Trucking Business Technology

Explore trucking tracking technologies beyond basic telematics, including camera system software, drama scorecards, collision mitigation, electronic login devices, trailer tracking, temperature tracking, and record keeping.

Explore dynamic routing in trucking, using real-time GPS data and traffic updates to optimize routes, trim miles, boost efficiency, and improve service and cost savings.

Explore forward-looking truck camera systems, from dashcams to multi-camera networks, using HD imaging and data analytics to capture events, deter false claims, and improve safety.

Driver scorecards combine telematics and driver behavior data to coach safer driving with improved fuel efficiency. AI, computer vision, and high-definition cameras automate fair scoring and coaching.

Collision mitigation technology monitors for crashes with radar and video in heavy trucks and can take autonomous emergency actions to reduce crashes and fatalities.

Explore the rollout of electronic logging devices and automatic onboard recording devices for interstate trucking, enforcing hours-of-service rules and shaping safety, costs, and driver dignity.

Discover trailer trucking technology that boosts visibility and utilization through GPS tracking, wireless sensors, and IoT-enabled asset management within fleet operations.

Explore temperature tracking and recordkeeping for sanitary transportation under the Food Safety Modernization Act, showing how refrigerated trailers, documentation, and load-specific temperatures protect food safety and compliance.

Explore how advanced powertrains, turbo charging, and new technologies transform trucking by lowering costs, boosting efficiency, and expanding hybrid and electric options, aided by diagnostic tools and proactive maintenance.

Explore truck aerodynamics and technologies like active lovers, view cubbies, and underbody shedding to improve fuel efficiency for transport trucks and retrofit parts for fleets.

Adopt additional safety features to reduce accidents and lower insurance and repair costs, using collision avoidance and lane departure warnings to address trucker fatigue.

Telematics drives smarter, safer, and more efficient trucking by advancing vehicle-to-vehicle communication, routing, and planning applications, with GPUs enabling rapid improvements and industry convergence.

Explore software and onboard diagnostics for trucking, highlighting embedded diagnostics in engines, transmission, and other vehicle management systems to monitor performance, efficiency, and service life, reducing breakdowns.

Enhance driver comfort to reduce highway fatigue and boost safety; explore seats reducing pressure points, improved steering, and tech that augments communications for a more pleasant trucking experience.

Discover truckers strategies to reduce empty trips and enable platooning through smarter truck use, shipment matching, autonomous trucking, and tracking technologies for faster planning.

Explore driver alert systems that detect drowsiness and alert truckers to fatigue, using front-facing cameras and algorithms to improve road safety and reduce accidents.

Explore forward collision warning and mitigation systems that use cameras and LiDAR sensors to measure distance to vehicles, enabling automatic emergency braking, lane assist, lane keeping, and adaptive cruise control.

Electronic stability control detects instability and loss of traction, monitors turn movements and steering, and immediately reduces speed or engine power to prevent accidents.

Enhance visibility for light truck drivers with three cameras mounted on back and sides, addressing visual limitations and blind spots, providing a clear view on a high-resolution lcd screen.

Artificial intelligence analyzes driver behavior to strengthen safety protocols and deliver remedial coaching, while self-driving trucks undergo trials, like the USPS Phoenix-to-Dallas run in 22 hours.

Adopt trucking technology through clear communication and familiarization, demonstrate proven safety improvements, and integrate solutions into daily routines with peer influencers and incentives, backed by comprehensive safety training.

Explore the Freightliner Cascadia's zero-emission development, from prototype testing in Korea to production refinements, and evaluate its depot-based charging design for short-haul, last-mile, and regional freight.

Daimler and Cummins team on a hydrogen fuel cell Cascadia, using forward-generation parts and AI for improved power and durability; initial units expected for 2024.

Volvo Trucks North America reports momentum for electric truck offerings, deploying zero-emission trucks to port complexes and distribution centers this year and next, while mapping optimal routes for broader adoption.

Allison Transmission partners with Xo's team to jointly develop heavy-duty class seven and eight electric vehicles, using an integrated design that optimizes electric motors, gearbox, bricks, and axle optimization.

