Tell us a little about yourself and your role at Einride.
I lead Global Affairs and Safety for Einride’s autonomous division. We’re a freight technology company with a mission to decarbonize and automate global supply chains with intelligent, electric freight vehicles. We were the first company to deploy purpose-built, cabless autonomous freight vehicles on public roads—first in Sweden, then the U.S., and most recently Belgium at the Port of Antwerp-Bruges. We offer turnkey solutions to the world’s largest shippers, including operating one of the largest fleets of heavy-duty electric trucks.
My work puts me at the intersection of public and private sector innovation, partnering with governments, auditors and stakeholders to build regulatory frameworks and ensure that autonomous freight is deployed safely and responsibly, earning public trust from day one.
With a background in government, public affairs, and political communications, I use my experience to help Einride build the trust, craft oversight frameworks, and advocate for regulatory alignment required to deploy autonomous freight safely and responsibly. My focus is making sure this technology develops in a way that reflects public values, strengthens supply chains, and delivers real benefits to the communities and industries it serves.
Much of the public conversation around AVs revolves around consumer-facing applications, but Einride is pioneering autonomy in freight market. How does the public’s perception of AVs differ from the work you’re doing in autonomous freight?
When most people think of “autonomous vehicles,” they imagine passenger cars in crowded cities; a maximally complex problem. But autonomous freight is fundamentally different. We’re not moving people; we’re moving goods in areas where autonomy can deliver value safely today and where its goals align closely with government priorities around decarbonization, supply-chain resilience, and workforce modernization in the face of an exponentially increasing shortage of truck drivers around the world.
Our work centers around addressing one of the world’s largest but most inefficient legacy systems: the $4.6 trillion global road freight market. Freight volumes in the US are expected to grow 50% by 2050, putting even more pressure on the critical driver shortage the industry is already facing. This system is also incredibly unsafe—NHTSA reports about 40,000 traffic deaths each year in the US, with trucking accidents disproportionately deadly, especially to those in other vehicles. Autonomous freight technology has the potential to strengthen our supply chain and make our roads safer.
With customers like GE Appliances we’ve undertaken a journey to scaling autonomy beginning in structured environments such as ports and industrial parks, where routes are repetitive and predictable. From there, we expand into middle-mile operations and point-to-point logistics corridors. By the time we deliver fully autonomous cross-border highway movements next year, we will have validated our system across increasingly complex use cases with regulators, ports, customs agencies, and customers as core partners at every stage.
Our approach is rooted in purpose-built hardware with human supervision rather than physically driving. This helps address the global driver shortage while maintaining a higher standard of safety, supported by an iterative, multi-country safety case that has already earned public-road permits across Europe and the United States.
And unlike much of the AV space, our work isn’t theoretical. We operate today with customers, solving real logistics problems every day, and scaling through regulatory trust earned from evidence.
Safety is critical in the context of both autonomous vehicles and autonomous freight. How does Einride demonstrate safety for fully autonomous cabless vehicles across different jurisdictions and domains?
Safety is our license to operate, so our entire program is built around a rigorous, fully audited safety case. That includes evidence-based validation across the vehicle, the autonomous driving stack, remote operation, and all supporting processes.
We conduct independent audits, most recently by the government-owned Research Institute of Sweden covering everything from autonomous behavior and remote operation to cybersecurity and lifecycle safety management. We also design in redundancy, use encrypted and authenticated communication channels, and monitor every remote operator for attention and command integrity.
This approach has helped us achieve an impeccable safety record across all of our autonomous operations to date. This record, combined with our comprehensive safety case, earns us a foundation of growing public support, allowing us to secure public road permits across four countries.
Like our business, our approach to working with governments has matured since our first permits in Sweden and the US, which took nine months to obtain. One of our most recent permits in Belgium was approved in just weeks, a clear sign of both our improved processes and regulators’ growing trust in our approach to AV safety.
Einride has secured public-road permits in Europe and the United States. What does it actually take to move from a demo to a real, permitted autonomous freight deployment?
From experience, we know that the transition from demo to permitted operation depends on having the right stakeholders at the table from the start. Our deployments in Belgium and Sweden, and our U.S. deployments under NHTSA exemption, were only possible because regulators, shippers, port authorities, customs agencies, and industry partners built the safety framework with us.
At the Port of Antwerp-Bruges, we deployed Belgium’s first fully autonomous heavy-duty vehicle on a public road. The project was permitted through a joint federal–port process, supported by a safety case that had already been independently audited in multiple countries.
At the Sweden–Norway border crossing, we built on that success, adding complexity to execute the world’s first cabless autonomous delivery between two nations using dual national permits, EU project funding, and digital customs delivered directly to the vehicle and remote operator.
When authorities, operators, and industry partners build the solution together, including safety validation, digital infrastructure, and operating procedures, the path from “demo” to “permitted deployment” becomes fast and repeatable.
As we wrap up 2025, what regulatory trends are you anticipating globally in the near future, and what’s needed next for responsible scale?
Momentum is real. In the U.S., we’ve been encouraged to see USDOT take steps to modernize exemptions for purpose-built vehicles and build a national framework for AVs.More than 20 states have passed laws to explicitly allow deployment of driverless vehicles. We’re excited to scale our operations with GE Appliances, continuing to grow together in our journey toward innovative logistics solutions. In 2026, autonomy in freight will shift from experimental to operational. We expect to see multi-vehicle deployments in industrial areas, ports and large-scale corridor operations.
The opportunity is enormous: safer operations, reduced emissions, relief for global driver shortages, and more resilient supply chains.
The challenge is structural. Scaling autonomy requires:
- Harmonized regulation, especially across borders and state lines.
- Funding models that bridge early deployment economics.
- Digital infrastructure, including industrial-grade connectivity, remote operation centers, and machine-readable customs and routing systems.
The technology is ready. The interest is there. What 2026 will test is whether public and private actors can align quickly enough to unlock the full value of autonomous freight.
