A comprehensive lifecycle management strategy is the key to safeguarding programs and mitigating the challenges associated with leveraging COTS technology for long-term mission-critical systems. Curtiss-Wright's Continuum Lifecycle Services help identify and reduce the risk of COTS component obsolescence. They also provide control over product configuration changes when required, and extend the availability of product builds and repairs to meet program demands. Read more about the types of lifecycle services available.

Proactively protecting the lifecycle of your aerospace or defense program and technology upfront can significantly reduce long term maintenance costs and improve your return on investment (ROI), resulting in product and financial sustainability. We offer Industry-leading lifecycle services, including longevity of supply (LOS) and longevity of repair (LOR) for our COTS boards and systems.

Web-Enabled

The Continuum Support Center (CSC) provides around the clock access to support documentation such as:

  • Manuals
  • Product release notes
  • Pinout configurator utilities
  • Firmware updates
  • Software downloads (for Software Upgrade Program subscribers only)

The CSC website is also the hub for the delivery of all Continuum Lifecycle Services. Information such as product health reports and baseline configuration data packages is all available online. In addition, customers can also view, approve, or reject engineering change proposals via the CSC website.

Infocenter

TrustedCOTS: Leading the Way to Secure Systems This white paper, outlines at a high level the types of capabilities being... MORE> Upgrade Airborne Radar within Power, Cost & Temp Constraints To remain competitive, a Curtiss-Wright customer needed to upgrade an existing... MORE> Jumping the Hurdles: Designing Highly Effective Embedded Graphics Solutions for the Aerospace and Defense Industry This white paper details the roadblocks integrators face while designing... MORE> Degraded Visual Environment (DVE): Uncovering the Invisible Using a Degraded Visual Environment (DVE) system enables aircraft pilots to... MORE> Using Software Defined Radio for Faster Speeds and Increased Bandwidth This white paper outlines the evolution of existing architectures, comparing them... MORE> Mezzanine Processors: Lighten your Single Board Computer Footprint to Zero This white paper examines the benefits of mezzanine processors, and illustrates... MORE> Backplane Ethernet: Enabling High-Performance Embedded Systems This paper provides an overview of the benefits of backplane Ethernet and... MORE> HPEC: High Availability by Design As the next generation of embedded defense systems become even more complex with... MORE> Overcoming the Challenges of DO-254 Certification in Multi-core COTS Modules How can COTS modules meet the mandatory safety certification requirements? We... MORE> Data Transport for OpenVPX HPEC Introducing the basics of both the hardware and data transfer mechanisms for... MORE> Wideband DDC as Part of an Integrated Approach The increasing speed requirements for DCCs to handle greater volumes of data and... MORE> Embedded Ethernet - Physical Layer Standards Initially intended to connect computers on local networks, Ethernet applications... MORE>
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