The freight management contract signed late last year between the U.S. Department of Defense and Menlo Worldwide Government Services is a big deal in more ways than one.
Steve Geary is adjunct faculty at the University of Tennessee's Haaslam College of Business and is a lecturer at The Gordon Institute at Tufts University. He is the President of the Supply Chain Visions family of companies, consultancies that work across the government sector. Steve is a contributing editor at DC Velocity, and editor-at-large for CSCMP's Supply Chain Quarterly.
The late Sen. Everett Dirksen is credited with this unforgettable line: "a billion here and a billion there, and pretty soon you're talking about real money."
If anyone knows just what he meant, it's the U.S. Department of Defense (DOD). Late in 2007, DOD's U.S. Transportation Command (USTRANSCOM) signed a contract with Menlo Worldwide Government Services that's worth an estimated $1.6 billion over its potential seven-year life.
The contract calls for USTRANSCOM to outsource the management of military freight moving commercially in the United States through a program called the Defense Transportation Coordination Initiative (DTCI). Implementation has already begun, with the first government site going live in March of this year.
The price tag isn't the only thing about DTCI that's a big deal. It will fundamentally change the way the U.S. military purchases transportation service. That's expected to lead to significant reductions in transportation costs as well as unprecedented opportunities for visibility and collaboration, helping the military make great strides in efficiency.
From many, one
DOD is a massive organization, with many component parts that have distinct roles, missions, and tailored business processes. No central traffic management office exists. Policy is issued from on high, but both management and execution are left to the individual services, agencies, and suppliers. As a result, freight costs and freight movements have been managed at the local or command level. DOD shippers in the continental United States independently select transportation modes, service levels, and transportation providers. Furthermore, multiple information systems are employed to execute and manage shipment activity, and there's been little in the way of collaborative visibility or coordination of movement requirements.
big worries for small businesses
Small businesses have voiced concerns about the potential impact of DTCI on their companies. Consolidating execution decisions with a single entity in this case, Menlo Worldwide Government Services they say, risks squeezing small businesses out of the market. They are so worried, in fact, that a group of 90 small businesses filed a protest when the bid was announced, but in November 2006 the Government Accounting Office (GAO) denied it.
From the beginning, DTCI has been cognizant of that risk, and small business protections were a part of the initial solicitation. DTCI requires Menlo to meet aggressive goals for participation by small businesses throughout the life of the contract: 20 percent in year one, 23 percent in year two, and 25 percent in years three through seven. The contract provides a monetary incentive for exceeding those goals.
Menlo takes this provision seriously and has hired a full-time recruiter to pursue small business participation. The 3PL also has approached transportation officers at each implementation location to identify incumbents that could be recruited for the program. Additionally, Menlo maintains a Web site where any interested small business can submit information about its capabilities for consideration. To view the site, click here.
When transportation management is so thoroughly decentralized, there are limited opportunities to implement techniques like backhaul management and mode optimization or to adopt commercial "best practices" such as cross docking and consolidation.
Under DTCI, all that changes. By outsourcing and centralizing transportation procurement and management with a third-party logistics service provider (3PL), says Dr. John Langley of Georgia Tech's Supply Chain and Logistics Institute, DOD will make major, positive changes in defense transportation. "DTCI provides the DOD with a way to effectively manage a huge volume in a diverse environment," he notes. "It also allows the modernization and standardization of technologies and processes in the department, creating tremendous opportunities for improvement."
With the new approach, DOD expects to cut costs by as much as 20 percent while improving the speed, predictability, and reliability of transportation. At the same time, the department will gain better visibility of overall traffic patterns and performance across its supply chain.
Now, DOD is out of the loop when it comes to carrier selection. When the department wants to move something, it issues an electronic data interchange (EDI) message requesting a pickup. The EDI 219 message provides all of the shipment details: pickup window, equipment requirements, shipment characteristics, origin and destination, and delivery date. Menlo then figures out the mode and routing, confirms via an EDI 220 message within four hours, and makes the pickup within eight hours.
In essence, the department specifies the outcome it wants, and Menlo figures out how to make it happen. The freight may move using Menlo's own resources, or it may not. The company's mandate is to meet the customer's requirements in the most cost-effective way, using the right equipment for the move.
