ALYSA

System integration platform for defence

Capabilities

  • From a comprehensive, versatile platform to a light testing station
  • System design
  • System integration and testing
  • Validation of subsystems and equipment
  • Modelling and simulation
  • Virtualisation
  • Test automation
  • Covers integration and testing throughout the development cycle:
    • Design stage: use of equipment models (MIL)
    • Development stage: use of actual equipment software (SIL)
    • From integration to final validation: use of actual hardware (HIL) stimulated as required.
  • Final assembly
  • Training centres

Description

ALYSA is a highly integrated, versatile platform designed to integrate and validate communications, interfaces and safety-critical systems.

ALYSA enables the creation of generic or specific testing systems that can be deployed throughout the development cycle.

The ALYSA system allows test resource virtualisation through simulations as well as offering resource hybridisation by interfacing with real hardware.

ALYSA can also be used to validate solutions ranging from simple hardware (such as computers and sensors) to complete systems (vessels, missiles, armoured vehicles, etc.), including subsystems (turrets, radar, communication, etc.).

In addition, it can test a system as part of its complex global environment, in which it interacts with other real or simulated systems.

Thanks to ALYSA, systems’ behaviour, performance and the majority of integration and safety issues can be tested at the earliest possible stage.

ALYSA enables significant time and cost savings when developing critical systems.

As well as increased integration, ALYSA can also be used to create a real digital twin of a complex system, simplifying maintenance and its future development.

Features

  • I/O virtualisation for test-driven design: ensures the simulated system behaves consistently right through to the final test.
  • Interoperability with third-party modules, HMIs or scripts (SDK)
  • Compatible with a wide array of I/O hardware (DDK)
  • CAN, MILCAN, DIGIBUS, RS232, RS485, and DDS protocols
  • PCI, PCIe, PXI
  • 250μs determinism
  • Global standards: DDS, VHTNG, SQL
  • User interface based on a portable execution environment: works in the same way regardless of operating system.
  • Fast, efficient management of test parameters
  • Powerful runtime editor and synoptic tool (KALLISTÉ software)
  • Web interface

Main Benefits

  • Incremental solution thanks to its modularity and scalability
  • Improved safety and maturity: error injection, data analysis
  • Time savings: quick configuration, multi-session capability, fault tolerance, test automation
  • Cost reduction: less hardware required thanks to resource sharing.
  • Faster time to market: model-based design, virtual platform

Product Impressions

Contact

HENSOLDT France

Laurent MARTIN

+ 332 40 37 74 18