Quside Technologies, a startup delivering quantum technologies for safer connectivity and advanced computation, has created an optimized version of NumPy to accelerate randomized workloads in various fields, including finance, science, logistics, and pharmaceuticals. This forked version of NumPy is built on top of Quside’s Randomness Acceleration Platform, which combines the company’s phase-diffusion quantum random number generation products with advanced randomness processing tools.
According to Carlos Abellan, CEO of Quside, this adapted version of the NumPy library provides an easy way for end users to benefit from Quside’s new randomness generation and acceleration capabilities without requiring any code changes. The solution has been successfully validated in several customer implementations and is available for testing today.
Accelerating Randomized Workloads with Optimized NumPy
The availability of an optimized version of NumPy, accelerated by Quside’s randomness acceleration platform, is set to revolutionize randomized workloads in various fields. This forked version of NumPy allows developers, data analysts, and AI researchers to improve their randomized workloads without requiring any changes to their code.
The Quside™ Randomness Acceleration Platform combines the company’s phase-diffusion quantum random number generation (QRNG) products with advanced randomness processing tools. By leveraging this platform, the optimized NumPy version can accelerate randomized workloads in a broad range of fields, including finance, science, logistics, and pharmaceuticals. This acceleration is particularly significant for applications that rely heavily on Monte Carlo simulations, risk assessment, and other randomized workloads.
The integration of Quside’s products with NumPy is designed to be seamless, allowing end-users to benefit from the new randomness generation and acceleration capabilities without requiring extensive modifications to their existing workflows. According to Carlos Abellan, CEO of Quside, “Making the integration of our products easy for our customers is a constant effort for everyone at Quside.” This optimized version of NumPy provides a straightforward way for users to tap into Quside’s innovative quantum random number generators and quantum-enhanced solutions.
Flexible Access and Future Outlook
The acceleration capabilities offered by Quside’s optimized NumPy version can be accessed in various compute instances powered by the Quside™ Randomness Acceleration Platform. This includes private cloud deployments and remote virtual environments supported by Quside, providing users with flexibility in how they choose to deploy and utilize the technology.
Looking ahead, Quside plans to add new features to future releases of the optimized NumPy version, further improving acceleration performance and introducing additional advanced tools for Monte Carlo simulations, risk assessment, and randomized workloads. The company has already successfully validated its technology in several customer implementations and is making it available for testing today.
Quantum Random Number Generation and Acceleration
At the heart of Quside’s optimized NumPy version lies its phase-diffusion quantum random number generation (QRNG) products. These innovative solutions leverage the principles of quantum mechanics to generate truly random numbers, which are essential for various applications that rely on randomized workloads.
The QRNG products are combined with advanced randomness processing tools to create the Quside™ Randomness Acceleration Platform. This platform provides a robust and scalable solution for accelerating randomized workloads, making it an attractive option for organizations seeking to improve their computational performance in fields such as finance, science, logistics, and pharmaceuticals.
About Quside
Quside is a startup that delivers quantum technologies for safer connectivity and advanced computation. As a spin-off of ICFO, the company operates from Barcelona, Madrid, and London, commercializing innovative quantum random number generators and quantum-enhanced solutions. Quside is a founding member of the Quantum Industry Consortium (QuIC) and partner of European Quantum Flagship projects CiViQ and QRANGE.
By developing and providing cutting-edge quantum technologies, Quside aims to revolutionize various industries that rely on randomized workloads. The company’s optimized NumPy version is just one example of its commitment to making quantum-enhanced solutions accessible to a broader range of users.
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