To address the critical issue of multiple information systems, Menlo selected One Network Enterprises' transportation applications as the initiative's software backbone. "One Network's next-generation transportation management suite was a principal component of our integrated solution proposal," said Andy Dyer, a vice president at Menlo Worldwide Government Services and the program manager for DTCI, in prepared remarks issued in March. "Their advanced optimization capabilities, coupled with a powerful network-based architecture, will play a fundamental role in the successful deployment of ... DTCI."
Menlo is waiting to unleash the full power of the software platform. Until sometime in 2009, mode and routing decisions will be rules based, not optimization based (meaning it will adhere to pre-established criteria for matters like routing and carrier selection). Once disciplined execution is established and the baseline is known, Menlo can then move into the more sophisticated quantitative approaches embedded in today's transportation management software packages, replanning routings in real time to achieve more optimal results. Says Dyer: "This is a serious business. We want to establish the basics before we put in more complexity."
Phased rollout
Restructuring the way transportation management is handled across DOD will be a huge challenge, given the number of organizations and facilities involved, the volume of military shipments in this country, and the long history of decentralized decision-making. The dizzying assortment of commodities that move through specific facilities makes things even more complex. Red River (Texas), for instance, manages large items that meet Army vehicle requirements; Corpus Christi handles aviation needs; San Diego, fleet support; and Puget Sound, time-sensitive repair parts.
"Spiral development" is the perfect technique to apply to an implementation as complex as DTCI. Break the rollout down into phases and develop capabilities iteratively and incrementally. At the completion of each phase, you have made measurable progress toward the end objective.
The government's DTCI Program Management Office (PMO) at USTRANSCOM has applied the spiral approach and broken DTCI down into three phases. Phase I calls for the program to be rolled out to the 18 distribution centers operated by the Defense Logistics Agency, a logistics combat support agency whose primary role is to provide supplies and services to America's military forces worldwide. Phase II extends to 33 DOD locations that are in close proximity to the Phase I distribution centers. Phase III includes the remaining 16 locations. Focus was limited to locations with either a minimum of 1,000 shipments or $1 million in monthly transportation spending.
Phase I is now under way. In late March, Puget Sound was the first of the DLA distribution centers to come online, and five more switched over by the middle of August. These six sites represent a little over 25 percent of the transaction volume handled by the DLA distribution centers on a daily basis.
Today, customers from all four uniformed services are receiving products shipped under DTCI, including shipments moved via air/express, less than truckload (LTL), truckload (TL), and multimodal/rail service.
The distribution center at San Joaquin (DDJC) was the true debutante's ball for DTCI. DDJC went live on Aug. 11, 2008. That location alone accounts for almost 15 percent of the daily volume for all of the DLA's distribution centers. DDJC receives, stores, and ships supplies to military customers in the western United States, the Pacific Theater of Operations, and in some cases worldwide. San Joaquin runs what the military calls a "consolidation and containerization point," which operates much like a cross-docking, freight forwarding business. According to Col. Mike Miller, USAF, the director of the DTCI PMO, things are going "very well."
After San Joaquin, the program management office will conduct a formal program review, and assuming the program gets a green light, DTCI will add three more locations by the end of the year. The last, and biggest, will be Susquehanna, located near Harrisburg, Pa. Susquehanna is the largest facility in the DLA distribution center network, handling roughly twice the volume of San Joaquin. By year's end, just about 60 percent of the network's transactional volumes will be flowing through the DTCI program.
"Bites of the elephant"
The implementation philosophy is clear iterate, ramp up on complexity, ramp up on scale, and build course corrections into the methodology. This program is not going to drift: As Brig. Gen. Pete Talleri, commanding general of the Defense Distribution Command, puts it, "We're taking reasoned 'bites of the elephant' and applying commercial best business practices across the network. We're growing this as a collaborative opportunity and making fixes while under way."
That approach requires some flexibility, and USTRANSCOM and Menlo are driving to mission and objectives, not schedule. Consider the example of Barstow, Calif. Barstow had been slotted as the first implementation site, but a delay in the contract award due to protests by other bidders created scheduling conflicts with other planned activities. Instead of forcing the issue, Barstow shifted to fifth place, and Puget Sound became the site of DTCI's maiden voyage.
In fact, collaboration, not command and control, comes up time and time again, whether talking to USTRANSCOM, DLA, or Menlo. The DTCI Program Management Office's implementation team says it is working in close collaboration with the Defense Distribution Command implementation team, representatives from the various military services, and Menlo to ensure that the rollout is as smooth and efficient as possible.
