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Quantum Gyro

The acquisition of Quantum X Labs by Viewbix Inc. signals a strategic move toward high-end quantum computing and navigation. This move is mostly due to Quantum Gyro's rotation-sensing device, which can navigate without GPS or satellite connections. This unique technology is designed to be electronic jam-proof and more stable than current systems, making it ideal for military, aerospace, and autonomous transport.

In addition to navigation, the company is working on quantum error correction and atomic clock accuracy to enter a $3.64 billion industry by 2033. With these advances, Viewbix is now a prominent player in the autonomous technology generation, having previously focused on digital advertising and AI grammar tools.

GPS Vulnerability Ends

GPS has been used by marine transportation and military aerospace industries for decades. However, these systems are notoriously sensitive to meddling and “denial of service” in contested zones. A “quantum leap” in problem-solving was achieved by Quantum Gyro. The company claims that the new technology outperforms state-of-the-art gyroscopes and older systems by several orders of magnitude.

This technology is especially important for its unjammable, self-contained navigation. While prior systems required regular satellite connections, this quantum gyroscope permits autonomous location without external references. This means a ship or plane may continue its path with precision even if an adversary disabled all external radio links.

Resolving “Drift”

Gyroscope reading mistakes called “drift” have historically plagued autonomous navigation. GPS calibration is often needed for conventional sensors. Quantum Gyro reduces drift by an order of magnitude, reports say. This breakthrough allows exact navigation for days, weeks, or longer without external correction.

The system is designed for stability and software-based scalability. This illustrates that quantum-based innovations can be achieved on a variety of current platforms, not just huge industrial gear. The applications range from submarines and spacecraft to cellphones and impending autonomous automobiles and drones.

Market potential and strategic acquisition

The gyroscope breakthrough comes as Viewbix undergoes major business changes. The company has agreed to buy 85%–100% of Quantum X Labs, Quantum Gyro's parent company. This 15 December 2025 purchase includes a large patent portfolio and quantum error correcting intellectual property.

This shift toward quantum technologies has strong stockholder support. Viewbix announced on 5 January 2026 that a majority of its investors had consented in writing. This transaction's final acts are expected to take effect 20 days after the definitive information statement was mailed to the SEC on 15 January 2026 under Delaware law.

This corporate maneuvering matches market predictions of growth. DataIntelo predicts a 29.4% CAGR for the global quantum compass navigation sector between 2025 and 2033. The market value is expected to exceed $3.64 billion by the end of this time due to the extensive usage of next-generation navigation in various industrial sectors.

A Quantum Multidisciplinary Superpower

Viewbix is creating a quantum world that includes the gyroscope. In the weeks before this announcement, the company announced several notable achievements:

January 27, 2026: Viewbix revealed a new atomic clock with high precision, coherence timing, and durability, perhaps the “next generation” of timing devices.

January 21, 2026: The company focused on quantum error correction technology, which is essential for quantum system stability.

These developments are significant for Viewbix, which has previously engaged in software and digital advertising through its subsidiaries Gix Media Ltd. and Metagramm Software Ltd. Gix Media automates and monetizes internet ads, while Metagramm provides AI-driven grammatical problem remediation and translation. Quantum X Labs' acquisition represents a strategy shift toward high-stakes military and aerospace technology.

The Way Forward

Quantum Gyro is undergoing more thorough testing. The company hopes to finalize lab testing and accelerate technology stabilization and maturation. Strategic negotiations with clients and partners are underway, and the company expects “meaningful progress” in the aerospace and military, where durability in harsh situations is essential.

Viewbix Inc., a Nasdaq-listed company that has changed, revealed a critical technological milestone that might change the battle for practical quantum computing. The business completed Transformer-Based Quantum Decoder Milestone 1. This startup is switching from internet advertising and grammar software to high-stakes quantum technologies.

Quantum Transportation Ltd., part of Quantum X Labs, spearheaded this effort to tackle the noise problem that prevented quantum computer commercialization.

The Quantum Challenge: Noise Solution

The qubits are the main obstacle to quantum computing. Superposition distinguishes qubits from bits. However, qubits are brittle and prone to decoherence, which is quantum state loss due to heat or electromagnetic radiation.

For decades, the industry has recognized the importance of a robust Quantum Error Correction (QEC) system for commercializing quantum computers in fields such as medicine discovery, material science, finance, and international logistics. Without efficient QEC, ambient noise-induced errors overpower computations, rendering the machine's output worthless. Industry analysts consider QEC one of the last barriers to large-scale, practical quantum computing.

The Innovation: AI Transformer Decoders

Viewbix's error correction algorithm isn't hardware-intensive. Instead, the company is using Transformer Architecture, the same AI technology that powers Large Language Models (LLMs) like ChatGPT, to “decode” quantum mistakes.

At Milestone 1, the program met several technical and regulatory requirements.

Validated Patent Feasibility: A thorough review ensured the IP was commercially viable and defendable.

Specialized Transformer Models: These AI models process quantum errors in real time.

Secured Intellectual Property Rights: This milestone qualified for a major license from Ramot, Tel Aviv University's tech transfer division. This license grants machine learning-driven QEC decoder patent rights. Completion is a “meaningful de-risking step” because missing the deadline may have endangered these intellectual property rights.

This AI-driven strategy might revolutionize the business by lowering latency, say analysts. Conventional decoders can take too long to discover and rectify errors, causing errors to accumulate faster. Viewbix aims to improve accuracy, speed, and flexibility across quantum devices, possibly expanding.

