#eduqit

Qilimanjaro Tech

Q-AINA connects AI and quantum computing, advancing European technology. The project “RETECH: Q-AINA: Compression and execution of the AINA model using quantum and quantum-inspired techniques,” studies synergies between these two cutting-edge sectors for reciprocal technological advancement.

Strategic Technology Fusion

Catalan language model optimization is a Q-AINA priority. Developed with the Barcelona Supercomputing Center (BSC), these models were part of the AINA project, financed by the Secretariat of Digital Policies of Catalonia.

The study uses quantum and quantum-inspired methods to improve these complex linguistic models' execution and compression. This strategy highlights AI's potential as a transversal layer in the expanding Catalan quantum ecosystem to set a standard for how high-performance computing and quantum technologies might help regional languages.

High-Powered Consortium

The project brings together four regional and worldwide AI and quantum leaders. PIMEs Multiverse Computing (MC) and Qilimanjaro Quantum Tech lead the collaboration. Eurecat (EUT) and the Barcelona Supercomputing Center (BSC) are powerful subcontractors for these partners.

Deep tech skills compliment these people' contributions. Their cooperative “full-stack” method aims to turn quantum-inspired AI into scalable language processing solutions.

Financial and Institutional Support

Q-AINA is part of RETECH, a strategic framework under the Pla de recuperació, transformació i resiliència (PRTR). NextGenerationEU funds the program, emphasizing its importance to European digital sovereignty and technical resilience.

The Quantum Landscape Changes

Q-AINA launches during a busy time for participating companies. Barcelona-based Qilimanjaro Quantum Tech has expanded with several well-known partnerships. The company launched EduQit, a “build-your-own” quantum computer for research and teaching, in 2026 to democratize quantum technology.

Misiones QCare has also investigated quantum technology for healthcare's future. Qilimanjaro announced partnerships with Oxigen Data Center to incorporate quantum devices into commercial data centers and CERN's Open Quantum Institute to expand multimodal quantum computing in late 2025. These alliances show their global expansion.

Why Quantum Language Models Matter

The AINA Catalan language model was strategically chosen for quantum compression testing. NLP model training and inference demand huge computational resources due to exponential development. Quantum-inspired arithmetic in classical algorithms may boost model efficiency without sacrificing accuracy.

The project advances AI technology and protects local language communities by focusing on Catalan. Catalan's digital presence in government's mission is supported.

The Way Forward

The Q-AINA project may enable quantum computing in AI applications. The NextGenerationEU vision suggests that this initiative may lead to new model compression techniques that can be used outside of languages and impact climate modeling, economics, and logistics.

Barcelona introduces Qilimanjaro's modular “build-your-own” quantum computer for quantum education.

Qilimanjaro Quantum Tech launched EduQit to transform quantum physics education. This innovative modular quantum computing kit supports early-stage research, experiential learning, and practical training at academic and research organizations. By delivering an on-site superconducting quantum computing device, the business intends to give students some real-world experience with quantum hardware.

Addressing Quantum Science's "Theory Gap"

Quantum education has struggled with abstraction for years. Most current academic courses require theoretical models, software simulators, or cloud-based quantum computer access. These tools help students grasp algorithms, but they often disconnect them from the technology.

EduQit seeks to solve this ongoing issue. Most students never see the “guts” of the machines they build, so they miss out on vital knowledge about how quantum systems are built, run, and maintained. Hardware, software, and Qilimanjaro's skilled instructors make up the EduQit bundle. Due of its open architecture, academics and students can study a quantum computer's design and hardware tuning for research.

Tech Depth: Beyond Simulator

EduQit's modular design exposes hardware systems that simulators cannot. Students using the kit will learn cryogenics, qubit control circuits, and complex calibration methods to ensure system performance.

This practical experience includes:

Hardware and Control Systems: Understanding their electrical and mechanical components. Operations: Learning daily quantum system maintenance.

Application development involves writing and testing code on a physical system including environmental and noise variables.

Success at Barcelona University

Strategic applicability is already evident. At the University of Barcelona, Professor Bruno Julià Díaz coordinates the interuniversity master's degree in Quantum Science and Technology, collaborating with Qilimanjaro's hardware. He says these modular systems have given his students, notably master's theses students, a “system-level understanding” that is rare in academia.

Professor Julià Díaz emphasizes the importance of practical experience for students transitioning from academic study to managing and advancing quantum technologies. EduQit also allows adjustable qubit modality comparison and technology development.

Research in Multiple Modes

EduQit's integration with Qilimanjaro's ecosystem has progressed. Even though the kit has an on-site infrastructure, institutions can use SpeQtrum over the cloud. Remote operations and performance assessments can supplement local, on-site studies.

Its “multi-modal” architecture is key to Qilimanjaro's technology. It enables digital, analog, and hybrid quantum computing. Researchers can choose the analog or digital computation platform that best suits their use case due to this versatility. Qilimanjaro focuses on fluxonium-based analog circuits for faster and more scalable solutions than digital methods.

Strategic Goals and Global Impact

Qilimanjaro Quantum Tech, created in 2019, democratizes quantum access in Barcelona in two ways. SpeQtrum and EduQit provide QaaS for supercomputing and research hubs.

The launch of EduQit represents a commitment to ecosystem growth as well as business. By supporting workforce development and academic, industry, and public stakeholder interaction, Qilimanjaro supports national and international technical sovereignty and sustainable skill-building.

Sustainable computing resources for everyone are the company's main goal to meet the demands of a digital society. Qilimanjaro is becoming a prominent player in “computing of the future” after opening the world's first multimodal quantum data center in late 2025 and partnering with CERN's Open Quantum Institute.

In conclusion,