Oxa

Increase the safety and efficiency of industrial fleets in ports and airports with self-driving software and modular hardware designed for existing vehicles.

autonomous driving

About Oxa

Oxa offers a sophisticated suite of technologies designed to enable industrial mobility automation across a wide range of sectors. By focusing on what the company calls Physical AI, Oxa transforms standard industrial vehicles into self-driving assets capable of navigating complex environments such as ports, airports, and manufacturing facilities. The primary purpose of the platform is to address the most pressing challenges in modern logistics and industry, including chronic labor shortages, rising operational costs, and the need for 24/7 productivity. Unlike many autonomous vehicle companies focused on passenger cars, Oxa specializes in the movement of goods and industrial tasks, providing a more immediate path to ROI for commercial fleets. At the heart of the offering is the Oxa Driver software, an explainable and highly configurable AI system that handles perception, prediction, and control. This software is complemented by modular autonomy hardware systems, which are specifically designed to allow businesses to up-fit their existing vehicle fleets at scale rather than requiring a total fleet replacement. To manage these assets, the company provides integrated fleet management software that can connect seamlessly with third-party logistics systems. This ecosystem allows for end-to-end operation, where vehicles can be monitored, assigned tasks, and optimized for maximum throughput within a controlled industrial environment. The technology is best suited for organizations operating in structured but busy environments. Specific roles that benefit include logistics managers at major hubs like Heathrow Airport, port operators managing container yards, and facility managers at large-scale industrial plants or solar farms. These users leverage Oxa to automate repetitive, high-volume tasks such as towing cargo, carrying goods between locations, or conducting perimeter monitoring. Because the system is designed for Universal Autonomy, it can be adapted to various vehicle types and weather conditions, making it a versatile tool for global enterprises looking to modernize their physical operations. What distinguishes Oxa from its competitors is its long-standing commitment to safety and transparency. Founded in 2014, the company has achieved numerous industry firsts, including having its safety case successfully assessed by the British Standards Institution (BSI) and conducting trials on both public roads and restricted airside environments. Its explainable AI approach ensures that the vehicle's decision-making process is not a black box, which is critical for safety and regulatory compliance in heavy industry. Furthermore, its deep partnerships with industry leaders like NVIDIA and major customers like DHL provide a level of commercial validation that few other players in the autonomous space can match.

Oxa pros & cons

Pros

Provides modular hardware that allows for the up-fitting of existing industrial vehicle fleets.
Boasts a safety case successfully assessed by the BSI, a global first in the autonomy sector.
Features explainable AI software that provides transparency into the vehicle's decision-making process.
Maintains strong strategic partnerships with major technology and logistics leaders like NVIDIA and DHL.
Supports diverse use cases ranging from airport cargo towing to perimeter monitoring at solar farms.

Cons

Lacks public pricing information, requiring a direct inquiry for all commercial engagements.
Focuses exclusively on industrial and commercial mobility rather than consumer vehicle applications.
Requires the installation of specialized modular hardware to achieve full autonomous functionality.

Oxa use cases

Logistics managers at airports can automate baggage and cargo towing to improve efficiency and mitigate labor shortages.
Port operators can deploy self-driving tractors for container movement in high-traffic yard environments.
Solar farm operators can use autonomous vehicles for perimeter monitoring and asset inspection in remote locations.
Manufacturing plant supervisors can automate the internal movement of goods between production lines and warehouses.

Oxa features

virtual validation and monitoring
asset and perimeter monitoring
multimodal search for development
third-party logistics system connectivity
explainable ai decision making
integrated fleet management software
modular autonomy hardware up-fitting
oxa driver self-driving software

Oxa FAQs

Can Oxa be integrated with existing vehicles?

Yes, Oxa provides modular autonomy hardware systems designed specifically for the up-fit of existing industrial vehicles. This allows companies to automate their current fleets at scale without needing to purchase entirely new specialized hardware platforms.

What environments is Oxa technology designed for?

The platform is optimized for industrial environments such as ports, airports, manufacturing yards, and solar farms. It handles tasks like towing goods, carrying cargo, and monitoring perimeters in these controlled settings.

Is Oxa's autonomous software safe and certified?

Oxa prioritizes safety, being the first autonomy company to have its safety case assessed by the BSI. They also hold permit recommendations from TÜV SÜD for live trials and have been testing on public roads since 2016.

Does the fleet management software work with other systems?

Yes, Oxa’s fleet management software features optional connectivity to third-party logistics systems. This ensures that autonomous vehicle operations can be integrated into a company's existing end-to-end operational workflows.

What is the concept of Universal Autonomy at Oxa?

Universal Autonomy is the company's vision for any vehicle to operate autonomously in any place at any time. The software is built to be configurable and adaptable across diverse vehicle types and operational domains.

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