SEALSQ is not a name most Formula 1 fans will recognise.
It operates in one of the most specialised corners of cybersecurity, a space that rarely makes its way into everyday conversation.
Yet its decision to partner with BWT Alpine F1 Team is not a case of a technology company chasing global visibility.
The link runs much deeper, back through decades of French engineering history that connect the origins of secure hardware technology with the industrial roots of Renault and Alpine.
Long before cloud security, digital identity and quantum computing entered the conversation, France was pioneering the smart card industry.
That heritage became the foundation for much of modern secure electronics.
“We share this French DNA and this French engineering heritage,” Marc Sanchez-Gauthier, Chief Marketing Officer of SEALSQ told Sector.
“Most of the technology behind secure hardware actually comes from the French smart card industry, and many of our engineers come from that ecosystem. At the end of the day, Alpine is Renault, and we ride on that same expertise and engineering history.”
That cultural and industrial alignment is the starting point. Formula 1 is the environment that makes it relevant.
For a company building secure hardware designed to protect digital identities and run highly complex algorithms efficiently, few environments are as demanding as a modern F1 car.
At the end of the day, Alpine is Renault, and we ride on that same expertise and engineering history.
Marc Sanchez-Gauthier
“I can’t think of a better use case for our chips or our technology because it requires that every component delivers the best performance and the best security,” he said.
“Formula 1 is probably the most technological sport in the world, because the tool you are using is a very high-tech device.”
F1’s cars are effectively rolling data centres, filled with electronic components, sensors and chips that must operate reliably in extreme conditions.
At the same time, the championship remains closely linked to the wider automotive industry, serving as a proving ground for innovation that can filter into road car development.
For SEALSQ, this is not simply brand exposure in a global sport. It is a way of positioning its technology in one of the most demanding engineering environments in the world.
From a marketing perspective, Marc is candid about what F1 offers that traditional B2B channels cannot.
“Formula 1 is very premium. From a networking perspective, each paddock is like a mini Davos,” Sanchez-Gauthier added.
“You meet CEOs, partners, and a lot of business initiatives can start around a drink in the evening and become reality afterwards.”
For a young brand looking to build recognition among decision-makers, the F1 paddock offers access that would be difficult to replicate elsewhere.
Conversations with other partners, manufacturers and senior executives become part of the commercial value of the partnership.
One of the challenges for SEALSQ is translating complex technology into something that makes sense within a sports partnership.
“By designing chips that are natively built to run these algorithms, we improve performance by about ten times compared to other implementations. We have a story of speed and performance, which is very much like Formula 1,” said Sanchez-Gauthier.
“We need speed, efficiency, reliability and security. All of these aspects match the values and the needs you encounter in Formula 1.”
This focus on speed, efficiency and reliability allows SEALSQ to explain its technology in a way that resonates naturally with an F1 audience.
For Sanchez-Gauthier, where the partnership becomes particularly interesting is in the potential for technical and industrial crossover.
“One of the goals we have in this partnership is to explore how we can bring our technology into real use cases,” he said.
“That could be improving CFD optimisation, securing data, physical access control, or even developing custom chips for very specific automotive or sensor applications.
“When you have very demanding and very specific applications that require low latency, low energy consumption and fast response, you need custom chips. We have more than 100 engineers in France specialised in doing this, especially for automotive.”
This moves the relationship beyond branding. SEALSQ’s expertise in custom chip design and secure hardware could, in time, intersect with Alpine’s needs around data security, simulation, sensors and automotive development.
The discussions are at an early stage, but the intent is clear. This is a partnership with industrial potential.
“SEALSQ is not very well known,” admits Sanchez-Gauthier.
“The brand was created only three years ago, so there is a great need for recognition. We are one of the first companies solving a problem that is becoming very important, and people don’t realise it yet.
“What we are trying to do is raise awareness about what we call the quantum day approaching, a little bit like the year 2000 bug. There is still very little awareness about what is coming.”
We have already had discussions with Alpine’s road car division about possible industrial synergies and projects together.
Marc Sanchez-Gauthier
SEALSQ sees a major technological shift on the horizon and recognises the need to educate the market before that shift arrives. F1 provides a global, credible platform to start that conversation with both industry and investors.
With Alpine entering a new regulation cycle and SEALSQ still in the early phase of its brand journey, both organisations see this as the beginning of a longer story.
“We are just at the start,” Sanchez-Gauthier said.
“But we have already had discussions with Alpine’s road car division about possible industrial synergies and projects together.
“We are going to work on a white paper to start laying down the technical aspects of our collaboration in the future.”
