Can Microsoft Power Mercedes F1 Performance with Data & AI?

Microsoft and the Mercedes-AMG PETRONAS Formula 1 Team have launched a multi-year partnership that places cloud and AI infrastructure at the core of the team’s racing operations. 

The collaboration spans factory-based engineering in Brackley and Brixworth through to trackside execution, with Microsoft Azure providing the data centre backbone that underpins performance for the 2026 Formula 1 season and beyond.

Formula 1 is entering a period of major regulatory change focused on electrification, efficiency and sustainability.

For Mercedes, meeting those requirements depends increasingly on high-performance computing, simulation accuracy and real-time analytics delivered at scale.

“Our sport is driven by those who lead through innovation,” says Toto Wolff, CEO and Team Principal of the Mercedes-AMG PETRONAS F1 Team.

“We are delighted to partner with Microsoft, one of the world’s foremost technology leaders, whose name is synonymous with groundbreaking innovation. This partnership also reflects our commitment to staying at the forefront of performance and progress.

“By putting Microsoft’s technology at the centre of how we operate as a team, we will create faster insights, smarter collaboration and new ways of working as we look ahead to the next generation in F1.”

Data processing behind the pursuit of speed

Each Mercedes-AMG PETRONAS F1 car operates as a rolling data platform.

More than 400 sensors generate in excess of 1.1 million data points per second, covering everything from tyre degradation and aerodynamics to power unit behaviour. 

Processing that volume of information requires data centre-grade compute and storage capable of supporting real-time decision-making.

Azure’s global cloud infrastructure enables Mercedes to analyse this data both trackside and back at its factories, linking race telemetry with simulation environments and historical datasets.

The ability to scale compute on demand is central to this model, particularly as teams operate under strict cost caps and sustainability limits.

“This partnership puts Microsoft’s cloud and enterprise AI technologies at the heart of racing performance, where milliseconds matter and data determines outcomes,” adds Judson Althoff, CEO of Microsoft’s commercial business.

“Together with the Mercedes-AMG PETRONAS F1 Team, we are harnessing data and turning it into real-time intelligence that powers faster decisions, smarter strategies and sustained competitive advantage – both on and off the track.”

High-performance computing at race pace

At the core of the partnership is the expansion of Mercedes’ high-performance computing capabilities using Azure’s scalable cloud services. 

Simulation workloads that once required fixed on-premises clusters can now be distributed across Microsoft’s data centres, allowing engineers to run more complex models at higher frequency.

Azure Kubernetes Service enables dynamic scaling of workloads, matching compute capacity to race schedules, development cycles and regulatory constraints.

This approach allows Mercedes to maintain flexibility while avoiding over-provisioning physical infrastructure, a consideration increasingly relevant to data centre operators facing similar efficiency pressures.

The integration also supports advanced AI-driven analytics, improving race strategy modelling and predictive maintenance across the season.

From factory floor to trackside operations

For Mercedes, the partnership extends beyond raw compute.

Microsoft technologies already support collaboration, software development and engineering workflows across the team’s operations.

“It is a privilege to welcome Microsoft into the Mercedes-AMG PETRONAS F1 Team partner ecosystem,” says Richard Sanders, Chief Commercial Officer of the Mercedes-AMG PETRONAS F1 Team.

“Microsoft’s technology already plays a central role in how we operate as a business and this partnership opens new opportunities to innovate as we look toward the next era of technological development.

“I look forward to seeing how our teams collaborate to unlock new ways of working across the organisation.”

The expanded use of Microsoft 365 and GitHub across engineering and simulation teams helps standardise development environments and accelerate iteration cycles. 

Cloud infrastructure as competitive advantage

Formula 1 increasingly resembles a distributed computing challenge as much as a mechanical one. 

Data must move securely and quickly between circuits, factories and cloud environments, often under tight time constraints.

The partnership highlights how resilient, scalable data centre infrastructure has become a competitive differentiator rather than a background utility.

Writing on LinkedIn, Darren Hardman, Corporate Vice President and CEO of Microsoft UK & Ireland, says: “This is a fantastic opportunity to show how Microsoft technologies can drive better performance, accelerate innovation, and amplify the excitement for F1’s 800 million-plus fans around the world.

“Microsoft’s cloud and AI technologies will help the UK-based team – which has centres in Brackley and Brixworth – remain at the forefront of this superfast, data-driven sport.”

For Mercedes-AMG PETRONAS F1, success in the next regulatory era will depend as much on data centre scale computing and cloud architecture as on aerodynamics and power units.

The Microsoft partnership formalises that shift, embedding cloud infrastructure directly into the pursuit of race-winning performance.