Evitado Partners with dnata to Revolutionize Its Ground Handling Services

Aug. 22, 2024
dnata will utilize Evitado's ELVIZ LiDAR-based collision avoidance system, enhancing both safety and efficiency in ground towing operations.

Evitado, a pioneer in airside automation technology, is thrilled to announce a strategic partnership with dnata, a leading global air and travel services provider. This collaboration will see dnata harness the power of Evitado's cutting-edge ELVIZ LiDAR-based collision avoidance system, enhancing both safety and efficiency in ground towing operations.

Evitado's innovative solutions are set to revolutionize dnata's workflow, ensuring punctuality and elevating safety standards beyond those of industry competitors. "Safety is our utmost priority, for our staff, clients, and the public. Integrating Evitado's technology bolsters our commitment and our ability to deliver on this core value. With Evitado's advanced features, we're equipped to mitigate risks through actionable data insights, in real time," stated Gino Matteoni, dnata's SVP of Safety and Training.

The integration of Evitado's systems will enable the collection of vital airside data, supplying key performance indicators to dnata's operational and safety teams, thereby refining operational efficiency and fortifying ground handling safety protocols.

With a service network spanning 136 airports in 38 countries, dnata is poised to elevate its global operations through this partnership, leveraging a remote team that spans continents.

"Collaborating with dnata, a company with such an extensive international presence, showcases the scalability and the robust safety and efficiency features of our technology," remarked Alex Kasinec, co-founder and CEO of Evitado.

This venture not only promises to enhance current operations but also to drive the evolution of Evitado's offerings. "The insights gained from our partnership with dnata will be instrumental in advancing our product line, propelling us towards our goal of complete airside automation," Kasinec concluded.