Everyone's aware of how critical collaboration is to the success of the project. "We're breaking a lot of stovepipes," Talleri says. "We were in the business of selecting carriers. Now it's about optimizing performance and leveraging partners. Before we did this on our own backs. Now we have the support of many."
Setbacks and successes
Even with DTCI's emphasis on collaboration and problem solving, this huge, complex initiative has encountered some bumps in the road. At this stage of implementation, that's to be expected. What's important is how the implementation team responds to each challenge and moves forward.
At Puget Sound, for instance, connectivity and EDI issues required intervention. And at San Diego, the switch at a transactional router was still pointed to the test system, causing the first transactions to be misrouted. To ensure quick resolution of any other technical glitches that might arise, it's now part of the standard implementation protocol to have an IT rep on site for the first week after a site goes live.
Some decisions have led to changes in Menlo/One Network's transportation management system (TMS). Adopting a system that sets a "window" for cargo pickup rather than a specific time or requesting an appointment drove changes to the transactions in both the shippers' systems and the TMS. Also, the contracting and auditing offices determined that the "rolled up" accessorial charges had to be detailed for audit purposes, increasing the amount of detail required for the transactions. You got it: another software change.
It hasn't been easy to deal with these glitches, and the DTCI concept as a whole requires a new way of thinking for those on the defense side. But the team has demonstrated a positive approach, supported by a spirit of openness and candor that pervades the program.
The program will benefit from that spirit, believes Menlo's Dyer. "Look, these are passionate people," he says. "Relinquishing control is hard. There is a passion for excellence, a focus on the mission that we have to respect. There's nothing that has come up that I wouldn't expect to see with any passionate customer."
Three months into the operation, it's far too early for Menlo to claim victory the contract, with options and rewards for performance, may extend until 2014. According to the current schedule, it will take well into 2009 just to get all distribution sites on board, but so far it looks like the 3PL is getting it right.
In the first 22 weeks of operation, through the end of August, it has points on the board:
Gross cost savings from historical baseline: 23 percent. The contract requirement is for 19.1 percent net in year three.
Small business participation: 66 percent of all subcontracted activities (including purchased transportation) versus a contract requirement of 20 percent.
Loss/damage-free shipments: 99.98 percent. The contract requirement is 98 percent.
System "uptime": 99 percent. The contract requirement is 99 percent.
On-time pickup: 93 percent, but it is trending up, with a 96-percent on-time pickup reported in August. The contract requirement is 96 percent.
On-time delivery: 94 percent, but also trending up, with the contract requirement of 96 percent achieved in August.
With that last metric, it's important to note that on-time delivery is measured against a shipper-specified "mandatory delivery date," not a set point-to-point transit time. Menlo earns incentive fees by achieving delivery on the date the customer wants, not the date Menlo thinks it can meet.
It's a big world
DTCI has traveled a long and rocky road to get where it is today, but Menlo's success in just the first three months bodes well for the program's future. Col. Jim Lovell, the program manager for DTCI until June 2008, says, "I've seen the program through release of the solicitation, two protests, the source selection, contract award, and initial program rollout to the first four DLA Defense Distribution Centers. ... I think we've really laid the foundation for a successful program."
Now that a solid foundation has been laid, where will the program go from here? The current contract only covers about one-third of DOD-procured transportation services (to be implemented across 67 sites in the first 25 months). Asked for his assessment, Gen. Talleri says, "If we get it right, there are opportunities beyond what anybody can see."
There are a lot more locations where DOD operates, and it is a big world. Stay tuned.
Sometimes, all you need is the right partner to solve your logistics problems.
In 2021, global paint supplier Sherwin Williams faced driver and hazardous material (hazmat) capacity constraints: There simply weren’t enough hazmat drivers available in its fleet to maintain the company’s 90% fleet utilization rate expectations for key partner store deliveries while also meeting growing demand for service. Those challenges threatened to become even more acute in the future, as a competing paint supply company began to scale back its operations in the Pacific Northwest, leaving Sherwin Williams with an opportunity to fill the gap.
The paint supplier needed a logistics partner that could help it overcome the shortage of hazmat drivers while also helping to manage its West Coast trailer pools, out-of-region runs, and ad-hoc freight. It also needed a solution that would meet quarterly and annual fleet budgets.
