The Road Now Taken
The Logistics Industry Tries To Adapt To A Digital World
A self-driving truck convoy in Europe in 2016.
PHOTO COURTESY OF DAIMIER
Efficiency has long been a roadblock for the transportation and logistics industry. But there's nothing like a little competition from Silicon Valley upstarts to shake things up. Tesla, for one, is working on a project to develop a long-haul, electric semitruck that can drive itself and move in “platoons” that automatically follow a lead vehicle, reported Reuters. Fellow disruption instigator Uber began working on its own project to build a self-driving truck last year. And now the company is rolling out Uber Freight, bringing its ride-hailing app model to trucking.
The global connected logistics market is slated to grow to US$55.2 billion by the end of 2025.
Source: Transparency Market Research
All that action comes at a time when the industry is poised for serious growth: In the U.S. alone, the American Trucking Associations predicts freight tonnage (across trucking, rail, air cargo, water and pipeline) will increase 37 percent to reach 20.7 billion tons by 2028. Trucking will remain the dominant freight mode, forecast to move 10.7 billion tons of freight in 2017.
The combo of increased business and increased competition is forcing legacy logistics companies and their partners to launch their own cutting-edge tech projects in analytics, machine learning, big data and real-time data exchange.
“They are applying new technology to old systems to make things move more quickly and to reduce operational costs,” says Wallace Lau, industry principal at consulting and research firm Frost & Sullivan, Toronto, Ontario, Canada.
Transportation and logistics CEOs ranked advancing digital and technological capabilities as their most important area to focus on for capitalizing on new opportunities, according to a 2017 PwC report. That recognition is fueling investments, with the global connected logistics market slated to increase from US$10.2 billion in 2016 to US$55.2 billion by the end of 2025, according to research from Transparency Market Research.
At the heart of many of the new projects is the use of analytics and machine learning to streamline routes, match trucks to cargo and enable real-time shipping of on-demand goods. For example, last December, R.R. Donnelley's shipping business unit implemented a US$200,000 machine learning project to optimize price quotes. The technology allowed the company to get a more realistic picture of costs and risks to make more accurate project bids.
“We were estimating too high because we didn't understand all the variables,” CIO Ken O'Brien told InformationWeek. “So we would hedge our rates and therefore wouldn't get as many wins.”
The ROI? The project paid for itself in just one month—with the success catching the attention of executives who now want to explore using machine learning in other areas of the global organization's operations.
Descartes, a global logistics software company, is taking a different path. The company recently completed a project to develop a bar-code-scanning app that allows truck drivers to track cartons using their smartphone cameras. User testing conducted in July showed that truckers save upward of 30 minutes per trailer using the app to scan bar codes versus older scanning devices, says Jeffrey Berichon, senior vice president, Descartes, Jacksonville, Florida, USA. By moving away from legacy systems and increasing the speed and efficiency of trailer processing, a terminal can significantly increase the total volume of cartons processed, he says.
“There is so much R&D going on in this space. If you don't pay attention to what customers want, the industry will pass you by.”
—Jeffrey Berichon, Descartes, Jacksonville, Florida, USA
The idea originated from a steering committee composed of participants from the retail industry and pool distributors, who also helped with app testing. (Pool distributors are companies offering transportation and delivery services in particular geographic regions.) Support from external organizations “was essential for fine-tuning the scan application and getting it rolled into production more quickly,” Mr. Berichon says.
That kind of collaboration with end users from the onset helps ensure the project solves real problems and delivers ROI. “There is so much R&D going on in this space,” Mr. Berichon says. “If you don't pay attention to what customers want, the industry will pass you by.”
And despite the recognized need to reboot, some smaller logistics companies are still hesitant to adopt new technologies, Mr. Lau says. “They require time, capital and system changes, and a lot of companies in the trucking industry are resistant to change.” —Sarah Fister Gale