Discover Oshkosh's electric cement truck with a front-discharge system, delivering energy savings, lower emissions, reduced noise, and a lower total cost of ownership.

Fleet management software boosts visibility into vehicle utilization, reduces ownership costs, and streamlines maintenance, compliance, and digital processes to support driver retention amid rising ecommerce demand.

Optimize fleet operations with gps fleet tracking that uses telematics to collect location data, display maps, and improve dispatch, security, route planning, and customer experience.

Discover GPS-driven route optimization using complex algorithms to create last mile routes, considering vehicle capacities, schedules, and delivery windows. It reduces labor and fuel costs and enables real-time driver tracking.

Improve dispatch efficiency with gps tracking and fleet management software that provides real time information on available trucks and drivers near delivery destinations, boosting reliability and customer satisfaction.

Explore how gps tracking enhances fleet security by monitoring driver behavior, assessing vehicle history, detecting unauthorized routes during off hours, and aiding theft recovery.

Explore how trucking apps use handheld devices to boost efficiency with real-time navigation, parking, weigh station status, and fuel price comparisons, featuring trucker favorites like Trucker Path and GasBuddy.

Technology helps drivers stay safe by identifying and avoiding distractions, with apps that block social networking updates and emails while driving and drowsiness detection using eye movement and facial recognition.

Backup cameras prevent accidents when reversing and reduce blind spots with a wider view behind the vehicle, protecting pedestrians and drivers in tight parking spaces and supporting U.S. safety requirements.

Explore automatic emergency braking (AEB) and how it detects potential collisions using radar, cameras, and sensor data, then automatically applies braking to reduce crashes.

Discover how modern telematics measure driver performance through real-time data dashboards, coaching, and voice alerts to improve safety and prevent crashes.

Explore the driver shortage in trucking, its supply-chain impacts, and four technology strategies to boost fleet productivity, starting with giving drivers the right hardware.

Optimize user experience by leveraging mainstream operating systems and customizable interfaces on consumer-grade devices. Use trucking-centric apps to improve workflow and connectivity, and consider building tailored business apps.

Go beyond fleet management basics by integrating hardware insights with safety tech like dashcams, in-car navigation, and driver data to boost efficiency, safety, and returns on technology investment.

Set up onsite training and phased rollouts for fleet management solutions, with pilot terminals, beta testers, a library of resources and documentation, and a 24/7 driver support framework.

Connect the end-to-end supply chain to improve visibility, leveraging automation and technology to boost profit margins, streamline operations, integrate data, and reduce total cost of ownership.

Streamline invoicing and settlement on a digital collaborative logistics platform, upgrading trucking networks and fleet management while replacing paper, spreadsheets, and auditors software.

Access real time data and insight into all shipments to enable fast, informed decisions, driven by IoT, Bluetooth devices, GPS and RFID sensors, and telematics analytics for continuous improvement.

Identify opportunities for improvement through uses of big data analytics in trucking company analytics, and learn how technology unites people and processes to stay connected with real-time information.

Leverage digital load matching and marketing platforms to maximize bids and secure competitive prices, while embracing modern technology and industry trends to stay ahead in a tight freight market.

Implement a robust platform to drive operational excellence in fleet management and logistics. Embrace technology and automation to gain a competitive advantage, leveraging third-party bundles to stay ahead.

Explore how freight data and analytics reduce dwell time and load time, cut operational costs, and boost profitability through smarter scheduling, yard optimization, and detention management.

Leverage technology to improve asset and capacity utilization and revenue per driver by optimizing asset allocation, trial utilization, routes across shipping lanes, and cargo space for couriers.

Learn how the operating ratio (operating costs divided by operating revenue) measures efficiency, with lower ratios signaling well-run carriers and favorable market conditions.

Leverage data driven processes to streamline shipping, standardize order protocols, and cut costs with software and automation, while improving transparency for couriers and driving proactive RFPs to maximize routes.

Explore how technology innovations in trucking enhance customer satisfaction, meet customer demands, and ensure on-time delivery, cut costs, and boost profitability by aligning capacity with demand and building roi.

Technology reduces unforeseen delays by improving delivery times, reducing shipping errors, and enabling faster customer responses, while retrofit data helps carriers anticipate road closures and protect margins.