Pioneering Quantum in The Heart of Norway

DariaSH is founded by a multidisciplinary team of leading professors in Quantum Physics, Applied Mathematics, PhD candidates in Stem Cell Engineering, Neuroscience, Data Science, Computational Science, Engineering, and Economics from top Norwegian institutions. We envision four divisions—Quantum AI Laboratory, Quantum Biology Laboratory, Q-Educational Hub, and Q-Investment Hub—to drive self-sufficiency and innovation. We decide to focus on topological qubits, partly inspired by discoveries from our CEO's former professor (Jon Magne Leinaas). We also develop a Machine Learning and Reinforcement Learning Oracle, although various challenges prevent DariaSH from fully materializing.

We officially establish QDaria in Norway, aiming to make the nation Quantum Ready. However, the onset of the COVID-19 pandemic and limited funding soon place the project in hibernation. Despite these setbacks, we retain our commitment to advancing quantum computing.

We conceptualize Zipminator, aiming to deliver quantum-safe cybersecurity solutions. Early prototypes focus on protecting communications in a future where classical encryption may be vulnerable to quantum attacks, setting the groundwork for eventual commercial release.

We secure our new headquarters in downtown Oslo. Together with Rigetti Computing, we unveil plans to launch the Novera QPU. This milestone positions us at the forefront of quantum computing in Norway while solidifying a strong local presence.

Our CEO serves as a speaker at IQT 2024 in New York—the first-ever Q+AI conference. This event highlights Norway's quantum potential on a global platform, showcasing our progress and reaffirming our role in the worldwide quantum ecosystem.

We anticipate launching Zipminator v1.0.0, our quantum-safe cybersecurity platform designed for data scientists, enterprises, governments, and academic institutions. It will integrate NIST's post-quantum cryptography standards (CRYSTALS-Kyber, CRYSTALS-Dilithium, Sphincs+, and FALCON) to safeguard sensitive data against tomorrow's quantum threats.

We plan to roll out QDiana, an immersive platform for accelerated quantum learning. It will feature interactive virtual labs, personalized learning paths, and VR/MR-based experimental quantum mechanics modules. We aim to collaborate with universities and research institutions to prepare the next generation of quantum experts.

We are finalizing our initial commitment with Rigetti and Bluefors to launch Novera QPU as the first commercially available quantum computer in Norway, demonstrating the power of quantum technology to the public and industry. This strategic system elevates our near-term market visibility while we continue developing our flagship topological quantum computer with Fibonacci anyons.

We plan a follow-up release of the Novera QPU featuring refined qubit stability and improved error-correction. While this PR-focused platform garners attention, our topological quantum computer under development promises even more robust, fault-tolerant operations for the future.

We intend to launch Damon, a quantum robotics platform optimizing control algorithms and AI-driven automation through quantum computing. Targeted at manufacturing, logistics, and R&D, Damon will enable high-precision robotics solutions for modern industries.

We plan to open Lillian, a Quantum High-Performance Computing (HPC) Center in Norway integrating topological qubits with classical supercomputing. This hub will grant enterprises and researchers secure, cloud-based access to powerful quantum hardware, propelling innovation across multiple sectors.

We intend to establish regional bases in Singapore, the Middle East, Africa, Australia, and both North and South America to engage with burgeoning quantum ecosystems worldwide. By partnering with leading research institutes and tech firms, we plan to broaden our global footprint and foster quantum innovation on every continent.

We expect to roll out Novera QPU v3 with significantly reduced error rates and notable advancements in topological error correction. These developments will drive broader adoption of quantum technologies across a spectrum of industries.

We aim to establish the EQDC in Oslo, consolidating quantum hardware, HPC infrastructure, and advanced analytics under one roof. Supported by the EU Commission, EQDC will drive pan-European quantum research, innovation, and educational programs on an unprecedented scale.

We plan to launch GrailQ, our first fully fault-tolerant topological quantum computer offering industry-leading qubit coherence and hardware-level error correction. GrailQ will usher in a new era of possibilities in AI, finance, healthcare, and beyond, underscoring our global leadership in topological quantum computing.