VBIX News & Events

Viewbix recently announced a technological breakthrough achieved by Quantum Gyro, a portfolio company of Quantum X Labs, which specializes in the development of a quantum-based gyroscope for advanced navigation solutions. Quantum Gyro has achieved significant results in several critical components of the gyroscope technology development. These results demonstrate performance improvements of several orders of magnitude over legacy and current gyroscope systems- a transformative leap that could redefine precision navigation in GPS-denied environments.

Viewbix announced that Quantum Accuracy, a minority-owned subsidiary of Quantum X Labs, has achieved "significant" results in several critical components of the technology's development. By introducing novel developments of an Atomic Clock based on a light-modulation scheme for Ramsey interrogation, the platform enables enhanced coherence times, improved contrast, and strong suppression of systematic shifts that limit the performance of conventional compact atomic clocks. Looking ahead, Quantum Accuracy plans to complete full laboratory-scale experiments, intensify testing and optimization efforts to accelerate stabilization and technology maturation, and submit its first patent application covering the novel light-modulation technique and system architecture.

Viewbix announced a key breakthrough from its quantum-focused initiatives. The company said, "Quantum Transportation, a minority-owned subsidiary of Quantum X Labs, the Israeli quantum tech group Viewbix is in the process of acquiring, has successfully completed Milestone 1 in its Transformer-Based Quantum Decoder program. What was achieved in Milestone 1? A thorough patent feasibility assessment. In-depth research into Quantum Error Correction models - the critical "fix" that makes quantum computers reliable at scale. Finalization of a transformer architecture tailored for decoding quantum errors...Quantum Transportation is now moving to Milestone 2: System Proof of Concept. This will involve: Expanded simulations to test performance. Exploring real-world implementation paths. Early discussions with potential design partners and collaborators."

Viewbix announced that Quantum Transportation has successfully completed Milestone 1 in its Quantum Decoder program. This achievement marks significant progress toward a universal, code-agnostic neural decoder for quantum error correction. Milestone 1 encompassed Patent Feasibility Assessment, Comprehensive Quantum Error Correction Model Research, and Finalization of the Transformer Architecture. Critically, completion of this milestone fulfills a key condition under Quantum Transportation's sub-license agreement with Ramot at Tel Aviv University. Through Milestone 1, Quantum Transportation finalized its initial transformer-based decoding architecture, performed an in-depth analysis of leading QEC approaches, and validated in simulations that the approach shows strong potential to outperform traditional decoding methods in efficiency, scalability, and adaptability to varied noise conditions.