadcast real-time data on everything from temperature and humidity to carbon dioxide levels. It also facilitates real-time 24-stroke 7 GPS tracking of containers, provides automatic notification, makes shippers aware of any deviation in temperature or landing speed, realizes cargo diversion and improves safety.

Industry impact: Maersk recently launched its own real-time booking confirmation service, which allows you to book containers in the same way as air tickets.

Miami International Airport

Location: Miami, Florida

How to use the Internet of things in traffic: Miami Airport's vast beacon network connects to mobile apps, and people can do everything from getting route and flight updates to shopping and scanning boarding passes.

Industry impact: when Miami International Airport began its project in 2014, it was the first airport in the world to have a complete and open beacon deployment. Four years later, the practice has become more common at airports and other places.

MotoLingo

Location: Tulsa, Oklahoma

How to use the Internet of things in traffic: MotoLingo's telematics technology performs a variety of safety and efficiency functions, including recording driving time on users' smartphones, adjusting acceleration and braking based on real-time feedback, calculating risks through smartphone GPS, and so on. Optional features include driver scores based on factors such as speed limits and traffic signals, as well as diagnostic OBD hardware.

Industry impact: the company also offers an app called MotoCarma for teenagers who are applying for a study license.

NEXT Trucking

Location: Los Angeles, California

How to use the Internet of things in transportation: connecting truck drivers to shippers, NEXT's services include real-time tracking of shipments and delayed notifications, support by dedicated internal account managers, distribution of carriers through mobile applications, precise positioning of carriers, matching with available transport loads, and so on.

Industry impact: thanks to a $21 million cash injection, NEXT has added six new positions to its executive team and is filling more than 40 other positions in engineering, product development, marketing and sales.

Shippabo

Location: Los Angeles, California

How to use the Internet of things in transportation: Shippabo provides supply chain management solutions supported by the Internet of things, including order management, customs, shipping tracking, SKU product visibility, automatic notification, etc.

Industry impact: according to a Forbes article, Shippabo showed encouraging growth, raising $2.8 million. Its sales tripled to $3 million and added 17 employees.

Terbine

Location: Las Vegas, Nevada

How to use the Internet of things in transportation: Terbine's data market includes uploading Internet of things information from a variety of sensor equipment industries, including agriculture, shipping, and transportation. It is full of digital details about what is happening in the real world, which can be bought by people who are interested. The company's goal is to make machine-generated data indexable, controllable and immediately suitable for business use.

Industry impact: Terbine recently launched a new IoT data exchange to greatly facilitate the sharing of machine-generated data among companies, public institutions, and academic institutions.

Veniam

Location: mountain View, California

How to use the Internet of things in transportation: Veniam's cloud platform handles the influx of data, enabling different vehicles to communicate with each other in a vast urban mobile ecosystem. According to its own description, the company turns cars into Wi-Fi hotspots, builds networks, expands wireless coverage, and collects large amounts of urban data.

Industry impact: Rui Costa, Veniam CTO, recently told Forbes that by 2025, cars will generate 10 EB of data (10 million TB).

These are the 14 kinds of traffic big data shared by the editor. What are the ways to solve daily problems in the Internet of things? if you happen to have similar doubts, you might as well refer to the above analysis to understand. If you want to know more about it, you are welcome to follow the industry information channel.

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