Strategic Evolution: Grammar to Quantum Physics

The discovery is crucial for Viewbix. Gix Media, which specializes in traffic routing and digital advertising automation, and Metagramm Software, noted for its AI-powered grammatical error fixing products, have been the company's main subsidiaries. Metagramm uses machine learning and AI to check spelling, grammar, and style.

According to the company, its key machine learning capability has grown logically, albeit ambitiously, from repairing text grammatical problems to fixing qubit quantum defects. Viewbix closed a deal to buy 85%–100% of Quantum X Labs on December 15, 2025.

Prior quantum error correction intellectual property and a burgeoning patent portfolio are acquired. On January 5, 2026, the company declared that most stockholders supported the sale. After final regulatory clearances and customary conditions, the deal should conclude within 90 days of the December agreement.

Milestone 2 and “Quantum-as-a-Service” Future After Milestone 1, Quantum Transportation will start System Proof of Concept. This stage will include:

Extensive simulations to compare decoder performance to noise models. Considering practical implementation methods. Early discussions with hardware and design partners.

Viewbix's decoder might become a universal “software layer” for quantum hardware like photonic circuits, trapped ions, and superconducting loops if successful. The technology's flexibility to many quantum codes and noise is a big asset.

Investor Outlook and Market Impact

Viewbix's aggressive quantum push has garnered “cautious optimism” from the market. By acquiring intellectual property from Tel Aviv University and meeting technical deadlines, the company is becoming a prominent participant in the emerging “Quantum-as-a-Service” (QaaS) market.

SEC received Viewbix's Schedule 14C conclusive information statement on January 15, 2026. Delaware law requires stockholder-authorized actions to take effect 20 days after this statement is distributed to investors.

The company recently congratulated Prof. Lior Wolf on Mobileye's acquisition of Mentee Robotics and its network's success. Quantum X Labs bought Prof. Wolf's quantum computing error correcting IP to bolster their technical background.

Although promising, the company has incorporated the standard caveats in forward-looking statements, indicating that Milestone 2's success and the acquisition's timetable depend on risks, uncertainties, and regulatory approvals. Milestone 1 is critical to making “impossible” quantum computing tasks profitable.

Viewbix Inc. announced the Transformer-Based Decoder Program's First Quantum Transportation Milestone.

Quantum Transportation Ltd., a subsidiary of Viewbix Inc., has accomplished the first major milestone in its Quantum Decoder program, a vital development for fault-tolerant quantum computing. This achievement protects IP rights and enables advanced quantum error correction. From theoretical research to technically validated design is a major change.

Milestone 1 and IP Licensing

Quantum Transportation, a minority-owned Quantum X Labs Ltd. company, completed Milestone 1 in multiple ways. At the time, QEC Model Research, Patent Feasibility Assessment, and Transformer Architecture Finalization were the key priorities.

An important sub-license arrangement with Ramot at Tel Aviv University, the university's specialist technology transfer department, requires these components to be delivered. This milestone ensures the company's continued access to core intellectual property, including a pending patent for a machine learning-based quantum error correcting decoder. This technological and legal security should enable technology commercialization.

Technological Advance: Transformer-Based Decoding

The program aims to construct a universal, coding-independent neural decoder. Unlike previous methods, this method corrects quantum errors using a transformer-based machine learning model.

According to rigorous simulations at Milestone 1, this transformer-powered solution could outperform current decoding algorithms in efficiency, scalability, and noise adaptability. This is a crucial event for the industry since generalization over various quantum codes and noise models remains a “core challenge” in fault-tolerant quantum computing.

Moving from early research to a defensible, proven design prepares the project for prototype and real-world validation.

Strategic Growth: Viewbix-Quantum X Labs

Viewbix Inc.'s business plan guides Quantum Transportation's progress. After signing a deal to buy up to 100% (and at least 85%) of Quantum X Labs on December 15, 2025, the corporation is shifting toward quantum technologies.

Subject to customary closing conditions, regulatory approvals, and stockholder acceptance, this purchase should close within 90 days of completion. Its quantum error correction patents and intellectual property are expanding. In January 2026, Prof. Lior Wolf, CEO of Mentee Robotics, acquired quantum computing error correction IP from Quantum X Labs.

Quantum X Labs' Quantum Gyroscope Chip technology is intended to advance quantum compass direction finding.

Forecast: Milestone 2 and Industry Applications After Milestone 1, Quantum Transportation begins System Proof of Concept. This next level will include:

More simulations to verify transformer-based design.

Exploring decoder implementation options. Design partners and potential collaborators held early conversations to commercialize the technology.

High-reliability, scalable quantum decoders have various uses. Viewbix believes fault-tolerant quantum computing could benefit high-reliability businesses like transportation and security. The company seeks to solve quantum processor stability issues by inventing a noise-adaptive decoder.

Corporate Context: Quantum AI and Ads

Viewbix Inc. focuses on digital advertising and AI-driven writing through Gix Media Ltd. and Metagramm Software Ltd. Gix Media optimises and monetizes online marketing, whereas Metagramm develops multilingual writing and review software that corrects grammatical faults using AI and machine learning.

Their quantum error correction venture builds on their automation and machine learning expertise. The company's revenue comes from digital media and linguistics, but the strategic acquisition of Quantum X Labs and the development of the Quantum Decoder program indicate a long-term commitment to quantum technological leadership.

Market Impacts and Risks

Viewbix shares (Nasdaq: VBIX) rose 6.88% after the announcement to $2.02. The company remains transparent about hazards. Viewbix's forward-looking statements include risks and uncertainties that could cause actual results to differ from current expectations, including the commercialization of the technology, the acquisition of Quantum X Labs, and regulatory approvals.