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Technology

Deadline Extended for Chinese Tech Purge

November 28, 2020 by Levinson and Stefani Leave a Comment

We recently reported the rush for carriers to meet the August 13th deadline to purge all telecommunications equipment manufactured by five particular chinese companies. Luckily, that rush was made slightly less stressful by the Director of National Intelligence’s extension of the deadline to September 30th.

Originally, American Trucking Associations and a coalition led by the U.S. Chamber of Commerce brought anxious attention to the provision nearly hidden within the Defense Authorization Act that required federal government contractors to locate and rid their companies of prohibited Chinese-made equipment components.

These companies were believed to be U.S. intelligence and defense agency information systems hackers, and include Huawei, ZTE Corp., Hytera, Hikvision, and Dahua Technology. The requirement also included any affiliate of these companies, and industry experts said it could be immensely difficult for companies to locate these technologies within a complex modern system.

“Section 889 [of the law] seeks to prevent certain Chinese technology companies from accessing sensitive and classified information by tapping into devices they designed,” said ATA’s Government Freight Conference executive director, Bill Wanamaker. “All federal contractors, including all modes of freight carriers, have electronic systems that facilitate business processes and operate their equipment.”

The extension waiver was granted following a request given by Ellen Lord, undersecretary for acquisition and sustainment for the Department of Defense. Lord said it would be in the country’s national security’s best interest to extend the deadline.

“I am granting a temporary waiver under section 889(d)(2) until 20 September 2020 to allow the Department of Defense to continue its contracting activities that would otherwise be prohibited under section 889(a)(l)(B) and to provide additional information to the Office of the Director of National Intelligence to further assess your waiver request,” said Director of National Intelligence, John Ratcliffe, in a memo to Lord.

The U.S. Chamber of Commerce, ATA, and many other trade organizations have for months been working on a campaign to convince congressional staff to extend that compliance date by one full year.

According to an ATA Government Freight Conference analysis, freight logistics services typically use a variety of information technology systems–especially within the trucking industry.

“This corporate IT inventory is used to order freight, schedule service, provide in-transit visibility to customers, provide proof of delivery, invoice shippers, support electronic shipping documents, and pay by third-party payment systems,” said ATA in its analysis. “Motor carriers also typically use office computers, networks, internet service providers, routers, portable computers and scanners, cell phones, security systems, and video monitoring of terminals and warehouses.”

If a truck is more modern, there are more safety-focused and equipment-managing IT systems onboard, according to the analysis.

“Cameras are used for 360-degree video recording around the truck, and to replace rearview mirrors,” ATA continued. “Electronic monitoring of engines, transmissions, braking systems, tire pressure, speed, sudden braking, driver fatigue–all these things are a part of modern commercial motor vehicles. Commercial motor vehicle maintenance shops use sophisticated diagnostics to service trucks.”

Currently, the law urges federal contractors in all sectors to make their determination on compliance with this requirement by the end of September. If they fail to determine if any of the banned components are present within their systems and remove them, they risk being considered noncompliant and a potential debarment as a contractor.

“The thought that somebody six or seven levels down the supply chain could have on camera in a parking lot that invalidated one of our [contractors] being able to do business with us is cause for a bit of concern,” said Lord. “We are very, very supportive of it, but I do believe we need to extend it in terms of the time for compliance so that we don’t have unintended consequences.”

Other industry members oppose the prohibition of these components entirely, as stated in a letter cosigned by the Chamber, the Motor & Equipment Manufacturers Association, and the Alliance for Automotive Innovation, among others.

“If strictly enforced, the prohibition will effectively preclude the government from contracting with a company that has global supply chain or does business in overseas locations largely serviced by Chinese telecom networks, which includes major U.S. defense contractors,” said a document written by a Chamber coalition partner, the Aerospace Industries Association. “To implement this prohibition as currently drafted, contractors would be required to identify and remove any prohibited equipment or services that are present in their operations–including everything from the facilities they lease, to the networks they use.”

New Technology-Focused Transportation Grant Program in Kansas

November 27, 2020 by Levinson and Stefani Leave a Comment

A new program to fund and support technology-focused projects aiming to boost safety and mobility has been introduced by the Kansas Department of Transportation.

Announced in late August, the Innovative Technology Program will give financial assistance to those working to improve mobility, public safety, and transportation technology, and participating projects can involve any method of transportation. These include, but aren’t limited to, road networks, rail, transit and bicycle facilities, alternative fuels, and unmanned aircraft systems.

