AUTOMOTIVE OEM
& SUPPLIERS
Maximize insights from test- and series-production vehicles and optimize your whole development process.
Minimize sensor costs in durability tests
With our virtual sensors it is possible to reliably measure important values for a long time in a big number of test vehicles at minimal costs.
Minimize failures for series production
With our AI-based damage models we can exactly predict the remaining lifetime of components and take action before failures occur.
Make sustainable mobility reliable
We provide automotive manufacturers and suppliers with insights on how to reduce material usage, CO2 emissions and costs without compromising on component lifetime or reliability.
OEM & SUPPLIERS
Maximize insights from test- and series-production vehicles and optimize your whole development process.
Minimize sensor costs in durability tests
With our virtual sensors it is possible to reliably measure important values for a long time in a big number of test vehicles at minimal costs.
Minimize failures for series production
With our AI-based damage models we can exactly predict the remaining lifetime of components and take action beforefailures occur.
Make sustainable mobility reliable
We provide you with insights on how to reduce material usage, CO2 emissions and costs without compromising on component lifetime or reliability.
Development
Maximize insights from series production vehicles
Minimize component cost, CO2 and weight
Testing
Maximize insights from development vehicles
Minimize sensor and testing costs
Operation
Maximize component lifetime
Minimize unplanned failures
Reuse
Maximize reuse quota
Minimize waste and replacement part costs
Would you like to learn even more about our product?
Visit us at medium.com for detailed publications.
TELEMATICS COMPANIES
Leverage health and usage monitoring for your customers with our virtual sensors: wear prediction for tires, brakes and battery, mass estimation, usage classification and more.
Prediction for wear
parts
Our virtual sensor technology predicts failures of wear parts, like tires, brakes and other important components from powertrain, chassis
and steering.
Objective Driver classification
With our algorithms we can provide an objective driver classification by considering driving style, route, current loading conditions and vehicle type.
Minor deviant mass estimation
Our virtual sensor technology can estimate the actual mass of a vehicle with less than
5% deviation.
Telematics Companies
Leverage health and usage monitoring for your customers with our virtual sensors: wear prediction for tires, brakes and battery, mass estimation, usage classification and more.
Prediction for wear parts
Our virtual sensor technology predicts failures of wear parts, like tires, brakes and other important components from powertrain, chassis and steering.
Objective driver classification
With our algorithms we can provide an objective driver classification by considering driving style, route, current loading conditions and
vehicle type.
Minor deviant mass estimation
Our virtual sensor technology can estimate the actual mass of a vehicle with less than
5% deviation.
Development
Maximize insights from series production vehicles
Minimize component cost, CO2 and weight
Testing
Maximize insights from development vehicles
Minimize sensor and testing costs
Operation
Maximize component lifetime
Minimize unplanned failures
Reuse
Maximize reuse quota
Minimize waste and replacement part costs
You have no need for a visualization?
All analyzed data is also accessible through our software-based add-on.