Strategic collaboration for electronic warfare test modernization

Keysight Technologies and SRC UK Limited are collaborating to modernize global digital infrastructure for electronic warfare system testing.

The cooperation addresses the increasing complexity of electromagnetic environments and the technical risks defense organizations face when validating next-generation electronic warfare (EW) systems. By combining expertise in automated scenario generation with in-country systems integration, the partners aim to transition defense clients away from rigid legacy hardware configurations toward open, scalable, software-defined architectures. This coordinated framework is required to compress development timelines and preserve historical intelligence assets without compromising operational continuity.

Technical architecture and software integration
The solution centers on Keysight’s Electronic Warfare Architecture and Scenario Generation Platform (EWASP). Under the collaborative framework, Keysight provides the software-defined simulation architecture and scenario tools, while SRC UK acts as the regional systems engineering and localized technical support partner.

The technical platform functions by emulating highly dense threat environments using software-driven signal generation. The system's open architecture is engineered to integrate legacy customer data, allowing existing threat libraries and physical test assets to be incorporated directly into modern digital validation loops. This interoperability ensures a continuous data flow between older intelligence databases and newly deployed simulation models.

Deployment and regional implementation
Implementation occurs through localized engineering phases to embed the open simulation tools directly within customers' pre-existing test environments. SRC UK oversees the in-country deployment, delivering technical services that align the global software platform with regional regulatory and defense specifications.

The engineering teams prioritize knowledge transfer and technical training to establish automated validation workflows. By integrating the software-defined architecture directly with legacy physical test benches, the partners ensure a predictable transition that prevents service disruption inside customer laboratories.

Applications and defense use cases
The primary application areas involve aerospace, defense, and government sectors tasked with verifying the mission readiness of tactical EW equipment. Concrete technical use cases include high-fidelity threat modeling, multi-signal scenario testing, and the repeatable validation of sensor performance under stress.

By deploying this open architecture, defense organizations can achieve higher maintainability and process stability across the entire product lifecycle. The operational reasoning for this deployment lies in the mitigation of configuration risks; by utilizing scalable, software-defined test environments, engineers can run accurate, high-fidelity simulations that accurately replicate complex modern combat environments before field deployment.

Expected operational impact
The collaboration delivers a standardized, risk-mitigated pathway for the modernization of defense testing facilities. While individual deployment timelines vary by facility, the shift to a software-defined framework shortens engineering verification cycles by utilizing reusable test scripts and scalable emulation hardware. This architectural flexibility ensures that newly updated threat libraries remain structurally synchronized with evolving global mission requirements.

Edited by Romila DSilva, Induportals Editor, with AI assistance.