Qilimanjaro Quantum Tech has announced the release of EduQit, a modular, “build-your-own” quantum computing kit designed to provide universities and research institutions with on-site, hands-on access to physical quantum hardware. Unlike traditional educational models that rely on simulators or remote cloud access, EduQit is a deployable system that allows students and researchers to engage directly with the complete physical stack of a quantum computer. This includes direct interaction with cryogenic platforms, control electronics, and calibration processes essential for understanding the operational realities of superconducting quantum systems.
The hardware package covers the full technical requirement for an operational quantum computer. It includes a cryogenic platform consisting of a dilution refrigerator with specialized wiring and shielding, and control electronics for RF and microwave signal conditioning. The Quantum Processing Units (QPUs) are based on Qilimanjaro’s proprietary fluxonium superconducting qubits, which are available in analog, digital, or hybrid configurations. The modular architecture is designed to be expandable, reducing technological lock-in by allowing institutions to upgrade components as hardware capabilities evolve.
On the software side, the kit is integrated with the QiliSDK (an open-source Python framework) and the SpeQtrum cloud platform. This allows institutions to complement on-site laboratory work with remote workflows and benchmarking across multiple computing paradigms. By providing an open design, Qilimanjaro aims to bridge the “theory-practice gap” in quantum education, facilitating advanced research in qubit modality comparison and enabling the development of the next generation of the quantum workforce.
Read the official announcement from Qilimanjaro Quantum Tech here, and the EduQit Product Page here.
January 29, 2026
