Road Freight in Focus: Small Carrier Viability and Autonomous Truck Technology Dominate Industry Debate

## Road Freight Briefing: Small Carriers Under Pressure as Autonomous Tech Advances The road freight sector is navigating a period of significant structural uncertainty, with two distinct but interconnected narratives emerging from recent industry coverage — the precarious outlook for small carriers and the rapid maturation of autonomous trucking technology. ### Small Carrier Viability in Question According to FreightWaves, leading transportation attorneys are raising serious concerns about the future of small carriers, including single-truck owner-operators and small fleets. Speaking separately on FreightWaves' 'The Long Haul' programme, two of the country's most prominent transportation legal experts declined to soften their assessments, suggesting that current market conditions make entry into the small carrier segment particularly risky. The warnings carry weight for the broader supply chain community. Small carriers represent a significant share of freight capacity across North America, and their financial fragility has downstream implications for shippers, brokers, and logistics operators who rely on a diverse carrier base to manage capacity and cost. Prolonged rate softness, elevated operating costs, and tightening insurance requirements have collectively eroded margins for smaller operators, prompting questions about whether the segment can sustain itself in its current form. For maritime-adjacent freight stakeholders — including drayage operators, intermodal logistics providers, and port trucking companies — the pressures facing small carriers are particularly relevant, as last-mile and port connectivity often depends heavily on owner-operators and small fleets. ### AMD Enters Autonomous Trucking Compute with Kodiak Deployment On the technology front, FreightWaves reports that semiconductor giant AMD has secured a landmark deployment with autonomous trucking firm Kodiak AI, marking the first use of AMD's EPYC processors within an autonomous trucking platform. The move signals AMD's strategic push into what the industry is increasingly calling 'physical AI' — artificial intelligence applications embedded in real-world machinery and vehicles rather than data centres alone. Kodiak AI's adoption of EPYC processors underscores the growing computational demands of autonomous freight systems, which must process vast sensor datasets in real time to navigate complex road environments safely. For the freight industry, the development is a further indicator that autonomous trucking is progressing beyond proof-of-concept phases and into scalable hardware deployment. The convergence of these two stories points to a freight sector in transition: traditional small operators face existential headwinds, while technology-driven incumbents attract significant investment and partnerships with major hardware manufacturers. Industry observers will be watching closely to see whether automation accelerates the consolidation of freight capacity into larger, technology-enabled fleets — and what that means for the thousands of independent operators currently underpinning supply chain resilience.