A new era of growth has begun in the driverless freight technology space
Interest in autonomous vehicles in the global technology market has reached a new level, Zamin.uz reported.
This process evokes the era of major changes in 2016, when experienced industry specialists and major investors once again focused their attention on this direction, now aiming for full automation of long-haul freight logistics.
In particular, Humble Robotics startup unveiled its new project aimed at creating a breakthrough in the freight industry to a broad audience. Company founder and CEO Eyal Koen, in interviews with influential publications, emphasized that a new era of growth has begun in the field of driverless control technologies.
The company announced that, having completed its closed-cycle operations, it has raised $24 million in funding to develop the project. Its main goal is to produce electric freight vehicles completely devoid of a driver's cabin, operating in a fully autonomous mode.
Eyal Koen is considered an experienced specialist in this field. Previously, he worked on leading industry projects and directly participated in the creation of driverless transport systems.
In his view, today the flow of investment and the enthusiasm of engineers are gaining the same intensity as several years ago. However, by now technologies have advanced significantly and are ready for practical application.
The distinctive feature of the Humble Robotics project is that their electric freight vehicles have neither a traditional driver's seat nor a control cabin. This approach reduces vehicle weight, lowers air resistance, and significantly increases cargo capacity.
For countries with extensive transit capabilities, such as Uzbekistan, such innovations could become important in the future for ensuring road safety and reducing transportation costs. As specialists emphasize, driverless freight trucks eliminate human-factor-related fatigue and errors in long-distance cargo transportation.
Over the past decade, accumulated knowledge in electrification and robotics is now being integrated into a single system, transforming driverless vehicles from experimental projects into real business solutions.
Currently, such companies are developing not only software but also the hardware component from scratch, which is expected to give them an advantage in competition with global giants.
The fact that investors are allocating substantial funds to this sector indicates that the freight market is poised to become one of the fastest-growing sectors in the coming years. In conclusion, it can be said that recent developments around driverless vehicles are more focused on delivering practical results than ever before.
