Sierra Nevada Corporation (SNC), a global leader in advanced defence and aerospace technology, announced the integration of the Opus Suite software into its engineering, logistics, and system design processes for the Surveillance and Reconnaissance Operational Center (SAOC) platform. This comprehensive integration will support lifecycle management, enable Model-Based Product Support (MBPS), and facilitate early system design evaluation. Furthermore, Opus Suite will be integrated into SNC’s Integrated Digital Environment (IDE) and key engineering tools like Cameo Systems Modeler, ensuring seamless collaboration across all phases of the SAOC platform’s lifecycle.
By incorporating Opus Suite into SNC’s IDE and engineering toolchain, the company will deliver enhanced operational readiness, reduced sustainment costs, and optimized system performance from the design phase through the operational lifecycle. Opus Suite, developed by Systecon, is a world-leading toolset for system analysis, logistics optimisation, and predictive modelling, designed to support decision-making across complex defence systems.
“The integration of Opus Suite into our engineering and logistics environments marks a significant step forward in SNC’s ability to deliver high-performance solutions for the SAOC platform,” said Systecon CTO, Justin Woulfe. “By embedding Opus Suite into their IDE and integrating Opus into the engineering process, we can perform early system design evaluations, optimize lifecycle management, and ensure that the SAOC platform meets mission requirements throughout its entire service life.”
SNC will integrate Opus Suite into its Integrated Digital Environment (IDE), creating a seamless workflow between logistics and engineering teams. By embedding Opus Suite into the IDE, SNC ensures that real-time data flows across various systems, enabling holistic decision-making based on up-to-date logistics, design, and operational data. This integration bridges the gap between engineering, supply chain, and sustainment operations, fostering more efficient coordination and allowing for data-driven decisions throughout the SAOC platform’s lifecycle.
SNC will leverage the power of Opus Suite in conjunction with Cameo Systems Modeler, a leading systems engineering tool based on the Model-Based Systems Engineering (MBSE) approach. Through this integration, SNC will perform early system design evaluations, ensuring that the SAOC platform’s architecture is optimized for performance, reliability, and sustainment before the system enters production.
The combination of Opus Suite’s predictive modelling with Cameo’s system design capabilities will enable SNC to simulate various design alternatives, assess their impact on lifecycle costs, and ensure that the SAOC platform meets long-term sustainment goals. This integration allows SNC to refine the system architecture early, ensuring efficient allocation of resources, optimized spare parts strategies, and a design that aligns with the SAOC’s mission requirements from the beginning.
SNC will use Opus Suite to simulate a wide range of operational scenarios for the SAOC platform, such as high-tempo mission demands and contested environments. These simulations will provide insights into how the platform will perform under various conditions, enabling SNC to make data-driven adjustments to maintenance, repair, and overhaul (MRO) strategies.
This simulation capability, combined with Opus Suite’s integration into SNC’s IDE, ensures that all departments—engineering, logistics, and operations—can access the same data and insights, streamlining decision-making and improving the platform’s ability to meet operational readiness standards.
Opus Suite will be used to optimise spare parts inventories and maintenance resources based on predictive failure data and real-world mission profiles. By analysing operational conditions and failure rates, SNC will ensure that the SAOC platform has the right balance of spares and resources to maintain mission readiness without overburdening the supply chain.
In addition, SNC will utilize Opus Suite for comprehensive lifecycle cost management. The ability to forecast total cost of ownership will enable SNC to assess and optimise long-term sustainment strategies, minimising costs while ensuring that the SAOC platform maintains high performance and availability throughout its lifecycle.
Through Opus Suite, SNC will enable a fully digital Model-Based Product Support (MBPS) framework for the SAOC platform. MBPS represents a shift from reactive maintenance approaches to proactive, data-driven sustainment strategies. The integration of Opus Suite into the IDE and tools like Cameo will allow SNC to support predictive maintenance, resource allocation, and real-time data updates, ensuring that the SAOC platform remains operationally available and cost-effective over its lifespan.
Integrating Opus Suite into SNC’s engineering and logistics processes, including its IDE and systems engineering toolset, will significantly enhance SNC’s ability to deliver a high-performing, mission-ready SAOC platform. SNC reaffirms its commitment to providing superior lifecycle management and operational effectiveness for defense and aerospace platforms by ensuring that system design, sustainment, and operational readiness are considered from the earliest stages.
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