Entries Tagged as 'Common Operating Platform Environments (COPEs) '

Open Architectures in the Defense Intelligence Community

Common Operating Platform Environments (COPEs) , Open Systems Architectures No Comments »

By Derrick H. Karimi
Member of the Technical Staff
Emerging Technology Center

This blog post is co-authored by Eric Werner.

Derrick KarimiIn an era of sequestration and austerity, the federal government is seeking software reuse strategies that will allow them to move away from stove-piped development toward open, reusable architectures. The government is also motivated to explore reusable architectures for purposes beyond fiscal constraints: to leverage existing technology, curtail wasted effort, and increase capabilities rather than reinventing them. An open architecture in a software system adopts open standards that support a modular, loosely coupled, and highly cohesive system structure that includes the publication of key interfaces within the system and full design disclosure. One area where the Department of Defense (DoD) is concentrating on the development of service-oriented architectures and common technical frameworks is in the intelligence community, specifically the Defense Intelligence Information Enterprise (DI2E). As this blog post details, a team of researchers at the SEI Emerging Technology Center (ETC) and the Secure Coding Initiative in the SEI’s CERT Division, are working to help the government navigate these challenges in building the DI2E framework, which promotes reuse in building defense intelligence systems.

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The Importance of Automated Testing in Open Systems Architecture Initiatives

Architecture , Automated Testing , Common Operating Platform Environments (COPEs) , Open Systems Architectures No Comments »

To view a video of this blog post in its entirety, please click here.

By Douglas C. Schmidt
Principal Researcher

Douglas C. Schmidt To view a video of the introduction, please click here.

The Better Buying Power 2.0 initiative is a concerted effort by the United States Department of Defense to achieve greater efficiencies in the development, sustainment, and recompetition of major defense acquisition programs through cost control, elimination of unproductive processes and bureaucracy, and promotion of open competition. This SEI blog posting describes how the Navy is operationalizing Better Buying Power in the context of their Open Systems Architecture and Business Innovation initiatives.  This posting also presents the results from a recent online war game that underscore the importance of automated testing in these initiatives to help avoid common traps and pitfalls of earlier cost containment measures.

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The Architectural Evolution of DoD Combat Systems

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By Douglas C. Schmidt
Principal Researcher

Douglas C. Schmidt To deliver enhanced integrated warfighting capability at lower cost across the enterprise and over the lifecycle, the Department of Defense (DoD) must move away from stove-piped solutions and towards a limited number of technical reference frameworks based on reusable hardware and software components and services. There have been previous efforts in this direction, but in an era of sequestration and austerity, the DoD has reinvigorated its efforts to identify effective methods of creating more affordable acquisition choices and reducing the cycle time for initial acquisition and new technology insertion.  This blog posting is part of an ongoing series on how acquisition professionals and system integrators can apply Open Systems Architecture (OSA) practices to decompose large monolithic business and technical designs into manageable, capability-oriented frameworks that can integrate innovation more rapidly and lower total ownership costs. The focus of this posting is on the evolution of DoD combat systems from ad hoc stovepipes to more modular and layered architectures.

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Towards Affordable DoD Combat Systems in the Age of Sequestration

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By Douglas C. Schmidt
Principal Researcher

Douglas C. Department of Defense (DoD) program managers and associated acquisition professionals are increasingly called upon to steward the development of complex, software-reliant combat systems. In today’s environment of expanded threats and constrained resources (e.g., sequestration), their focus is on minimizing the cost and schedule of combat-system acquisition, while simultaneously ensuring interoperability and innovation. A promising approach for meeting these challenging goals is Open Systems Architecture (OSA), which combines (1) technical practices designed to reduce the cycle time needed to acquire new systems and insert new technology into legacy systems and (2) business models for creating a more competitive marketplace and a more effective strategy for managing intellectual property rights in DoD acquisition programs. This blog posting expands upon our earlier coverage of how acquisition professionals and system integrators can apply OSA practices to decompose large monolithic business and technical designs into manageable, capability-oriented frameworks that can integrate innovation more rapidly and lower total ownership costs.

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Applying Agility to Common Operating Platform Environment Initiatives

Agile , Common Operating Platform Environments (COPEs) No Comments »

By Douglas C. Schmidt,
Principal Researcher

Douglas C. SchmidtWhile agile methods have become popular in commercial software development organizations, the engineering disciplines needed to apply agility to mission-critical, software-reliant systems are not as well defined or practiced. To help bridge this gap, the SEI recently hosted the Agile Research Forum. The event brought together researchers and practitioners from around the world to discuss when and how to best apply agile methods in mission-critical environments found in government and many industries. This blog posting, the fifth and final installment in a multi-part series highlighting research presented during the forum, summarizes a presentation I gave on the importance of applying agile methods to common operating platform environments (COPEs) that have become increasingly important for the Department of Defense (DoD).

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