Mobile World Congress (MWC) Barcelona 2025 stands as the world’s largest connectivity event, bringing together global tech leaders, innovators, and decision-makers. This year’s congress will serve as a dynamic platform where emerging trends in mobile, IoT, digital transformation, and connectivity converge. MWC is renowned for its ability to catalyze new ideas, foster strategic partnerships, and drive industry disruption, making it the ideal stage for Quside to highlight its innovative solutions.

Aligned with MWC’s theme “Converge. Connect. Create.”, Quside’s messaging is built on a foundation of digital trust—reinforced by our advanced quantum randomness solutions and real-time entropy quality observability.
As the digital world braces for the quantum era, traditional cryptographic methods are evolving into quantum-safe protocols. Quside is at the forefront of this transition by providing critical Level 4 RNGs and real-time observability that serve as the bedrock for integrating PQC. Our technology ensures that organizations can begin their journey toward robust quantum safety, addressing emerging threats while laying a secure foundation for future-proof encryption solutions.
Quside fuses quantum physics, photonics, and semiconductor circuit technology to deliver highly scalable and integrable Level 4 RNG solutions. Our systems not only generate truly random numbers at speeds up to 400X faster than the competition but also incorporate continuous, real-time quality monitoring. This technological convergence ensures that our clients—ranging from industry giants like Telefónica, Thales, and Airbus to innovative startups—receive a robust cryptographic foundation.
Our commitment goes beyond generating randomness; we bridge the gap between devices, data, and people through robust integration strategies. With advanced observability, our solutions integrate seamlessly via our QRNG Open API—developed in collaboration with Palo Alto—and through strategic partnerships with industry leaders such as PQShield, Thales, and Keyfactor. These integrations enable clients to effortlessly incorporate quantum-grade random number generation into their existing cryptographic frameworks, ensuring secure, efficient connectivity while maintaining rapid performance and ease of deployment. It’s important to note, however, that while our Level 4 RNGs are a critical building block for quantum-secure systems, they represent just one component of a broader quantum safety ecosystem that requires complementary security measures.
In today’s digital landscape, high-quality, hardware-generated random numbers are essential for secure encryption—whether for online transactions, email communications, or cloud storage. Quside’s real-time metrology differentiates us by continuously validating the quality of randomness, ensuring that our clients’ cryptographic systems remain at the highest level of security. Our solutions are designed with practical, real-world applications in mind, addressing the evolving challenges of cybersecurity and high-performance computing.

We are proud to introduce Quside Onyx S1 embedded modules—our latest breakthrough designed to deliver next-generation quantum random number generation on a highly integrable platform using Quside Ruby S1 chip at speeds 50-100 Mb/s. Engineered for reliability and scalability, Onyx S1 sets a new benchmark for integration into diverse environments, targeting diverse markets from Defence to IoT and smart cities.

To ensure our technology seamlessly complements existing cybersecurity frameworks, Quside is forging strong partnerships through:
_QRNG Open API Collaboration with Palo Alto: Enabling effortless integration of our Level 4 RNG solutions into modern security infrastructures.
_Industry Alliances with Thales, Keyfactor, and PQShield: Strengthening our ecosystem and broadening access to quantum-safe solutions across critical sectors.

In collaboration with Deloitte, Quside published an in-depth article on QRNGs and the classification levels of RNGs (L4 RNG framework), detailing how our advanced technology forms a critical component in building resilient, quantum-secure systems.
Join our CEO, Carlos Abellan, and VP Product, Fernando de la Iglesia, to explore how businesses can embed quantum random number generators into their next designs, unlocking new levels of security and performance for critical applications. They’ll discuss how Quside’s Onyx S1 Module and Ruby S1 Chip are setting new benchmarks in reliability and real-time monitoring and how the QRNG Open API enables seamless integration into modern infrastructures, including Entropy Core and Equinix Fabric™.
Quantum Space – Hall 6, Stand 6A8
Wednesday, March 5th at 11:30h

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