Data is revolutionizing Formula 1, the world's most technologically advanced racing sport. No longer just about hunches and intuition, engineers rely on copious amounts of data to optimize performance. Oracle Red Bull Racing and AT&T have been working together to process vast amounts of information from every angle.
In fact, a single F1 car now has over 750 sensors sending back reams of data each race, generating around 1.5 terabytes per car per day. This is more than triple the amount from just a few years ago. In order to make better decisions during races and fine-tune their setups, teams are using banks of screens in the garage connected with colleagues at the factory via secure paths.
Speed and reliability are crucial for success in F1. "The speed of data... security is absolutely critical," said Zee Hussain, head of global enterprise solutions at AT&T. Latency between Australia and the UK was around 0.3 seconds during the Las Vegas Grand Prix - a significant improvement on previous years.
Data transmission technology has also improved dramatically. Red Bull Racing's Morgan Maia said that the amount of data they are able to transmit is now "well over terabytes" each day, with "much better quality" images and video than five or ten years ago. They use these high-resolution data sets to optimize their cars' aerodynamic grip, a result of advanced ground effect systems.
Beyond racing operations, Red Bull Racing's wind tunnel research also heavily relies on digital methods. This would have been impossible even a few years ago, but now they are able to send reams of images and video from the Bedford facility in real-time to their factory - thanks to advancements in edge computing technology.
With more teams competing than ever, it is likely that data will become increasingly important for success in F1. "How do you get as much data transported as quickly as possible... So can you bring the compute resources even closer?" asked Hussain. This could potentially involve technologies like augmented reality and virtual reality to enhance speed and accuracy.
The shift towards more efficient data-driven decision making is transforming a traditionally performance-focused sport into a digitally driven endeavor, with huge implications for success in F1.
In fact, a single F1 car now has over 750 sensors sending back reams of data each race, generating around 1.5 terabytes per car per day. This is more than triple the amount from just a few years ago. In order to make better decisions during races and fine-tune their setups, teams are using banks of screens in the garage connected with colleagues at the factory via secure paths.
Speed and reliability are crucial for success in F1. "The speed of data... security is absolutely critical," said Zee Hussain, head of global enterprise solutions at AT&T. Latency between Australia and the UK was around 0.3 seconds during the Las Vegas Grand Prix - a significant improvement on previous years.
Data transmission technology has also improved dramatically. Red Bull Racing's Morgan Maia said that the amount of data they are able to transmit is now "well over terabytes" each day, with "much better quality" images and video than five or ten years ago. They use these high-resolution data sets to optimize their cars' aerodynamic grip, a result of advanced ground effect systems.
Beyond racing operations, Red Bull Racing's wind tunnel research also heavily relies on digital methods. This would have been impossible even a few years ago, but now they are able to send reams of images and video from the Bedford facility in real-time to their factory - thanks to advancements in edge computing technology.
With more teams competing than ever, it is likely that data will become increasingly important for success in F1. "How do you get as much data transported as quickly as possible... So can you bring the compute resources even closer?" asked Hussain. This could potentially involve technologies like augmented reality and virtual reality to enhance speed and accuracy.
The shift towards more efficient data-driven decision making is transforming a traditionally performance-focused sport into a digitally driven endeavor, with huge implications for success in F1.
the thing that's blown my mind is how much technology has improved data transmission 
like 1.5 terabytes per car per day is crazy 
and it's not just about transmitting more data, it's also about getting it to the right people at the right time 
if latency is down to 0.3 seconds that's insane 
I mean, who wouldn't wanna optimize their car's grip and aerodynamics? 750 sensors sending back data per day is wild 
I can imagine how hard it must be for the teams to make decisions during races, but with all this data at their fingertips, it's gotta be way easier for them.
! It's like, who knew racing and tech would go hand-in-hand so much? 
Anyway, I'm definitely a fan of how the sport is evolving - it's all about innovation now! 
The future of F1 is all about being super efficient and data-driven. It's going to be so interesting to see how teams use this tech to gain an edge... maybe we'll even start seeing augmented reality on the track? 
. Plus, 1.5 terabytes a day is a lot... what if the servers crash or something? Not sure if it's worth the risk 
! I mean, 1.5 terabytes of data per car per day is crazy! And can you believe it's only tripled from just a few years ago? It's like, we're living in a sci-fi movie or something 
. The fact that teams are using secure paths to connect with colleagues at the factory and have banks of screens in the garage is so cool! They're literally getting real-time info and making decisions on the fly 
. The latency reduction from Australia to the UK was only 0.3 seconds during the Las Vegas Grand Prix – that's like, lightning fast! 
I think this is gonna be a wild ride for F1, and I'm all about it 
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F1 cars are basically just supercomputers on wheels now! 750 sensors sending back a ton of data each race? That's insane! 
I mean, it's cool that teams can fine-tune their setups in real-time and optimize performance. It's like having an entire team of engineers working for you, minus the coffee breaks 
. The security aspect is super important too 
, I mean, you can't have speed without reliable data transmission 
- real-time images and video are game-changers! 
!
I can imagine being in a garage with all those screens going off, trying to make sense of it all... it must be wild 
It just shows how far tech has come.
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. And who knows, maybe we'll see even more innovative technologies like AR & VR being used to enhance performance 
, can't wait to see how this all plays out in future races!
and I'm still on a high from trying all that delicious food 
. Have you ever had authentic ramen? It's life-changing! And speaking of changing, have you seen those new sneakers with the crazy-soles that make you feel like you're walking on clouds? 
Anyway, back to F1... I'm loving how they're using data to optimize performance, but what if we could apply this same tech to everyday life? Like, imagine having a virtual assistant that can predict your daily commute traffic or something 
. And don't even get me started on the whole augmented reality and virtual reality thing. This is just a cover story for something bigger, mark my words 