In qualifying sessions at the most recent Formula 1 Grand Prix, there was less than one second difference between pole position and tenth on the starting grid, and just 0.209s between first and second.

Being on pole gives that driver an advantage – in the history of Formula 1, more than 40% of race wins have come from pole. That’s a phenomenal statistic, given how competitive the drivers are and how close these cars are both in qualifying and physically on the grid.

It’s not this point in time on the grid that matters most; it’s how the driver won pole in the first place. During the three qualifying rounds you’ll see the times from all the cars steadily improving – sometimes by milliseconds – as each team and each driver makes incremental changes.

Ultimately, the driver on pole is more likely to win the race because they have already shown through qualifying that they have adapted better to the track and the conditions to be the fastest car in the field.

Qualifying is not just about raw speed. It’s also about strategic thinking and precise execution. This comes down to the driver’s skill, the engineering and aerodynamics of each car, tyre choice and multiple other factors – most importantly timing.

Drivers aim to hit the track when traffic is clear, maximising their chances of setting a fast lap with no other cars blocking the way. By hitting the track when the traffic is clear, it maximises the driver’s chances of recording a fast lap.

All of these factors are supported by data. The responsiveness of the trackside data centre is just as critical as the car’s speed. In Formula 1, making the right decisions and taking the best course of action can come down milliseconds – so low latency is a must.

Oper8 Global Group delivers trackside mobile data centres for our Formula 1 clients, which are connected to the team’s headquarters and communicate directly to each car using high-speed radio – providing a real-time link from HQ via the trackside DC to the car during the race.

Each team car and other race-related data is comprehensively monitored from the team’s headquarters with the data fed back to the decision-makers on site. Rapid delivery of this data is essential, with an expected latency of no more than 30ms from HQ to the track – seven times quicker than the time difference between the first two cars on the grid.

Engineers stationed at the race team’s HQ are tasked with maintaining the optimal performance of the cars on the track. Real-time diagnostics and telemetry are managed precisely, allowing engineers to make hundreds of in-race adjustments – from aerodynamics to tyre pressure – guided by terabytes of data.

Our High-performance Computing (HPC) and AI capabilities have become a game-changer for data-driven decision-making both in Formula 1 and many other industries, including mining, defence and scientific research.

To ensure we meet strict environmental responsibilities, we integrate state-of-the-art technology into our HPC offerings to drive greater power and cooling efficiencies.

With our data centre solutions and the technology partnerships we have forged through the work we have done in Formula 1 and other sectors, Oper8 Global Group is poised to revolutionise the EMEA and APAC data centre industries, setting new standards in computing performance, power and cooling advances, and sustainability.

For further details on our offerings, contact us at sales.emea@oper8globalgroup.com