Formula One constructor team Alpine Esports said today it has chosen QANplatform as its official blockchain partner. The Renault-owned team, which is ranked among the top 10 F1 constructor teams, said it plans to QANplatform as the foundation of a number of new use cases that will enhance its racing simulation capabilities.
The Alpine Esports platform is said to play a crucial role in the optimization of race cars. It offers highly realistic racing simulations that provide a stable test environment for the development of more efficient vehicles, resulting in rapid technology advancements and a big impact on the racetrack.
QANplatform is a Layer-1 hybrid blockchain that’s notably resistant to hacking attempts by quantum computers, which are expected to one day surpass classical computers in terms of performance. One of the main concerns of existing blockchains such as Bitcoin and Ethereum is that quantum machines may one day become powerful enough to breach their cryptographic security. Theoretically, the power of “quantum bits” or “qubits” will make it possible for quantum computers to crack the private keys of existing blockchains in a matter of minutes, dooming them to failure.
However, QANplatform promises that such a thing will never happen with its own network. Its quantum-resistant infrastructure makes it possible to build highly secure smart contracts, NFTs, decentralized applications and even metaverses that will be immune to quantum attacks. In addition, QANplatform also makes its infrastructure easy to use via integrations with the most popular programing languages. Further, it’s compatible with the most common software development and IT operations tools, allowing it to be deployed onto any public cloud infrastructure platform within a matter of minutes. QANplatform is also said to be one of the first blockchains that allows users to validate transactions via a smartphone.
Given its advantages, Alpine Esports decision to use QANplatform makes a lot of sense. By tapping into its technology stack, secure code libraries and developer-friendly framework, it will be able to create smart contracts in any coding language. As a result, it will be much easier for Alpine Academy members and others to build dApps on its blockchain infrastructure.
Of course, QANplatform’s unique ability to resist quantum attacks also helps to future-proof any dApps built on Alpine’s platform, safeguarding them against even the most determined of malicious actors
