Quantum Computing News

TII Quantum

The United Arab Emirates’ rapidly maturing status as a global hub for advanced technology, the Technology Innovation Institute (TII) has officially launched its first cloud-based quantum computing service. This significant achievement gives outside partners previously unheard-of access to superconducting Quantum Processing Units (QPUs) built and located in the center of Abu Dhabi.

The statement, which was made by TII, the Advanced Technology Research Council’s (ATRC) applied research arm, signifies the Quantum Research Center’s shift from developing foundational technology to offering physical quantum infrastructure. TII is essentially ushering in a new age of regional and global cooperation in the quantum world by allowing users to execute quantum workloads in a cloud environment.

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A Trip to Hardware Sovereignty Over Four Years

The cloud service’s introduction marks the end of a rapid development cycle that started just four years ago. The team has progressed from developing fundamental institutional capabilities to producing fully integrated, cloud-accessible solutions since the founding of the Quantum Computing Hardware Lab.

A collection of QPU systems with 5–25 qubits forms the basis of this offering. Most importantly, these systems use chips that are made locally. These in-house components exhibit quantum coherence periods up to ten times longer than the laboratory’s first-generation prototypes, according to TII experts. Rather than depending only on off-the-shelf components, TII’s plan to develop knowledge throughout the full quantum stack, including design, fabrication, and system-level integration, is directly responsible for this performance increase.

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Bridging Hardware and Software with Qibo

TII has combined the hardware with its own open-source software framework, Qibo, to make it easier for its partners to use. Qibo, created by the Quantum Middleware team in collaboration with the hardware lab, is the crucial layer for submitting jobs and carrying out intricate workflows.

Researchers can use Qibo to:

• Construct intricate quantum circuits.
• Develop hybrid quantum-classical workflows, which are widely considered the most viable path toward near-term quantum advantage.
• Execute jobs seamlessly across both simulators and physical QPU backends through a unified interface.

By standardizing on Qibo, TII makes sure that its partners have the smoothest possible transition from developing theoretical algorithms to implementing them on practical hardware.

Leadership Perspective: Ambition and Pace

TII leadership has praised the launch as evidence of the UAE’s rapid technological advancement. The strategic significance of this shift was highlighted by Dr. Leandro Aolita, Chief Researcher at TII’s Quantum Research Centre.

Four years after the lab was established, Dr. Aolita said, “launching a cloud-accessible QPU service shows both the pace and ambition of a quantum program.” He added that the new model offers a “practical platform to accelerate experimentation and hybrid quantum-classical development on locally developed infrastructure,” whereas the infrastructure was previously only available for internal use by TII’s Quantum Algorithms team for validation and benchmarking.

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The Global Quantum Context: A Busy February for the Industry

TII’s cloud service launch coincides with a period of high activity in the worldwide quantum ecosystem. The TII announcement and a number of other significant events demonstrated the quickening

Quantum technology commercialization:

• Corporate Restructuring: In an indication of a move toward more sophisticated corporate governance, Xanadu announced the appointment of four seasoned international business executives to its Board of Directors.
• Public Markets: By merging with Real Asset Acquisition Corp., IQM Quantum Computers is poised to go public, potentially supplying the funding required for extensive hardware expansion.
• National Investment: In an effort to close the gap between laboratory research and commercial implementation, the Australian government announced further funding for quantum technology demonstration projects.
• Quantum Security: In response to the increasing demand for post-quantum cryptography, Ameritec IPS introduced a new biometric wallet and the quantum-resistant QAmChain.
• Capital Infusion: With a focus on investments in error correction and quantum infrastructure, Quantonation successfully launched a €220 million fund.

This larger background highlights that TII’s cloud migration is a part of a global competition to offer dependable, easily accessible quantum computing resources rather than an isolated incident.

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Looking Toward the Future

The present launch is presented as the initial stage of a long-range plan. According to TII, the service will keep growing, with intentions to launch:

• More qubits and improved system performance.
• Frequent system and hardware changes to keep up with international standards.
• New avenues for partner access as the Abu Dhabi quantum ecosystem develops.

By offering physical hardware access via the cloud, TII is establishing itself as a major force in practical quantum research. The UAE has a high level of technological sovereignty in an area that is increasingly seen as a foundation of future economic development and national security because of the institute’s emphasis on locally built systems, from the manufacturing of the chips to the middleware that operates them.

TII has made the platform available through https://tii.qibo.science for software integration and https://q-cloud.tii.ae for general service information for researchers and organizations interested in using this new resource.

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