New WaveX™ – Automated Test Engineering
Solutions
Discover newWave X
newWaveX™ is a next-generation signal-based test development suite designed to redefine how automated testing is created, deployed, and sustained. Built on open standards (IEEE 1641, ATML/IEEE 1671), it allows engineers to design, simulate, and execute test programs with minimal coding.
By decoupling test definitions from physical hardware through Hardware and Signal Abstraction Layers (HAL/SAL), newWaveX™ guarantees long-term reusability. The test assets you create today remain valid on tomorrow’s platforms avoiding costly rewrites, easing obsolescence management, and ensuring sustainment across multi-generation systems.
With seamless integration into MBSE toolchains (Capella, MagicDraw, Rhapsody), newWaveX™ builds a digital thread from system models through to executable diagnostics, linking design and test in one unified process.
Use cases
Design & Integration
Embed test strategies early via MBSE integration to improve testability and reduce rework.
Manufacturing & V&V
Generate automated test procedures directly from ATML and system models, ensuring alignment with design intent.
In-Service & MRO
Run multiple diagnostic procedures on the same station, with hardware-agnostic test definitions that work across fleets.
Obsolescence Management
Maintain legacy test procedures on new instrumentation without modification.
Why choose NewWaveX?
Automation & Code Generation
Eliminate manual coding through automated generation of resource mappings, switch configurations, and test station control.
MBSE Integration
Connect seamlessly with leading MBSE tools, enhancing traceability and ensuring test and design stay aligned.
Obsolescence Protection
HAL/SAL architecture keeps test assets valid across evolving hardware platforms.
Standards Compliance
IEEE 1641 and ATML/1671 compatibility ensures portability, interoperability, and industry-wide acceptance.
Smarter Diagnostics
Integrate with DSI Workbench™ and Diagnostic Aide™ to isolate faults, monitor health, and predict failures.
Features
- Graphical signal modelling with intuitive drag-and-drop IEEE 1641 editors
- High-speed waveform generation, simulation, and analysis
- Open standards compliance (IEEE 1641, ATML/1671, XML/XSD)
- Platform-independent testing enabled by HAL/SAL architecture
- Full lifecycle coverage: design, validation, production, MRO, and sustainment
- Subscription-based delivery for continuous improvement and support