SCALING UP
Enter ITS Logistics, a third-party logistics service provider (3PL) that offers supply chain solutions for drayage, network transportation, distribution, and fulfillment across North America. ITS proposed a combined owned-asset and asset-light approach that would provide Sherwin Williams with the equivalent of 21 additional drivers. The 3PL would leverage its carrier network to overcome the shortage of hazmat capacity while also certifying its own drivers via a three-month process. Further, ITS would help manage Sherwin Williams’ trailer pools and coordinate carriers, providing the paint company with a single point of contact for transportation.
The project would address cost concerns as well: “ITS Logistics aligned its solution with Sherwin Williams’ budgetary cadence and offered a quarterly business review to align on price structure, adding a level of transparency and trust to the relationship,” according to a case study the partners released earlier this year.
The companies soon sealed the deal and launched the program.
Not long after that, Sherwin Williams began to feel the effects of the anticipated challenges in the Pacific Northwest—but the company was prepared. When the competing paint supply company shuttered its operations, causing demand for Sherwin Williams’ products to spike, ITS injected a blend of owned trailers and carrier power to alleviate equipment challenges, cover all locations and regions, and help the paint supplier scale to meet volume.
CLOSING THE GAPS
The project has helped Sherwin Williams rapidly scale its capacity, meet fleet utilization requirements, manage trailer pools, coordinate carriers, and flex to meet spikes in regional demand.
And the results speak for themselves.
“ITS integrating themselves into our fleet was instrumental in helping increase our outbound volume by 18.4 million pounds [year over year] in the last seven months of 2023,” said Ted Taxon, regional transportation manager at Sherwin Williams, in the case study. “This equated to approximately 460 truckloads of extra freight, a large portion of which ITS [handled] on an ad-hoc basis with no operational constraints or quality issues.”
The partnership also helped Sherwin Williams maintain a 90% fleet utilization rate with big box retailers—an increase from less than 70% prior to the partnership’s launch.
Robots are revolutionizing factories, warehouses, and distribution centers (DCs) around the world, thanks largely to heavy investments in the technology between 2019 and 2021. And although investment has slowed since then, the long-term outlook calls for steady growth over the next four years. According to data from research and consulting firm Interact Analysis, revenues from shipments of industrial robots are forecast to grow nearly 4% per year, on average, between 2024 and 2028 (see Exhibit 1).
EXHIBIT 1: Market forecast for industrial robots - revenuesInteract Analysis
Material handling is among the top applications for all those robots, accounting for one-third of overall robot market revenues in 2023, according to the research. That puts warehouses and DCs on the cutting edge of robotic innovation, with projects that are helping companies reduce costs, optimize labor, and improve productivity throughout their facilities. Here’s a look at two recent projects that demonstrate the kinds of gains companies have achieved by investing in robotic equipment.
FASTER, MORE ACCURATE CYCLE COUNTS
When leaders at MSI Surfaces wanted to get a better handle on their vast inventory of flooring, countertops, tile, and hardscape materials, they turned to warehouse inventory drone provider Corvus Robotics. The seven-year-old company offers a warehouse drone system, called Corvus One, that can be installed and deployed quickly—in what MSI leaders describe as a “plug and play” process. Corvus Robotics’ drones are fully autonomous—they require no external infrastructure, such as beacons or stickers for positioning and navigation, and no human operators. Essentially, all you need is the drone and a landing pad, and you’re in business.
The drones use computer vision and generative AI (artificial intelligence) to “understand” their environment, flying autonomously in both very narrow aisles—passageways as narrow as 50 inches—and in very wide aisles. The Corvus One system relies on obstacle detection to operate safely in warehouses and uses barcode scanning technology to count inventory; the advanced system can read any barcode symbol in any orientation placed anywhere on the front of a carton or pallet.
The system was the perfect answer to the inventory challenges MSI was facing. Its annual physical inventory counts required two to four dedicated warehouse associates, who would manually scan inventory to determine the amount of stock on hand. The process was both time-consuming and error-prone, and often led to inaccuracies. And it created a chain reaction of issues and problems. Fulfillment speed is one example: Lost or misplaced inventory would delay customer deliveries, resulting in dissatisfaction, returns, and unmet expectations. Productivity was also an issue: Workers were often pulled from fulfillment tasks to locate material, slowing overall operations.
