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 Defense Solutions' 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.

Proactively protecting the lifecycle of your military 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

GPGPUs in Defense: Performance, Productivity, and Longevity GPGPUs are exiting the sandbox and on their way to being accepted as a mainstay... MORE> Deploying HPC Tools into Embedded Software Development to Save Time and Money This paper explores the role of High Performance Computing (HPC) tools in the... MORE> Accelerating SAR Processing with COTS FPGA hardware and Automated C-to- Gates Synthesis This paper examines the benefits of combining multiple FPGAs with the use of a... MORE> Rugged Embedded DO-254 Certifiable Computer Modules for Avionics Platforms MORE> Using MCOTS: Creating the Perfect Module for Any Requirement A customer with SWaP constraints for their next gen 3U VPX Mission Computer with a... MORE> Embedded High Assurance Computing Using NXP Trust Architecture Military and aerospace system architects and integrators are faced with new... MORE> Deployable Core Counts Explode with Intel’s New Xeon D Processor This white paper examines the ground-breaking chip, the Intel Xeon D processor,... MORE> COTS and Safety Certifiability in the Military and Aerospace Industry Today’s challenge of providing safety certifiable mission-critical systems with... MORE> Understand the FMC Standard and Get the Result You Want Parallels can be drawn with the FMC format: it’s a mix and match format, but... MORE> Embedded Cisco Networking Solutions for VPX - Powering Converged Tactical Networks This white paper examines embedded defense networking requirements and solutions... MORE> Hazardous Misleading Information Part 2: Mitigation Strategies for Dual Output COTS Graphical Processors This white paper is part 2 of the safety certification and hazardous misleading... MORE> Safety Certification & Hazardous Misleading Information: Mitigation Strategies for COTS Graphical Processors This white paper discusses architectural mitigation strategies that can be... MORE>
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