Reusable diagnostic model
Extend DID, DTC, Routine, session, and security definitions across product lines and ECU variants instead of rebuilding them for every program.
ECU-Side UDS Diagnostic Middleware
Build a reusable ECU diagnostic core with one diagnostic model from service configuration and application integration through test validation.
Turn project-specific diagnostics into a reusable ECU capability
KopherUDS provides configurable automotive UDS diagnostic middleware for integrating Diagnostic Session, DID, DTC, Routine, SecurityAccess, memory, and programming services into an ECU. DCM, DEM, NM, and DoCAN / DoIP handle service flow, fault events, network state, and transport, while engineering teams connect their actual data sources, I/O, Routines, and platform services for each ECU program.
Extend DID, DTC, Routine, session, and security definitions across product lines and ECU variants instead of rebuilding them for every program.
Select diagnostics, fault management, communication control, memory, and programming services for each ECU profile while retaining room for OEM extensions.
GetSeed / CompareKey callbacks separate UDS 0x27 from OEM algorithms, HMAC, and HSM / SHE key services.
Kopher Config generates ECU configuration while KITE UDS Tester validates services, trace, and reports in one engineering workflow.
Covers common session, reset, DTC, DID, memory, SecurityAccess, communication, Routine, download / upload / transfer, and TesterPresent workflows.
Connects DID, DTC, Routine, I/O, memory, and flash behavior to the existing ECU application and platform services through callbacks.
Links one diagnostic model to Kopher Config configuration and code generation plus KITE UDS Tester validation and reporting.
Handles request routing, positive / negative responses, and pending flows from session, security level, service table, and P2 / P2* timing configuration.
Supports DID lists / ranges, multiple DIDs, sync / async client-server, sender / receiver, optional NvM, and project memory or Routine callbacks.
Connects events, debounce, snapshots, extended data, DTC state, and clear / report / ControlDTCSetting workflows.
GetSeed / CompareKey callbacks support pending, attempt counters, delay timers, and NRC policy before connecting to customer algorithms or hardware-backed key services.
Carries diagnostics over CAN / ISO-TP and Ethernet / DoIP paths through PduR, ComM, NM, and lower-level driver integration.
Provides RequestDownload, RequestUpload, TransferData, RequestTransferExit, and memory callbacks while KopherBoot or the project owns the final flash policy.
The same DID, DTC, Routine, session, and security definitions flow through configuration, ECU runtime, PC validation, and delivery review.
Capture DID, DTC, Routine, session, SecurityAccess, timing, and transport profiles.
Validate project rules and generate the ECU configuration plus callback boundaries required by KopherUDS.
Connect DCM, DEM, NM, transport, and application / boot hooks to the target MCU and vehicle network.
Use KITE UDS Tester for interactive diagnostics, automation, trace, and reports, then complete acceptance with on-target results.
KopherUDS fits automotive controller programs that need diagnostic requirements implemented in ECU BSW with PC validation and delivery evidence.
Implement sessions, DID, DTC, Routine, SecurityAccess, and transport, then connect MCU, NvM, flash, and application callbacks.
Reuse the DCM foundation and service model while each ECU keeps its own data, callback, and network profile differences.
Keep Kopher Config, KopherUDS, and KITE UDS Tester on the same diagnostic definition to reduce duplicated ECU and PC maintenance.