Control system for a washing system (WA) for providing control data for controlling and/or regulating the washing system (WA) for washing vehicles, comprising: - An input interface for acquiring input data characterizing a vehicle model and comprising at least a vehicle model data set (e1) and a year of manufacture data set (e2) of the vehicle; - A model interface to a memory (MEM) in which a generated feature model (FM) is stored, which has stored vehicle model-specific features of the vehicle in an assigned manner for a respective set of input data; - A local computing unit designed to access the feature model (FM) with the captured input data to determine the vehicle model-specific features of the vehicle associated with the captured input data; - A processor interface to a processor (P), wherein the processor (P) is intended to calculate, from the determined vehicle model-specific features, control data for a set of washing units (Ai) of the washing system (WA) which represent a vehicle model-specific and washing system-specific washing sequence for the vehicle, - wherein the control system is intended to control the washing units (Ai) of the washing system (WA) with the calculated control data, the control data taking into account all features of the vehicle, - wherein the control system comprises a first sensor unit (sens1) which is intended to acquire first sensor data which are characteristic or co-characterizing for the input data and which are used by a first verification module (V1) for algorithmic and automatic first verification of the acquired input data, wherein the first verification module (V1) is intended to compare the acquired first sensor data used for verification with the acquired input data in order to switch from a feature model-based program to a normal program in the event of deviations, and to operate the washing system (WA) in the normal program. - An input interface for acquiring input data characterizing a vehicle model and comprising at least a vehicle model data set (e1) and a year of manufacture data set (e2) of the vehicle; - A model interface to a memory (MEM) in which a generated feature model (FM) is stored, which has stored vehicle model-specific features of the vehicle in an assigned manner for a respective set of input data; - A local computing unit designed to access the feature model (FM) with the captured input data to determine the vehicle model-specific features of the vehicle associated with the captured input data; - A processor interface to a processor (P), wherein the processor (P) is intended to calculate, from the determined vehicle model-specific features, control data for a set of washing units (Ai) of the washing system (WA) which represent a vehicle model-specific and washing system-specific washing sequence for the vehicle, - wherein the control system is intended to control the washing units (Ai) of the washing system (WA) with the calculated control data, the control data taking into account all features of the vehicle, - wherein the control system comprises a first sensor unit (sens1) which is intended to acquire first sensor data which are characteristic or co-characterizing for the input data and which are used by a first verification module (V1) for algorithmic and automatic first verification of the acquired input data, wherein the first verification module (V1) is intended to compare the acquired first sensor data used for verification with the acquired input data in order to switch from a feature model-based program to a normal program in the event of deviations, and to operate the washing system (WA) in the normal program. <EOS>