Harvest time is upon us and with that increased pressure for the trucking industry. In the U.S. produce season tightens trucking capacity and drives up rates, especially in southern states as cargo is transported north
At the same time global container volumes fell by 2% in early June 2025, with further dips expected due to trade restrictions, while weekly freight volumes have declined by 7% over the past two months. Add to this regulatory flux, driver shortages and cost pressures and in short while the global freight trucking market – valued at $2.2 trillion – continues to grow, it’s also facing pressure to evolve. In this environment, it’s easy to see why the case for autonomous vehicles is gaining momentum.
From prototype to pressure tested
The move towards autonomy in the trucking industry relies heavily on trust, not just in the technology itself, but in the ecosystem that surrounds it.
Aurora Innovation’s launch of fully driverless operations on the Dallas-Houston corridor in May 2025 proved that autonomy can handle a 240-mile freight route without a safety driver. While Kodiak’s driverless pilots with partners like IKEA and U.S. Xpress are demonstrating near-continuous, hub-to-hub freight movement. But scaling these successes means proving reliability across conditions, companies and borders. That’s the bar OEMs now face.
For OEMs and fleet operators, it’s no longer about whether autonomy can be built. It’s whether it can deliver consistently, safely and transparently in real-world conditions, where every minute of uptime counts and every system failure has real cost implications.
This means validating autonomous systems against a diverse range of scenarios, from complex urban intersections to rural highways, and ensuring fail-safe responses to sensor errors, unexpected obstacles or communication dropouts. Field testing alone isn’t enough; ongoing remote monitoring and continuous software updates must support the system’s evolution after deployment.
And this is connectivity comes in, it isn’t just needed, it’s essential to the future of autonomous trucking.
Connectivity is what makes autonomy work
Real-time telematics and secure communications transform autonomy from isolated innovation to scalable infrastructure. Connectivity allows autonomous trucks to:
- Detect anomalies such as sensor drift, lidar misalignment or unexpected braking
- Receive over-the-air software updates and safety patches without taking vehicles out of rotation
- Run predictive diagnostics that flag component wear, powertrain stress or steering deviation long before failures occur
These insights allow fleet operators to shift from reactive to proactive maintenance, avoiding costly breakdowns and unscheduled downtime.
Connectivity also enables trust across the entire operational ecosystem: dispatchers, logistics coordinators, insurers, regulators and vehicle manufacturers. Without a continuous digital thread, autonomy becomes a black box; difficult to monitor, hard to manage and near impossible to scale safely.
This trust is especially critical in navigating compliance. Regulatory frameworks like UNECE R155 (cybersecurity) and R156 (software updates) require OEMs to demonstrate that systems are secure, continuously updatable and auditable across all markets where vehicles are deployed. Data sovereignty laws add further layers, requiring strict control over where and how vehicle data is stored and transmitted.
With embedded, robust global infrastructure, OEMs can meet these challenges head-on. Cubic3 supports secure, real-time data flows across 200 countries and territories and more than 550 networks. This gives OEMs confidence that autonomous vehicles will remain compliant and connected no matter where they operate.
Trust: the real differentiator
Fleet operators need to be confident that autonomous systems will perform reliably in summer storms, on long-haul routes and during peak capacity surges. Drivers and the public need transparency to believe these vehicles are safe. Regulators need evidence-based assurance. These are the challenges OEMs must address before autonomous freight can move from pilot to standard practice.
Recent Cubic3 research highlights this urgency: 86% of OEMs say connectivity is essential for protecting vehicles across their full lifecycle, a priority that is especially critical in commercial fleets where uptime and safety are non-negotiable.
By enabling secure, low-latency data sharing, supporting real-time diagnostics and maintaining over-the-air (OTA) software control, Cubic3 helps embed trust at every stage, from deployment to scale.
It’s not just about keeping trucks online. It’s about ensuring autonomy earns its place mile after mile, especially when stakes are high and margins are tight.
Learn more about how our connectivity platform helps OEMs scale deliver trusted autonomy.