MSI Surfaces began using the Corvus One system in 2021, deploying a small number of drones for daily inventory counts at its 300,000-square-foot distribution center (DC) in Orange, California. It quickly scaled up, adding more drones in Orange and expanding the system to three other DCs: in Houston; Savannah, Georgia; and Edison, New Jersey. The company plans to add more drones to the existing sites and expand the system to some of its smaller DCs as well, according to Corvus Robotics spokesperson Andrew Burer.
Those expansion plans are based on solid results: MSI’s inventory accuracy was about 80% prior to the drone implementation, but it quickly jumped to the high 90s—ultimately reaching 99%—after the company initiated the daily drone counts, according to Burer.
“We actually had an incident early on where one of the forklift drivers ran into the landing pad, rendering it inoperable for about a week while the Corvus team fixed it,” Burer recalls. “When we restarted the system, we noticed MSI’s inventory accuracy had dropped down to the 80s. But after flights resumed, accuracy quickly improved back to near perfect.” He adds that such collisions are rare as Corvus mounts landing pads high off the floor to avoid impacts but that accidents can still happen.
Overall, the system has helped speed warehouse operations in two key ways: First, the accuracy improvement means that associates no longer waste time searching for missing material in the warehouse. And second, the associates who used to conduct the physical inventory counts have been reallocated to picking and replenishment—creating a more efficient, and optimized, workforce.
A SAFER, MORE EFFICIENT WAREHOUSE
Robot maker Boston Dynamics is well-known for its Stretch and Spot industrial robots, both of which are at work in warehouses and DCs around the world. Earlier this year, Stretch made its debut in Europe, teaming up with Spot at a fulfillment center run by German retail company Otto Group. The deployment marks the first time Stretch and Spot are being used together—in a partnership designed to improve Otto Group’s warehousing operations by increasing efficiency and making warehouse work safer and more attractive to workers.
The partnership is part of a two-year project in which Boston Dynamics will deploy dozens of its warehouse robots in Otto Group’s European DCs. The first location is a fulfillment site operated by Hermes, the company’s parcel delivery subsidiary, in Haldensleben, Germany—a facility that handles as many as 40,000 cartons of goods on peak days.
At the site, Stretch—which is a mobile case-handling robot—autonomously unloads ocean containers and trailers, using its advanced perception system to pick and place boxes onto a telescoping conveyor inside the container or trailer. Spot—a quadruped robot—helps with predictive maintenance by collecting thermal data and performing acoustic and visual detection tasks throughout the facility to reduce unplanned downtime and energy costs. One of Spot’s jobs is to detect air leaks in the facility’s warehouse automation systems; future duties may include conveyor vibration detection, according to leaders at Otto Group.
Both Stretch and Spot will help the Haldensleben facility run more efficiently, especially during fall peak season when volume increases and work intensifies. The addition of Stretch addresses safety and comfort issues as well: Trailer unloading—a process that entails repeatedly lifting and moving heavy boxes inside a trailer, which can be dark, dirty, cold, and/or hot, depending on the weather—tends to be unappealing to workers. Along with reducing the amount of labor required, automating these tasks will have the added benefit for European facilities of helping them comply with EU (European Union) regulations limiting the amount of time workers can spend in those conditions.
Essentially, the robots are making life easier on the warehouse floor and for the company at large.
“Stretch is going to have a ton of benefits for customers here in the EU,” Andrew Brueckner, of Boston Dynamics, said in a recent case study on the project.
The trucking industry faces a range of challenges these days, particularly when it comes to load planning—a resource-intensive task that often results in suboptimal decisions, unnecessary empty miles, late deliveries, and inefficient asset utilization. What’s more, delays in decision-making due to a lack of real-time insights can hinder operational efficiency, making cost management a constant struggle.
Truckload carrier Paper Transport Inc. (PTI) experienced this firsthand when the company sought to expand its over the-road (OTR), intermodal, and brokerage offerings to include dedicated fleet services for high-volume shippers—adding a layer of complexity to the business. The additional personnel required for such a move would be extremely costly, leading PTI to investigate technology solutions that could help close the gap.
Enter Freight Science and its intelligent decision-recommendation and automation platform.
PTI implemented Freight Science’s artificial intelligence (AI)-driven load planning optimization solution earlier this year, giving the carrier a high-tech advantage as it launched the new service.