Around $3 million for each fiscal year will be made available to recipients, which can include non-governmental applicants. The application window was open between mid-August and mid-September.

“As a leader in UAS, it’s important that we implement new technologies safely,” said Julie Lorenz, Transportation Secretary. “This program will help both rural and urban areas of the state improve the transportation system.”

Throughout Kansas City, officials have been working diligently to implement drone operations, and the Mid-America Regional Council, which includes representatives for all nine counties within the Kansas City metropolitan area, released its outline for these tech explorations, named the Regional Unmanned Aircraft Systems Strategic Framework, in September of 2018. In this plan, officials detail the necessary steps to form strong partnerships with other agencies, to develop a drone usage manual, and to collect data on public concerns regarding drone operation.

Projects will not receive more than $1 million per cycle, and local government officials will administer the Innovative Technology Program projects. Each project must meet a minimum 25% non-state cash match, and applicants that can commit more than the minimum amount will receive boosted consideration.

Eligible projects can also receive further consideration if they have been supporting local business retention and economic growth. Geographic fund distribution will also be taken into consideration by KDOT, and projects receiving awards are set to be announced by the end of October.

Last fall, interested parties were able to discuss transportation priorities during Local Consult meetings, which were held in multiple regions throughout the state. These public meetings created opportunities for people to bring to light the transportation topics they felt would best shape Kansas’ 10-year transportation program plan.

“Citizens at Local Consult meetings across the state last year stressed the need for technology opportunities to better position Kansas for the future,” said Lorenz.

KDOT’s Eisenhower Transportation Legacy Program, known as ‘IKE,’ was created in March of 2020 and is a 10-year program that aims to modernize and expand highway projects on a rolling basis every other year. These efforts work to solve the biggest issues and largest fluctuating revenue difficulties regarding Kansas state transportation.

During these local meetings, more than 2,000 participants collaborated in the overall construction of the IKE program, and established vital aspects of the program that would include broadband investments, new technology investments, and an overarching commitment to multimodal transportation efforts. Preliminary engineering work on 40 different highway projects, under the IKE program, were announced in May by Lorenz and Governor Laura Kelly. 

Kelly has pushed forward $216 million in sales tax revenue to the state highway fund in fiscal 2020, which has allowed KDOT to progress a variety of programs working to support infrastructure projects. 

The Innovative Technology Program follows a series of technology-focused funding efforts within the state, such as the U.S. Department of Agriculture Natural Resources Conservation Service’s April 2020 announcement of $750,000 in funding for Kansas local and state governments, non-governmental organizations, and individuals to further increase innovation technologies. These Conservation Innovation Grants aimed to further develop innovative technology and tools meant to address natural resource concerns throughout private Kansas working lands. These funds aim to help farmers, ranchers, and other private forest landowners bring new conservation methods to their properties through the development and adoption of innovative conservation approaches. 

Additionally, between 2019 and 2020, Kansas City partnered with City Innovate to sponsor the Startup in Residence Program, which works to connect Kansas City departments with innovative technology startups. The city established a 16-week voluntary period to develop tech-based solutions addressing city government challenges, and created the STIR Program to connect public-sector agencies directly with tech entrepreneurs in order to boost technology product development and implementation in regards to specific public sector needs.

Carriers Adjust to New Technology Standards that Arrived with the Pandemic

November 12, 2020 by Levinson and Stefani Leave a Comment

All carriers across the trucking industry have been forced to adapt quickly to the major changes brought on by COVID-19, and one major aspect of these new changes has become investments into technology.

Monitoring employee health, improving loading and delivery efforts to avoid human contact, or just transitioning industry workers to working from home have all brought new technological methods and programs to trucking companies, and industry experts say these changes are boosting overall efficiency and effectiveness that will become a regular part of the trucking industry as a whole.

For example, alcoholic beverage distributor Southern Glazer’s Wine & Spirits has implemented a text message system that requests a health form completion from drivers and employees two hours before their shifts begin. Throughout the pandemic, this method has become a vital communication tool as the company uses this same system to send important information to employees as it can reach them quickly, even when they are working remotely or on the road.

Telematics system and electronic logging device data have also increased heavily during this time, and fleets are learning how to implement these systems into their daily routines to boost operation quality and efficiency.

“We are able to tell our customers our projected delivery time from the first stop to the last, with added traffic and weather impacts,” said McLane Co. director of transportation support, Jim VonAchen. “Our customers can then prepare for our arrival 12 hours out and make sure they have resources ready.”

VonAchen explained that these changes allowed McLane to update all of its delivery network procedures in order to reduce costs and meet rising demands when the pandemic began.

