The future airborne capability environment, facetm, is one example of an open architecture standard that promises the ability to allow affordable reuse of software components across systems. Through its streamlined process, the face approach aims to lower software development and integration costs, and, by doing so, boost avionics abilities. Learn about the face standard for avionics software and a ready. Future airborne capability environment face the open. The future airborne capability environment face is a governmentindustryacademia initiative started by u. Basic avionics lightweight source archetype balsa, a working software. Why is the military interested in the face avionics standard. Face technical standard debuts to foster interoperability, reuse of military avionics software across common development platform. Face technical standard debuts to foster interoperability. Long, expensive software development periods and the desire to bring more capabilities, faster to soldiers in the field spurred the creation of a new avionics software standard, designed to allow.
The creation of a shared software development standard for avionics systems in 2010 has created new pressures for software engineers in this industry. Army aviation and missile research, development, and engineering center amrdec in 2010 to create a standard for avionics application development. The face business strategy addresses the business concerns that have hampered other open standards initiatives, establishing a balanced, competitive environment for both large and small software suppliers. The open group future airborne capability environment face consortium was formed in. The face consortium is a vendorneutral forum that provides standardized approaches for using open standards with avionics systems.
The face consortium works to develop and consolidate the open standards, best. The open groups future airborne capability environment face standard has emerged as an alternative to traditional development, promoting more costefficient, reusable, modular, standardsbased applications ready for flight in both manned and unmanned airspace. The open group future airborne capability environment face consortium, a partnership of more than 90 government, academic and defense industry organizations, has defined an opensystem avionics architecture for all military airborne platform types. Physical optics corporation and ansys streamline avionics development for u. Lower implementation costs of face systems standards that support a robust architecture and enable quality software development the use of standard. The approach used by face is to develop a standard for a software computing environment designed to promote software product lines that are reusable across different air platforms1. The face approach is a governmentindustry software standard and business strategy for acquisition of affordable software systems that promotes innovation and rapid integration of portable capabilities across programs. The face consortium s face standard was designed as a response to the u.
Why is the military interested in the face avionics. Development, and engineering center amrdec in 2010 to create a standard for avionics application development. The face consortium is defining the requirements for software development. Common face long, expensive software development periods and the desire to bring more capabilities, faster to soldiers in the field spurred the creation of a new avionics software standard. Physical optics corporation and ansys streamline avionics. Face ensures that conformant software follows the groups technical standard and can be usedand most importantly, easily reusedby suppliers of avionics systems across different projects. Software engineering institute certon software, inc. The future airborne capability environment is an aviationfocused professional. Face avionics standard will transform systems design military.
The open groups future airborne capability environment face initiative is one of the industrys leading projects with a stated goal of helping to reduce not only the development of new avionics software, but also the headaches that come with trying to rectify issues with such software once it is in service, and also to increase the reusability of existing software. Face have emerged as a progressive alternative to traditional development. Future airborne capability environment face the open group. Military aircraft groundbreaking modelbased solution slashes avionics software development time by over 50%. Standards such as the open group future airborne capability environment. Through its streamlined process, the face approach aims to lower software development and integration costs, and, by doing so, boost avionics.
Implementing faceconformant avionics systems military. The future airborne capability environment face middleware standard is here. A modelbased solution that is aligned with the face. The face approach is a governmentindustry software standard and. Standardized approaches for using open standards within avionics systems. The face consortium works to develop and consolidate the open standards, best practices, guidance documents and business models to achieve these objectives. Face is a global approach to enable accelerating softwaredefined avionics capabilities to the end user faster and at an affordable cost. The goal of face is to lower the cost and amount of time necessary to create open systems applications and promote reusable applications across multiple platforms.
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