Database Designer NG provides an environment that follows standards for developing diagnostic functional specifications for ECUs. It facilitates the creation of ODX data that is compliant with industry standards for both OEM and supplier industries.
The ECU Editor is a diagnostic function data authoring platform that enables collaborative & concurrent data authoring. It alleviates the need for system engineers to have diagnostic domain/authoring language know-how in order to author diagnostics content.
The OTX Authoring Suite is a solution with abundant features that simplify the authoring experience, allowing for the creation of standardized, reusable, and exchangeable diagnostic sequences.
Engineering Tester is used for verification of diagnostic functions, observing behavior & identifying functional defects during the diagnostic development process. It provides ECU and communication protocol monitoring and manipulation features that leverage integrated diagnostic data and can be utilized for parameter monitoring/update, bus-monitoring, and flashing.
The ECU Validator is a tool that automates diagnostic compliance testing, including protocol testing and validation of ECU implementation. By incorporating the ECU Validator into your diagnostic data process, ECU conformity certification becomes an essential and manageable aspect, eliminating the need for it to be an expensive or optional feature.
Using the Dynamic ECU Simulation, software testing for one or more ECUs can be performed efficiently and affordably across the entire vehicle and multiple variations. The simulator reduces the reliance on production ECU availability and grants complete ECU behavior control through software-based simulation.
KPIT’s Service-oriented vehicle Diagnostics (SOVD) server is an essential component designed to operate within a high-performance computer (HPC) for any connected vehicle with modern E/E architecture. The server collects data from various vehicle systems and uses diagnostic algorithms and SOVD APIs to provide advanced fault diagnostics of software running on HPCs.
KPIT’s Dynamic UDS Server operates within non-AUTOSAR ECUs to enable communication via the Unified Diagnostic Services (UDS) protocol over CAN and Ethernet (DoIP). Its dynamic design allows data identifiers (DIDs), routines, IO controls and DTCs to be added or removed at runtime without the need for a software update.
The Software dependency management solution from KPIT manages dependencies within and between software (flash files or calibration files) and hardware parts, in different parts of a subsystem or a system. These dependencies can be easily modelled via a user interface. As a result, the solution provides a central system to track software and hardware update information along with historical service information in case of warranty claims. It acts as a system of records to audit when a device was upgraded and by whom.
Case studies from some of our key customer engagements
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