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An overview of the FACE standard, and what that implies outside the USA

Alex Wilson

Director of Business Development, Aerospace and Defence at Wind River

The Future Airborne Capability Environment (FACE™) Technical Standard and business strategy are driving new efficiencies in avionics platforms.   The FACE Standard enables platform integrators to rapidly assemble best-of-breed technologies with commercial-off-the-shelf (COTS) components that have proven safety certification credentials. The aim is to reduce integration and certification/airworthiness risk while improving reuse across both manned and unmanned systems.

The FACE Consortium technical team created a technical standard-of-standards, utilizing over 120 existing technical standards already proven in commercial and military aviation. The ARINC 653 Integrated Modular Avionics (IMA) standard, proven on multiple Boeing commercial aircraft, is the basis of the safety profile in order to create a broad ecosystem of suppliers. They also selected subsets of the POSIX standard, to augment this multi-vendor partitioning strategy for rapid insertion of mission and sensor applications.

From a business standpoint, it was quickly recognized that traditional procurement models – where a prime contractor and its ecosystem maintain a platform for life – caused innovation to be slowed by government procurement processes. The FACE Consortium business team created a role-based environment, similar to the roles defined in RTCA DO-297. This business model allows for the most efficient supply chain to be selected for any aircraft design or equipment upgrade.

This briefing will cover these aspects of the FACE Technical Standard and business strategy and look at the implication of applying the FACE approach to UK industry and programs.

About Alex Wilson

Alex Wilson obtained a BSc(Eng) in Electrical Engineering from Imperial College, London in 1986. Prior to Wind River, Alex worked at British Aerospace on Automated Test Equipment for various Inertial Navigation Systems using VME and RTOS technology. He then worked as a Field Applications Engineer (FAE) for Motorola Computer Group working with 68k and PowerPC VME boards and 3rd party Real Time Operating Systems. He joined Wind River in the UK as an FAE in 1996 supporting VxWorks and Tornado. In 2002 he became European Business Development Manager for Wind River focusing on the Aerospace and Defence market. As Director of Aerospace and Defence Solutions for Wind River, he is responsible for A&D business development strategy for EMEA and APAC, and is part of the Wind River Operating Systems Product Group.

Sponsored by

AdaCore Capgemini Engineering

Supported by

AdaCore
Capgemini Engineering
Ansys
Harmonics
LDRA
RTI
Phixos
Rapita Systems Ltd
SDC Systems
Sysgo
Vector
Wind River
DDC-I
Harmonic Software Systems
TEKTowr
TrustInSoft
SafeCap