“As PTI tried to diversify … we found that we needed a technological solution that would allow us to process [information] faster,” explains Jared Stedl, chief commercial officer for PTI, emphasizing the high volume of outbound shipments and unique freight characteristics of its targeted dedicated-fleet customers.
The Freight Science platform allowed PTI to apply its signature high-quality service to those needs, all while handling the daily challenges of managing drivers and navigating route disruptions.
STREAMLINING PROCESSES
Dedicated fleets face challenges that evolve from day to day and minute to minute, including truck breakdowns, drivers calling in sick, and rescheduled appointment times. PTI needed a tool that allowed for a real-time view of the fleet, ultimately enabling its team to adjust truck and driver allocation to meet those challenges.
The Freight Science solution filled the bill. The platform uses advanced analytics and algorithms to give carriers better visibility into operations while automating the decision-making process. By combining streaming data, a carrier’s transportation management system (TMS), machine learning, and decision science, the solution allows carriers to deploy their fleets more efficiently while accurately forecasting future needs, according to Freight Science.
In PTI’s case, Freight Science’s software integrates with the carrier’s TMS, real-time electronic logging device (ELD) data, and other external data, feeding an AI model that generates an optimized load plan for the planner.
“We’re an integrated data analytics company for trucking companies,” explains Matt Foster, Freight Science’s president and CEO. “We’re talking about AI.”
The benefits of the real-time data are difficult to overstate.
“We’ve been able to execute in the toughest of situations because we’ve got real, live data on how long each event is actually going to take and a system to aid and even automate the decision-making process,” says Chad Borley, PTI’s operations manager. “From what traffic patterns we are battling in the morning and evening with rush hour and things like that, to the impact of additional miles to a route, or even location-specific dwell times, it’s been a huge differentiator for us.”
REALIZING RESULTS
A case in point: the collapse of Baltimore’s Francis Scott Key Bridge in March. PTI was scheduled to go live with a new dedicated account in the area just days after the collapse, which would mean rerouting and the potential for longer transit times. Instead of recalculating based on assumptions or latent data, PTI was able to reroute freight based on real-time information and analytics to give the customer timely updates.
“With the bridge going out, that changed our ability to make as many turns a day as the customer would expect,” Stedl explains. “But one of the things Freight Science could do [was to] quickly [assess] how much of an impact that traffic would have [and] what the turns [would] be based on what’s happening on the ground.
“So we were able to go back to the customer and readjust expectations in a real way that made sense, using data. Now expectations can be reset¾we’re not asking for forgiveness when there’s no reason for it.”
The system’s advanced algorithms make load planning more cost-effective and scalable as well. The platform allows PTI to monitor trucks, trailers, and driver hours in real time, recommending additional loads with remaining driver hours that would otherwise be wasted.
And they’re doing it all with much less. Stedl says tasks that used to require five people and hours of work can now be accomplished by one person in mere minutes, improving productivity and profitability while reducing labor and operational costs.
Terms of the deal were not disclosed, but Aptean said the move will add new capabilities to its warehouse management and supply chain management offerings for manufacturers, wholesalers, distributors, retailers, and 3PLs. Aptean currently provides enterprise resource planning (ERP), transportation management systems (TMS), and product lifecycle management (PLM) platforms.
Founded in 1980 and headquartered in Durham, U.K., Indigo Software provides software designed for mid-market organizations, giving users real-time visibility and management from the initial receipt of stock all the way through to final dispatch of the finished product. That enables organizations to optimize an array of warehouse operations including receiving, storage, picking, packing, and shipping, the firm says.
Specific sectors served by Indigo Software include the food and beverage, fashion and apparel, fast moving consumer goods, automotive, manufacturing, 3PL, chemicals, and wholesale / distribution verticals.
Schneider says its FreightPower platform now offers owner-operators significantly more access to Schneider’s range of freight options. That can help drivers to generate revenue and strengthen their business through: increased access to freight, high drop and hook rates of over 95% of loads, and a trip planning feature that calculates road miles.
“Collaborating with owner-operators is an important component in the success of our business and the reliable service we can provide customers, which is why the network has grown tremendously in the last 25 years,” Schneider Senior Vice President and General Manager of Truckload and Mexico John Bozec said in a release. "We want to invest in tools that support owner-operators in running and growing their businesses. With Schneider FreightPower, they gain access to better load management, increasing their productivity and revenue potential.”