Key Takeaways
- ArcBest leverages its long history of innovation to create technology that targets inefficiencies in the warehouse rather than only in‑cab or headquarters systems.
- The Vaux Freight Movement System was the company’s first breakthrough, enabling rapid loading and unloading of otherwise “unstackable” freight.
- Vaux Smart Autonomy introduced driver‑less forklifts, earning multiple industry awards for warehouse automation.
- The current pilot, Vaux Vision, turns ordinary forklifts into intelligent mobile dimensioners that instantly capture freight dimensions, images, and ID data.
- ArcBest views artificial intelligence as the next frontier for further enhancing safety, throughput, and overall supply‑chain intelligence.
- The company’s product line is intentionally modular; each solution builds on the previous one to create a seamless, automated workflow.
- With over a century of operation, ArcBest’s culture of continuous improvement is embedded in its DNA, driving sustained technological advancement.
A Warehouse‑Centric Approach to Innovation
While many trucking technology firms concentrate on telematics, route optimization, or in‑cab driver aids, ArcBest has deliberately shifted its focus to the warehouse floor. Dennis Anderson, the company’s chief innovation officer, explains that every touchpoint in the supply chain—from receiving and storage to picking and loading—offers a chance to reduce wasted time and motion. By treating the warehouse as a laboratory for process improvement, ArcBest uncovers inefficiencies that, when aggregated across a nationwide network, translate into substantial cost savings and service improvements. This philosophy underscores the belief that true operational impact begins where goods are physically handled, not just where they travel.
The Vaux Freight Movement System: Solving the “Unstackable” Problem
ArcBest’s inaugural technology product, the Vaux Freight Movement System, addressed a longstanding pain point: freight that cannot be safely stacked due to irregular shapes, varying densities, or fragile packaging. Traditional manual handling required laborers to reconfigure pallets repeatedly, slowing dock operations and increasing the risk of damage. Vaux introduced a modular racking and guiding mechanism that automatically aligns and secures disparate items, allowing trailers to be loaded and unloaded in a fraction of the usual time. The system’s simplicity—relying on mechanical rather than purely software‑based solutions—made it easy to retrofit existing docks while delivering immediate throughput gains.
Vaux Smart Autonomy: Driver‑Less Forklifts Take Center Stage
Building on the success of the Vaux Freight Movement System, ArcBest launched Vaux Smart Autonomy, a fleet of self‑guiding forklifts equipped with LiDAR, computer vision, and advanced path‑planning algorithms. These autonomous units navigate narrow aisles, avoid obstacles, and execute precise pick‑and‑place tasks without human intervention. Early pilots demonstrated a 30 % increase in pallet moves per hour and a marked reduction in forklift‑related accidents. The technology garnered accolades from Time Magazine (Best Invention, 2023), Food Logistics and Supply & Demand Chain Executive (Top Software & Tech awards, 2024), and SupplyTech Breakthrough (Material Handling Solution of the Year, 2025), confirming its impact on both efficiency and safety.
Vaux Vision: Transforming Forklifts into Mobile Dimensioners
The latest evolution, currently in pilot phase, is Vaux Vision—a system that equips standard forklifts with an array of strategically placed sensors and perception hardware to function as intelligent mobile dimensioners. As an operator lifts a pallet, the suite instantly measures length, width, and height, captures high‑resolution images, and reads any embedded barcode or RFID tag. The data appear on the forklift’s display within seconds, enabling real‑time verification of load dimensions against shipping documents, slotting plans, or automation triggers. Importantly, Anderson notes that the system does not require the forklift to be fully autonomous; rather, it augments the existing vehicle with richer environmental awareness, paving the way for smarter decision‑making without a full fleet overhaul.
Integrating Perception Data into Broader Workflows
The dimensions and imagery gathered by Vaux Vision feed directly into ArcBest’s warehouse management system (WMS) and downstream transportation management system (TMS). By providing accurate, real‑time freight measurements, the technology eliminates guesswork in load planning, reduces the incidence of over‑ or under‑utilized trailer space, and supports dynamic slotting algorithms that maximize cube utilization. Moreover, the visual record aids in damage claims and quality control, offering an immutable audit trail of each item’s condition at the point of capture. This closed‑loop feedback creates a continual improvement cycle where data generated on the floor informs better upstream planning and downstream execution.
A Non‑Linear, Modular Innovation Path
Anderson emphasizes that ArcBest’s product evolution is not a straight line from one invention to the next; instead, each solution is designed to dovetail with its predecessors. The Vaux Freight Movement System created a more orderly dock environment, which made the introduction of autonomous forklifts safer and more effective. The sensing suite developed for those robots—originally needed to avoid collisions and navigate tight spaces—proved equally valuable for measuring freight dimensions, leading directly to Vaux Vision. This modular mindset allows the company to retrofit existing equipment, protect prior investments, and quickly adapt to emerging needs without discarding earlier work.
The Role of Artificial Intelligence in Future Developments
Looking ahead, Anderson sees artificial intelligence as the catalyst that will fuse with ArcBest’s existing sensor‑rich ecosystem to unlock even greater intelligence. AI could analyze streams of dimension, image, and movement data to predict bottlenecks, recommend optimal labor allocation, or autonomously reroute pallets based on real‑time demand signals. Additionally, machine‑learning models trained on historical damage incidents could pre‑emptively flag high‑risk handling scenarios, further enhancing safety. Anderson envisions a future where the supply chain not only moves goods faster but does so with predictive foresight, reducing waste, lowering carbon footprints, and elevating service reliability across the industry.
A Century‑Old Culture of Continuous Improvement
Founded over a century ago, ArcBest attributes its sustained success to a culture that treats innovation as an ongoing discipline rather than a periodic project. Anderson notes that the company’s 103‑year history has required constant re‑evaluation of technology, from early telegraph‑based dispatch systems to today’s AI‑driven warehouse sensors. This deep‑seated commitment to learning and adaptation ensures that each new technological layer builds upon a solid foundation of operational expertise, enabling ArcBest to remain at the forefront of logistics innovation while staying true to its core mission of moving goods efficiently, safely, and reliably.