“As you scale up from a small company, these tools become invaluable,” he explained.

“We don’t see an end in sight to this any time soon,” agreed Ron Flanary, senior vice president of national operations for Southern Glazer’s. “We are making the investment in technology,” which will be vital for the company’s fleet of 2,189 straight trucks, 721 tractors, and 2,500 drivers.

Fleet Advantage chief operating officer, Jim Griffin, notes that many carriers are now kicking themselves for not having invested in advanced trucking equipment before COVID-19 hit.

“We have some clients that had put off fleet modification and felt that was a mistake,” Griffin said. “They should have been more prepared.” This is especially true as more fleets have been left with aging equipment throughout the pandemic, which hinders companies from having cost-reducing automated safety systems and improved fuel efficiency.

Older trucks will be replaced quickly with newer, advanced models as soon as the economy bounces back, and growth will continue, Griffin predicts.

Technology has also made remote jobs much easier during stay-at-home orders, and there have been more opportunities than ever to secure this kind of work. Additionally, many trucking companies have found that remote scheduling and digital management practices through a decentralized business model have also helped employees working in-office.

“You never thought you could send people home for a long period and keep the national supply chain to grocery stores holding up very well,” said Flanary of his surprise at the efficiency of these methods.

For Clean Harbors, the company shifted into a nearly-fully remote work and dispatch system within only eight days, which included the time it took to feel things out and solve initial problems with the transition, said the company’s executive vice president of transportation and logistics, Kevin Ridings.

Clean Harbors utilizes a virtual private network that is accessible via laptops, but also has dispatchers working from office workstations who needed a method of accessing the system. Now, employees have their own iPhones, given by the company, which allow all workers to access the essential planning and dispatch database through iPhone applications.

Still, though, Sysco executive vice president and chief supply chain officer Marie Robinson believes remote working won’t last forever, and said some team members–especially management–will need to conduct employee evaluations or update engineering methods in person.

“This is the first time in my 32-year career when I’ve actually asked my associates to put themselves in a situation that I have not put myself in,” she said. “I want to get back into the truck.”

FMCSA Pushes for More Driver-Assist Tech, AAA Says it is Still Unsafe

October 10, 2020 by Levinson and Stefani Leave a Comment

Earlier this month, the most-discussed topic at the day-long Federal Motor Carrier Safety Administration safety summit was the implementation of driver-assist technology throughout the trucking industry. Experts have been considering these innovations as being prevalent ways to decrease the number of truck-involved crashes.

“Nothing contributes greater to highway safety than the person behind the wheel,” said J.B. Hunt Transport senior vice president of safety, security, and driver personnel, Greer Woodruff. “But, I have seen drivers that have years of safe driving have a momentary lapse for a circumstance that unfolds, and this [technology] has saved them. They have been very thankful to have had these systems on their vehicles.”

Woodruff also noted that driver-assist systems are able to help carriers navigate the “increasing headwinds” of modern challenges, including everything from distracted driving to traffic congestion to the growing number of vehicle miles typically traveled.

Currently, FMCSA is suggesting voluntary use of these systems by fleets and independent owner-operators. This technology includes adaptive cruise control, automatic emergency braking, blind spot warning systems, forward collision warning systems, and forward-facing camera systems.

Integration of these technologies has now reached around 45-50% of the market, according to Bendix Commercial Vehicle Systems vice president of engineering and R&D, Richard Beyer.

“These systems help the driver to reduce the stress and improve the safety,” he explained. “But it’s still based on good, solid driving practices [and] drivers staying alert and being part of the solution.”

However, two tests by AAA over the last two years have shown that partially-automated driving systems do not always work as expected, and the company has recommended that vehicle manufacturers limit the use of this technology.

AAA researchers tested the systems of five different manufacturers over a distance of 4,000 miles, and cited an issue every eight miles, on average.

“AAA has repeatedly found that active driving assistance systems do not perform consistently, especially in real-world scenarios,” said AAA’s director of automotive engineering, Greg Brannon. “Automakers need to work toward more dependable technology, including improving lane-keeping assistance.”

The majority of problems encountered by researchers involved systems meant to keep vehicles in their respective lanes; however, testing showed that many vehicles failed to detect simulated broken-down cars in their path of travel. According to the study, the test vehicles hit the out-of-commission vehicles around two-thirds of the time, traveling at an average speed of 25 miles per hour.

