CARM and new requirements raise stakes for cross-border logistics

Canada’s logistics sector is no stranger to complexity, but recent regulatory changes are raising the stakes. With the final rollout of the Canada Border Services Agency’s (CBSA) Assessment and Revenue Management (CARM) system, alongside updated importer-of-record requirements, transportation and logistics face mounting pressure to move goods across borders with greater speed, accuracy and accountability.

While much of the industry focus has been on compliance processes and documentation, a quieter but equally critical challenge is emerging: the reliability of the devices used to manage and execute these processes in real time.

The digitization of border operations

CARM represents an important step toward modernizing customs processes in Canada. It introduces more digital workflows, greater transparency and stricter accountability for duties and taxes. For logistics operators, this means documentation must not only be accurate but also submitted and validated seamlessly within digital systems.

In practice, this shift compresses timelines and reduces tolerance for error. What may once have been a minor documentation issue can now trigger immediate delays, additional inspections or financial penalties. As a result, operational performance at the border is becoming tightly coupled with the systems and devices used upstream in warehouses, cross-docks and distribution centres.

When small errors become big problems

In high-velocity logistics environments, efficiency relies on precision at every step. Yet many organizations still underestimate how easily small device-level issues can develop into wider operational problems.

Consider handheld scanners and mobile workstations, which are essential tools for inventory tracking, shipment verification and documentation capture. When these devices are misplaced, malfunctioning or improperly configured, the impact is rarely isolated. Workers may need to share devices, manually re-enter data or delay processing altogether. In a CARM environment, however, those delays and workarounds are no longer invisible. Real-time submission requirements mean incomplete or inaccurate device data cannot be corrected later without triggering exceptions.

Over the course of a shift, these problems compound, leading to slower throughput, increased labour costs and a higher chance of errors.

Those errors often surface at the worst possible moment — when shipments reach the border. A single incorrect data entry or missing document can result in a shipment being flagged for review.

In a CARM-enabled environment, where data integrity is critical, these issues can quickly translate into delays, detention fees and strained customer relationships.

The hidden risk layer: device visibility

Historically, logistics visibility has focused on tracking goods — knowing where shipments are and when they will arrive. Increasingly, however, there is a parallel need to track the tools used to process those shipments.

Device visibility — understanding where devices are, how they are being used and whether they are functioning properly — is becoming a core requirement. Without it, organizations are effectively operating with blind spots in their procedures.

For example, a scanner with intermittent connectivity may appear operational to the user but silently fail to transmit data reliably. Without real-time insight into device performance, these issues can go undetected until they show up as downstream errors or delays.

Similarly, lost or underutilized devices can create unnecessary capital expenditures and operational friction. In large facilities with hundreds or thousands of endpoints, even a small percentage of unaccounted-for devices can significantly affect productivity.

From reactive to predictive operations

A key shift in logistics operations is the move from reactive troubleshooting to predictive management. Rather than responding to device failures after they occur, leading organizations are using real-time analytics to identify likely problems before they disrupt workflows.

By monitoring indicators such as battery health, connectivity stability, application performance and usage patterns, operations teams can proactively replace failing devices, optimize configurations and reallocate resources.

At the border, this proactive approach can make the difference between seamless clearance and costly delays. When devices are consistently reliable, data is captured accurately and transmitted in real time, lowering the risk of errors that could trigger compliance issues.

Aligning technology with operational reality

As logistics networks become more digitized, there is a growing recognition that technology infrastructure must align with the realities of frontline operations. Devices are not simply tools; they are key components of the workflow.

This requires a holistic approach to mobility management — one that encompasses not just device deployment, but also ongoing monitoring, security and optimization. It also means making certain devices are purpose-built for the environments in which they operate, whether that is a high-volume warehouse, a cross-dock facility or a transportation hub.

Importantly, this is not about adding complexity. Effective device management prioritizes simplicity, equipping frontline workers with reliable, intuitive tools that enable efficiency without friction.

Reducing friction at the border

Ultimately, the goal for logistics providers is clear: reduce friction at every stage of the supply chain, particularly at the border. Achieving this requires more than compliance with new regulations; it demands operational excellence supported by reliable technology.

As CARM and other digital initiatives continue to reshape the regulatory landscape, organizations that invest in device visibility and management will be better positioned to adapt. They will be able to identify and resolve issues earlier, maintain higher levels of data accuracy and ensure their operations run smoothly, even under increasing pressure.