Advancing UK Aerospace, Defence, Security & Space Solutions Worldwide
  • Home
  • /
  • Defence
  • /
  • BAE Systems and Microsoft partner on cloud tech for defence programmes

Defence

BAE Systems and Microsoft partner on cloud tech for defence programmes

BAE Systems and Microsoft have signed a strategic agreement aiming to support faster and easier development, deployment and management of digital defence capabilities in an increasingly data centric world.

Image courtesy BAE Systems

The collaboration brings together BAE Systems’ knowledge of building complex digital systems for militaries and governments with Microsoft’s approach to developing applications using its Azure Cloud platform.

As well as helping partners collaborate on large multinational defence projects, such as the Future Combat Air System, cloud technology could be used to more easily combine and analyse different sources of data during military operations.
 
Air, land and maritime platforms face constantly changing threats, so their digital systems need to be regularly updated to recognise and counter them. As part of this collaboration, BAE Systems and Microsoft have used the Azure Cloud approach to accelerate software design, development and testing of a system that can deploy new software on to an Uncrewed Air Vehicle during flight. This approach to using the cloud could in future speed up the deployment of software to operational military platforms.

Advertisement
ODU RT

Modern fighter jets, for example, can require up to 24 million lines of code to function effectively, so using the cloud to deploy updates could make the process quicker and help retain a competitive advantage over adversaries.
 
The two companies have also explored how to reduce the time it takes for an innovative idea to move into production. Digital design and manufacturing have been at the heart of BAE Systems for decades, but given the growth in data volumes and complexity, using cloud technology can help perform data analysis and simulation. Azure Cloud also provides digital engineering capabilities that can help get the most out of data by digitally connecting the design, manufacture and operation of products throughout their life.
 
The agreement is underpinned by a commitment from both organisations to develop technology using open architecture digital tools, enabling customers to more easily work with third parties.  This could help BAE Systems collaborate with small businesses and partners without compromising security, by only allowing access to very specific areas of work. Using this approach makes it easier for smaller companies to meet rigorous defence security standards.
 
Since starting the collaboration, BAE Systems and Microsoft have worked on three successful initiatives, highlighting the benefits of modern cloud software in the defence sector. These projects included enhancing real-time tactical naval intelligence through access to more dynamic data sources; development of secure software to deliver real-time updates to air platforms; and the creation of a digital thread to support the maintenance of maritime platforms from concept to disposal.
 
Julian Cracknell, Chief Technology and Information Officer at BAE Systems said: "The data available to the defence sector and armed forces is often highly complex and comes from hundreds of thousands of sources, whether that’s satellite and radar feeds, intelligence gathered by ships at sea or even social media. Our innovative agreement with Microsoft will give us easier access to tools that help us make sense of this information for our customers - allowing armed forces to stay ahead of rapidly evolving threats, whilst maintaining the highest levels of security."

Clare Barclay, CEO, Microsoft UK said: "This strategic agreement will enable defence organisations to use data more effectively. This will help them promote stability and security for residents, nations and multinational alliances. By working together, delivering agile, secure and reliable software, BAE Systems and Microsoft are already delivering tangible results to our customers. These results mean they can modernise environments, protect information domains and optimise operations."
 

Advertisement
ODU RT

 

 

Advertisement
FIA2026 animated banner
Roke introduces CORTEXA GUARDIAN

Defence Events

Roke introduces CORTEXA GUARDIAN

21 April 2026

Roke has introduced its new, advanced Counter UAS (C-UAS), CORTEXA GUARDIAN to the market, following the system's development with armed forces and mission partners across the UK and Northern Europe.

Anotec achieves AS9100 certification

Aerospace Defence

Anotec achieves AS9100 certification

20 April 2026

Surface coating specialist Anotec has enhanced its position in the aerospace and defence sectors by achieving the AS9100 certification.

Securitas appoints Alan Rae as Area Director for UK North and BAE Systems

Defence Security

Securitas appoints Alan Rae as Area Director for UK North and BAE Systems

20 April 2026

Securitas UK has announced the appointment of Alan Rae to the newly created and expanded role of Area Director for UK North and BAE Systems.

Vision Engineering appoints Harry Curtis as Technical Director

Aerospace Defence

Vision Engineering appoints Harry Curtis as Technical Director

17 April 2026

Woking headquartered Vision Engineering Group, provider of ergonomic microscopy and metrology solutions, has announced the appointment of Harry Curtis to the position of Technical Director, effective 1st April 2026.

Advertisement
ODU RT
Drone swarms central to AWE26

Defence Events

Drone swarms central to AWE26

17 April 2026

Drones have been at the centre of this year's Army Warfighting Experiment 2026, which each year brings together soldiers, scientists, industry and universities, to test new military technology.

Dstl assesses robotic systems in hazardous incident recovery trial

Defence

Dstl assesses robotic systems in hazardous incident recovery trial

17 April 2026

In a ‘real life’ scenario played out in an empty shopping unit, the Defence Science and Technology Laboratory (Dstl) has tested the ability of robotic and autonomous systems to navigate through a building and detect, sample and remediate (clean) a contaminated environment.

Advertisement
ODU RT
Advertisement
FIA2026 animated banner