Blog

As seen in Port Technology International, a guide for how real-time truck data can speed up the supply chain at ports.

With billions of GPS users everyday, floating car data can be leveraged for a variety of use cases to improve traffic management

With billions of users relying on GPS apps every day, floating car data can be leveraged for effective traffic management.

See how connected car data can provide the next generation of surrogate safety analytics for road segments and intersections.

A comparison of what different systems offer for measuring port wait time, including: cost, reliability, installation, and privacy concerns.

5 issues of truck congestion impacting port efficiency and competitiveness and how to solve them.

A guide to 7 different asset tracking technologies, including newer technologies like Bluetooth Low Energy.

4 ways to address transportation equity in roadway design, and why transportation equity is important for sustainable transportation..

8 traffic calming measures to reduce high speeds and cut-through traffic on neighborhood streets.

Comparing location data for location-based services apps and connected car data for low and high frequencies.

A description of the different criteria used to assign LOS scores for different transportation facilities.

A comparison of 6 different counts and classification data collection methods, including radar data, the most advanced method.

HRCC trajectory data can offer a cost-effective solution for ATSPM collection, with more advanced, accurate data than traditional methods.

A description of DSRC and 5G, and a comparison of 5 key metrics in the DSRC vs 5G for connected vehicles debate.

Smart work zones make traffic safer, faster, and more efficient. These systems use real-time technology to improve work zone conditions.

High resolution connected car data can provide advanced, accurate traffic data analytics. With high coverage, low data latency, increased accuracy, ease of access, and quality data, connected cars are changing data analytics.

An introduction to 13 common ATSPMs and how they can benefit agencies. Cut costs, reduce travel time, and improve safety!

Learn about the 9 active traffic management strategies and how agencies are using them to optimize roadways and increase user safety!

5 key steps for traffic signal retiming projects. Optimize your transportation systems and understand the benefits of traffic retiming.

How to measure travel time reliability, and why it is important to do so, including a description of the main TTR components.at they remember due to unexpected delays. The following are the main components of travel time reliability.

Ports and Rail Yards need to accommodate additional space for shipment capacity by cracking down on congestion monitoring.

Reducing the users of public transit reduces overall efficiency, making it ineffective to offer transit if citizens aren’t going to use it

The use of technology to increase efficiency on roads and in ports and how you can benefit from the data collected.

As technology develops, we are expected to leverage it to its every capability. We are expected to search harder, dig deeper, and do more with the information that we [do not] have.

We have come from hand written letters to a world where there is the possibility to completely digitize the supply chain through Blockchain.

Port authorities need to leverage technologies in efforts to make their shipping ports work smarter and more efficiente, money or a trip. We now take these lessons and can use them in ports, at borders, on the road, you name it.

Congestion pricing is the solution that we have been waiting for. Get your time back, by paying up and picking a lane to do your driving.

These "smart cities" allow people to gain a great amount of knowledge through their data collection, and the knowledge does not stop there.

Drive-assist and autonomous cars are coming to the market and stakeholders are now faced with many questions. As it turns out, there are no easy answers...

The name of the game today is connectivity and integration. This change has to start somewhere, and that somewhere is in the hearts of our smart cities.

It is frequently human error that leads to fatalities, but Vision Zero isn't about changing as drivers. It is about changing as communities.

Being late is stressful, so we look for any way to ease that stress, including speeding to our destination. However, is speeding really worth it?

The fun of carpooling is no longer just for the offspring of busy parents. With new ride-sharing applications, adults can participate easily!

Uber is established an easy transportation option, but in remembering the environmental cost of convenience, we should take notice.

Technology is forever changing, and behind it industries rush to catch up.The introduction of Bluetooth 5 is no exception.

This week, we decided to be backseat bloggers and turn the reins over to The Economist. We couldn't have said it better ourselves!

When you look around for environmental problems, what do you see? If your area is anything like most cities or towns, it's a lot of traffic and pollution.

It has become a matter of public knowledge that pollution is unhealthy, both for the planet and for those who call it home.

Should you be measuring the performance of your traffic operations? You probably guessed “yes!”, so why are few agencies and municipalities doing so?

Several solutions have been put forward to try and solve the border delay problem find out how you can implement new procedures

Improvements in the sensor technology and the emergence of connected vehicles and wireless communication have provided a base for the development of a new generation of vehicles with the ability to navigate on roads without human intervention.

ITS projects that use big data heavily depends on how the traffic sensors are installed and how the collected data is filtered and analysed.