While technology is often synonymous with automation, improved human connection and convenience, new technology and the sharing economy are changing and impacting many aspects of our daily lives. The way we travel – from planning a vacation to driving to work – can be enhanced with a large amount of data, apps, and friendly assistants like Siri, Alexa, and now Bixby.
Technology advances are occurring so quickly that ideas often go from fantasy to reality to dependency in only a few years, rather than decades. The evolution of smartphones within the past 10 years alone is a testament to the rapid pace of our advancing technology.
How is the information collected?
One area that has been largely enhanced by these technology improvements is that of transportation. With almost 70 percent of the U.S. population carrying smart phones in 2017, many companies now aggregate and utilize GPS data from certain cell phone providers. The data is completely anonymous, with all personal identification information having been removed. “Big data” has now become available to transportation planners and engineers, who proceed to use these sets to help analyze real-time and historic traffic operational information.
How is the information used?
The information is used to assess bottlenecks and congested areas, to better predict future needs, and to inform policy and decision makers in order to maximize utilization of public dollars when setting priorities for infrastructure investments. Use of this data is also allowing us to better understand travel patterns, origins and destinations, and observe operations and deficiencies in real time. We can then better forecast future demands and conceptualize cost-effective solutions from the quick fixes to the long-term major investments covering all transport modes.
This data can also help with accidents and recovery operations by providing life-saving information to emergency officials when major incidents impact transportation mobility. This could include inclement weather, major wrecks, or even facility impairments that cause delays to major areas or regions.
Use Case Scenario
In Atlanta, recent examples include “Snowpocalypse” in January 2014 and the I-85 bridge collapse in March 2017. Evaluation of historic data dating back to before both of these events helped officials plan detour routes, while analysis of data after these incidents helped them to plan for future potential incidents of similar magnitude as part of infrastructure resiliency planning.
Technology will continue to improve our data, our research, and our planning methodology. RS&H is ready and will continue working with clients every day to take advantage of the most advanced technology, to improve the quality of life in the communities we are proud to serve.
In honor of Pedestrian Safety Month, we’re showcasing four impactful infrastructure projects that have positively influenced their communities. Dive into the details below and stay tuned for weekly spotlights on our social media channels throughout October!
Projects inherently have risks. Some risks are high-stakes that could lead to major cost overruns or delays, while others are more minor that could lead to minor delays or changes to the scope of work.