PAG | September 2022

A Cloud-connected fleet of Fendt Xaver robots is

controlled through an app and providing the user real-

time data from each unit, including its location, status,

and diagnostics.

“We are leveraging our success in the automotive

and autonomous driving industry and applying it to

areas that have similar functional safety needs such

as agricultural, industrial, mining and construction,”

explained

Jan Becker

, the co-founder and Chief

Executive Officer of Apex.AI. “Apex.OS allows the

software architecture to be modular, scalable and safe,

enabling customers to transition their R&D projects to

commercial-ready products in record time.”

Year after year, there is more technology being utilized

by the global agricultural sector. Because of this

demand, there is a clear need to design and deploy a

safe autonomous system even when it is a complex

and time-consuming task.

The goal of Apex.AI is to help agriculture, automotive

and industrial customers extract the complexity of

software-defined vehicles and machines with the

Apex.OS software—a software the company is proud

to state has achieved the highest level of automotive

software safety ISO 26262 ASIL-D in 2021.

By bridging the gap between R&D and production

quality solutions, customers using Apex.OS can

overcome real-time and reliability software challenges

at a record pace.

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“APEX.OS ALLOWS THE SOFTWARE

ARCHITECTURE TO BE MODULAR,

SCALABLE AND SAFE, ENABLING

CUSTOMERS TO TRANSITION THEIR

R&D PROJECTS TO COMMERCIAL-

READY PRODUCTS IN RECORD TIME.”