This recent second round of testing showed little difference from similar testing by AAA of four other vehicles in 2018. Additionally, the systems that combine braking, steering, and acceleration control continued to stop working altogether without much notice to the driver.

“When we’re talking about advanced driver-assistance systems, it really is going back to the capabilities of the driver,” said Daimler Trucks North America executive manager of advanced safety systems and autonomous driving, Ritchie Huang. “What we’re building is just supplementary to them.”

Chris Spear, President of American Trucking Associations, said the main priority for ATA is highway safety, and suggested that regulators should work toward creating an environment in which these kinds of technological innovations can explore their potential.

“I think you’ve got to stick with innovation, because it’s, quite frankly, moving 10 times faster than the government,” said Spear. “Just get out of the way. Let innovation take care of it.”

Still, AAA’s Brannon said the most recent testing on automated driving systems within personal vehicles show that systems have not been improving drastically, even though they are being implemented into mainstream models more often.

He also explained that those who first purchased the systems were typically early technology adopters, but now, more and more less tech-savvy people are operating these kinds of vehicles.

“People are really less familiar and less likely to really engage in understanding how the systems work,” Brannon said. “They just assume they do work. That could be a really dangerous assumption.”

Additionally, people easily begin to rely too heavily on the technology when frequently operating vehicles that have it in place, and Brannon said this is extremely dangerous when the systems fail in any way. AAA also explained that during real-road tests, all systems had difficulties ensuring that the vehicles remained in their lanes, and often caused the car to move too close to guardrails and other vehicles.

The issues with this current technology could, in fact, delay the adoption of entirely-autonomous vehicles, Brannon noted, because now, drivers who have operated a vehicle with the technology in place may have trouble trusting them.

New ELD Hacking Warning from FBI

October 9, 2020 by Levinson and Stefani Leave a Comment

Electronic logging device data is still at risk of being hacked, as told in a recent cautionary notice released by the Federal Bureau of Investigation.

In the warning, the FBI said cyber criminals can obtain business information through vulnerabilities within ELDs, although hackers have not yet found an easy way to break into that type of data.

“Although the ELD mandate seeks to provide safety and efficiency benefits, it does not contain cybersecurity requirements for manufacturers or suppliers of ELDs, and there is no requirement for third-party validation or testing prior to the ELD self-certification process,” said the FBI last month in its Private Industry Notification.

The notification had no mention of any specific recent attempts to hack into and ELD data.

“Industry and academic research into a selection of self-certified ELDs found the sample of devices did little to nothing to follow cybersecurity best practices and were vulnerable to compromise,” said the warning. “The sample included ELDs that could be purchased off the shelf at superstores and ELDs supplied by well-known companies.”

American Trucking Association’s Fleet CyWatch program also released information aligning with this cautionary notice. The program provides ATA members with internet crime and cyber attack information regarding the trucking industry.

Ross Froat, ATA’s director of technology and engineering policy, said these vulnerabilities have, thus far, only been noticed due to current testing and research efforts.

“There have not been any cyber crime reports of trucks or their technology applications, especially by way of an ELD,” he explained. “The FBI notification is for informational awareness from their industry activities.”

The FBI did iterate this in its warning, saying that the notice was “in furtherance of public-private partnerships.”

For this purpose, “the FBI routinely advises private industry of various cyber threat indicators observed during the course of our investigations,” said the agency. “This data is provided in order to help systems administrators guard against the actions of persistent cyber actors.”

Trucking companies utilizing ELDs should, according to the notice, reduce their risk for any cyber attack by following ELD safety guidelines. “This includes asking the ELD’s supplier specific questions, some of which are identified in this [notification],” said the warning.

As of mid-December, the Federal Motor Carrier Safety Administration has mandated the use of ELDs in commercial trucks, so that driver hours can be logged electronically.

Although some studies show that ELDS are easy targets for cyber attacks, this is more likely to be the case on less-secure ELDs, especially those that rely on older technology.

“It’s important to know industry-accepted ELDs are secure,” said Froat. “ELDs’ primary role is to record hours of service and have mandated cybersecurity protocols. They just need to follow these protocols and enhance themselves with industry-recognized best practices.”

According to Froat, this warning should not be surprising to any members of ATA. “We’re happy that the FBI private industry notification was released, but this activity shouldn’t be new to our members. Through ATA Fleet CyWatch and the Technology & Maintenance Council’s cybersecurity task forces and conferences, ATA has been very engaged in improving the industry’s cybersecurity posture.”

