Gatik, a fast-rising leader in autonomous middle-mile logistics, has announced a significant milestone in its journey toward scaling driverless freight operations: the company is joining the NVIDIA Halos AI Systems Inspection Lab ecosystem developed by NVIDIA. This collaboration brings together two organizations operating at the forefront of physical artificial intelligence, united by a shared commitment to advancing safety, reliability, and scalability in autonomous transportation systems.
The NVIDIA Halos AI Systems Inspection Lab is the first inspection framework of its kind to receive accreditation from the ANSI National Accreditation Board, specifically designed for AI-driven physical systems such as autonomous vehicles and robotics platforms. By joining this ecosystem, Gatik is positioning itself not only as a commercial operator of driverless trucks but also as a key contributor to the development of next-generation safety validation methodologies for the industry.
Real-World Driverless Operations at Scale
Gatik has already achieved what many in the autonomous vehicle sector are still working toward—fully driverless operations in real-world environments. Since launching its commercial driverless services in 2025, the company has been operating trucks without human drivers or onboard safety observers across multiple regions, including Texas, Arkansas, and Arizona in the United States, as well as Ontario in Canada.
These operations are not limited pilot programs or controlled demonstrations. Instead, Gatik’s fleet runs continuously—day and night—completing daily freight deliveries for major retailers and consumer packaged goods (CPG) companies, many of which are part of the Fortune 50. The company focuses on the middle-mile segment of logistics, connecting distribution centers, warehouses, and retail locations within dense regional networks. This approach allows for predictable routes and repeatable operations, creating an ideal environment for deploying autonomous technology at scale.
Since the rollout of its driverless services, Gatik has demonstrated consistent performance and safety, reinforcing confidence among its customers and partners. The company’s ability to maintain round-the-clock operations without human intervention marks a turning point in the commercialization of autonomous trucking.
A Benchmark for Autonomous Trucking
With more than $600 million in contracted revenue and ambitious plans to scale its fleet to hundreds of driverless trucks by the end of 2026, Gatik has emerged as a benchmark for operational excellence in the autonomous trucking industry. Its progress is not only measured by fleet size or revenue but also by the robustness of its safety systems and the maturity of its deployment model.
This operational scale and real-world experience make Gatik an ideal partner for NVIDIA’s Halos initiative. The company provides a live testing ground where advanced safety frameworks, validation tools, and inspection methodologies can be applied, refined, and proven under real operating conditions.
Dr. Riccardo Mariani, Vice President of Industry Safety at NVIDIA, highlighted the importance of this collaboration, noting that Gatik’s leadership in autonomous transportation aligns closely with NVIDIA’s mission to advance safe physical AI systems. He emphasized that the partnership will help accelerate the development of rigorous inspection methods designed to improve reliability across autonomous platforms.
Understanding the NVIDIA Halos Framework
At the core of this collaboration is NVIDIA Halos, a comprehensive full-stack safety system engineered for physical AI applications. Unlike traditional safety systems that address isolated components, Halos integrates multiple layers of safety into a unified architecture.
The framework combines hardware and software components, AI models, development tools, and design principles into a cohesive system. It addresses key domains such as functional safety, cybersecurity, AI safety, and regulatory compliance, ensuring that autonomous systems can be developed and deployed with a holistic approach to risk management.
One of the defining features of Halos is its ability to unify safety elements across both vehicle architectures and robotics systems. This is particularly important for autonomous trucking, where complex interactions between perception systems, decision-making algorithms, and physical hardware must be continuously monitored and validated.
The Halos AI Systems Inspection Lab serves as a critical entry point into this ecosystem. As the first ANAB-accredited inspection program for AI-driven physical systems, it provides a standardized framework for evaluating the safety and performance of autonomous technologies. This accreditation underscores the growing importance of formalized inspection and validation processes as the industry moves toward large-scale deployment.
Strengthening a Longstanding Collaboration
Gatik’s relationship with NVIDIA is not new. The two companies have collaborated for years, with NVIDIA’s computing platforms playing a central role in powering Gatik’s autonomous systems. The expansion of this partnership to include the Halos ecosystem reflects a deeper alignment between the two organizations.
Apeksha Kumavat, Co-Founder and Chief Engineer at Gatik, emphasized that NVIDIA’s technology has been instrumental in bringing autonomous trucking into real-world operations. She noted that joining the Halos initiative represents a natural evolution of this partnership, built on mutual trust and a shared commitment to safety innovation.
This collaboration is particularly significant because it goes beyond technology integration. It focuses on establishing the frameworks and processes needed to ensure that autonomous systems can operate safely at scale—an essential requirement as the industry transitions from pilot programs to widespread commercialization.
The Role of Gatik Driver™
Central to Gatik’s operations is its proprietary autonomous system, Gatik Driver™, now in its third generation. This system combines advanced AI architectures with reasoning capabilities and automotive-grade hardware specifically designed for high-frequency commercial logistics.
Before launching its driverless services, Gatik conducted an extensive independent review of key components within its Safety Assessment Framework. These evaluations were carried out by globally recognized testing, inspection, and certification organizations with expertise in autonomous system safety assurance. This rigorous validation process helped establish a strong safety foundation for the company’s operations.
Gatik Driver™ is designed to handle the unique challenges of middle-mile logistics, including frequent stops, tight delivery windows, and complex urban and suburban environments. Its ability to operate reliably under these conditions is a testament to the robustness of the system’s design and the effectiveness of its underlying AI models.
Regulatory Engagement and Industry Collaboration
As part of its commitment to safety and transparency, Gatik maintains active engagement with regulatory bodies and government agencies. In the United States, the company works closely with the Federal Motor Carrier Safety Administration and the National Highway Traffic Safety Administration, as well as state-level authorities and local stakeholders in its operating regions.
This collaborative approach helps ensure that Gatik’s operations align with evolving regulatory requirements while also contributing to the development of policies and standards for autonomous vehicles. By participating in these discussions, the company is helping shape the future regulatory landscape for driverless freight.
Scaling with Strategic Partnerships
Looking ahead, Gatik’s growth strategy includes scaling its fleet through strategic partnerships with leading vehicle manufacturers. One of the most notable collaborations is with Isuzu Motors, aimed at developing a mass-production autonomous-ready vehicle platform.
This partnership is critical for enabling large-scale deployment, as it ensures that vehicles are designed from the ground up to support autonomous operations. As the fleet expands to hundreds of trucks, maintaining consistent safety standards becomes increasingly complex. This is where the NVIDIA Halos framework plays a crucial role, providing the infrastructure needed for continuous safety validation and monitoring.
Advancing the Future of Physical AI
The collaboration between Gatik and NVIDIA represents a broader shift in the autonomous vehicle industry toward integrated safety ecosystems. As autonomous systems become more complex and widespread, traditional approaches to safety validation are no longer sufficient.
By combining real-world operational data with advanced inspection frameworks, Gatik and NVIDIA are helping to establish new standards for safety and reliability in physical AI systems. Their work is not only advancing autonomous trucking but also contributing to the development of best practices that can be applied across various industries, from robotics to smart infrastructure.
Together, NVIDIA-powered Gatik trucks are already demonstrating the potential of physical AI in commercial logistics. Operating daily on contracted freight routes for major retailers, these vehicles represent one of the most significant real-world deployments of autonomous technology to date.
As the industry continues to evolve, collaborations like this will play a pivotal role in ensuring that autonomous systems can be deployed safely, efficiently, and at scale—transforming the future of transportation and logistics across North America and beyond.
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