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An introduction to PYRAMID

Simon Apperley

Analyst (seconded), UK MOD Defence Science & Technology Laboratory

The UK MOD PYRAMID programme introduces a paradigm shift to the current method of avionic systems design and procurement. PYRAMID aims to make legacy and future air mission systems affordable, capable and adaptable by adoption of an open systems architecture approach and systematic software reuse. The focus of the programme has been to develop the core PYRAMID Reference Architecture (PRA). Previously, mission systems software was bespoke to each air platform and was not designed to be compatible with the wider platform portfolio. PYRAMID aims to break this mould, allowing each software component to be compatible with other platforms that have adopted the PRA. PYRAMID is anticipated to lead to significant benefits for both UK MOD and wider industry, including:

• rapid adaptability and capability evolution

• increased potential for re-use of software artefacts

• decreased integration times of new capabilities

• reduced impact of obsolescence

• reduced mission system maintenance costs

Reflecting this huge potential, the UK MOD is making a significant investment in PYRAMID. Sponsored by the Rapid Capabilities Office (RCO) within Royal Air Force (RAF) Air Command, PYRAMID is a key element of the 2018 UK Combat Air Strategy.

The emphasis has been placed on PYRAMID to realise several Key User Requirements (KURs), consolidated in a Single Statement of User Need (SSUN):

…to enable delivery and maintenance of UK Technology Advantage, the user requires a core mission system that is: Resilient against Obsolescence; Scalable; Exploitable; Flight Certifiable; Security Accreditable; Configurable; provides Utility across a range of mission requirements; and incorporates Future Growth potential.

About Simon Apperley

Simon has been involved in avionics development in the UK for over 30 years. An early career opportunity to work on the UK / French / German Allied Standards Avionics Architecture Council (ASAAC) standard for new Defence Avionics, set the path for a career in software architectures. After working on the ASAAC standard development for several years, Simon moved to General Dynamics (GDUK) in Hastings in 2001. At GDUK, Simon led the Software team which developed an implementation of the ASAAC software standard for the AW-159 Wildcat Tactical Processor, which is now in-service. More recently Simon has had involvement in a variety of cross industry groups and research programmes, including engagement in the early stages of PYRAMID, the MOD Reference Architecture for Defence mission systems. Simon was also one of the founder members of the PYRAMID Industry Advisory Group (IAG) which resulted in discussions about a secondment to work for DSTL in their management of the PYRAMID work, which started in January 2020, mere weeks before the first COVID-19 pandemic lockdown… Simon has been involved in managing the introduction of PYRAMID training for exploiters and activities to validate the PYRAMID approach through exploitation opportunities with various organisations in the UK Defence Industry.

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