The FBI’s notice explained that a sample of ELDs were not adhering to the safety protocol that is in a trucking company’s best interest. ELDs send inspection reports directly to FMCSA and must connect to a vehicle’s electronic control module to track location, data, time, hours of operation, vehicle miles, user identification, vehicle identification, and motor carrier identification information.

If an ELD has more advanced telematics functions that are connected to shipment tracking and dispatching, a successful cyber attacker could easily navigate the company’s overarching network after gaining access, said the notice.

“Cyber criminals interested in stealing data such as personal information, business and financial records, location history and vehicle tracking, or other proprietary data such as lists of customers and cargo can use vulnerabilities in ELDs as a way in to access trucking companies’ enterprise networks and databases,” it continued.

After this access, a hacker could potentially install malware and prevent the ELD and the vehicle from operating properly until a ransom is paid. Signs of this activity can include unusual file sharing and unusual traffic on a company’s network, which can be detected by creating a network baseline, implementing a method of monitoring network traffic, and restricting user and device access to only what is necessary for a specific job.

Sensing Technology Becomes More Common Among Braking Systems

October 8, 2020 by Levinson and Stefani Leave a Comment

Sensors have become an integral part in both proper brake monitoring and advanced driver assistance systems, and integrating these two aspects of modern trucking can boost component longevity, decrease vehicle downtime, and create easier maintenance, according to industry manufacturers.

The marrying of these two aspects is crucial for progressive development of ADAS–the foundation of autonomous driving and truck platooning technology.

Truck platooning is when multiple trucks travel together, with one typically following the other closely. In these circumstances, “you want to know what the brake health is on all the vehicles,” said Meritor director of brake engineering, Joe Kay.

This means fleet operators must always know exactly how a brake is functioning, and temperature, wear, and stroke sensors can detect an issue on any of the 10 wheel ends of a tractor-trailer and send an alert.

“Sensing is a key component of the future of our industry,” said fleet maintenance executive and consultant Brett Wacker. “In the absence of the human, you have to have the ability to know whether things are working or not working.”

Camera, radar, and lidar sensors are used on a vehicle to implement accurate overall perceptions and to detect object speed and vector. Once those sensors are in place, braking system tech can work in tandem with them.

Haldex vice president of research and development, Brian Marshall, explained that the difficulties of developing effective ADAS lies in the ability for sensors to detect everything around a vehicle “and plan accordingly, whether for brake actuation on automatic emergency braking or for autonomous vehicle development.”

For example, if a roadway is slick from rain, ADAS should be able to detect that and increase the vehicle’s following distance, said Marshall. “That has to be determined by an integrated approach where the brake system can openly communicate and provide data from the wheel end up to the controller.”

For SAE International, automated driving capabilities have been sectioned into six levels–from zero to five.

“There’s a lot of talk about getting to Level 4 and Level 5,” said Bendix Commercial Vehicle Systems director of marketing and customer solutions for controls, TJ Thomas. Presently, he said, ADAS for commercial vehicles is at Level 1, and nearly at Level 2.

Bendix has been collaborating on upgraded features for its driver assist product that will be “enabled by the current level of technology–the current radars, the current cameras,” explained Thomas. “As we learn more about them over time, we can enable new features.”

ZF North America’s Julian Plenchette explained that with sensors, brake actuation can be improved “to automatically reproduce the comfort and finesse of the human-actuated braking.” ZF has a modular braking system platform called mBSP, which simulates driver brake actuation with the utilization of a “digital foot brake valve.”

This platform gives trucks the ability to have adaptive cruise control, which includes “Stop & Go,” a feature that allows a truck to “safely reduce speed down to [zero] miles per hour when following another target and maintaining [zero] miles per hour until the vehicle detects that it is safe to increase speed once again,” explained Plenchette.

Electronic stability control also uses sensors, and can detect wheel speed differences and mass transfers in order to notice any possible instability or loss of control.

ZF North America’s Patrick Kealy also explained that brake pad and axle monitoring sensors on trailers can also work with a ZF Intelligent Anti-Lock Braking System so that information can be sent throughout the trailer from the sensors. This system can decrease connectivity costs between a fleet management system and a trailer, and with Wabco’s TrailerCast, this telematics device can communicate with iABS and its sensors. Then, data is sent to the fleet’s management system from the device over a 4G network.

One instance of iABS connecting to brake pad and axle monitor sensors is that of Hendrickson’s MAXX22T trailer air disc brake, which connects to brake pad-wear sensors and communicates with iABS for brake pad status updates. Then, iABS is paired with TrailerCast and can send trailer mileage, ABS faults, and brake system status reports straight to a fleet.

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