About Taqbit Labs
Taqbit Labs specializes in quantum cybersecurity solutions, including post-quantum cryptography and quantum random number generation (QRNG). The company helps organizations prepare for the quantum threat by implementing quantum-safe security measures to protect against attacks from future quantum computers.
Taqbit Labs is addressing the urgent need for quantum-safe cybersecurity. As quantum computers advance, they will be able to break current encryption methods, threatening the security of sensitive data. Taqbit Labs provides solutions including post-quantum cryptographic algorithms, quantum random number generators for truly unpredictable encryption keys, and consulting services to help organizations transition to quantum-safe security infrastructure.
Products & Solutions
Quantum Random Number Generator (QRNG)
Hardware-based true random number generation using quantum processes
- •Certified randomness
- •High-speed generation
- •Compact form factor
- •Easy integration
Post-Quantum Cryptography Suite
Software library implementing quantum-resistant encryption algorithms
- •NIST-approved algorithms
- •Drop-in replacement for existing crypto
- •Performance optimized
Quantum Security Consulting
Assessment and migration services for quantum-safe security
- •Risk assessment
- •Migration planning
- •Implementation support
- •Training
Funding
Latest News & Updates
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quantum-computingOrange Business and Cisco Collaborate on Crypto-Agile PQC Networking
Orange Business and Cisco Collaborate on Crypto-Agile PQC Networking Orange Business and Cisco have announced a collaboration to deploy Post-Quantum Cryptography (PQC) secured solutions across Orange’s global network infrastructure. Orange becomes the first European service provider to offer PQC-secured global network services utilizing the Cisco 8000 Series Secure Routers, which are specifically engineered for quantum-safe connectivity. This initiative is designed to mitigate the “Harvest Now, Decrypt Later” threat, where sensitive data intercepted today could be decrypted in the future once sufficiently powerful quantum computers become available. The technical integration focuses on making the Cisco SD-WAN infrastructure—including both its control and data planes—quantum-safe. By embedding PQC as a software feature, the solution secures site authentication and key exchange protocols across the entire Wide Area Network (WAN) rather than just individual tunnels. A central component of this strategy is crypto-agility, which allows the network to quickly upgrade or alter cryptographic algorithms as standards evolve without requiring disruptive hardware changes. This ensures that data moving across cloud environments, data centers, and corporate sites remains resilient against both current and emerging cryptographic vulnerabilities. This collaboration represents the latest building block in the Orange Quantum Defender portfolio. While PQC-secured WAN services are available immediately, PQC-secured managed Cisco SD-WAN services are targeted for commercial availability in Q3 2026. By adopting a standards-aligned, step-by-step approach, Orange and Cisco aim to provide enterprises and public sector organizations with a centrally managed, quantum-resilient WAN that maintains confidentiality over long data lifecycles. Read the official announcement from Orange Business here. February 10, 2026 Mohamed Abdel-Kareem2026-02-10T15:22:52-08:00 Leave A Comment Cancel replyComment
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quantum-computingQuantum Computing Digest — 2022
In 2022, quantum computing transitioned from speculative hype to pressing operational risks, forcing organizations to address immediate challenges in security, hardware, software, policy, fragile supply chains, and workforce shortages. Post-quantum cryptography advanced from theory to active planning and procurement, as delays now posed tangible security and compliance threats, while overhyped hybrid quantum-classical systems faced increased skepticism. Ultimately, the year highlighted that quantum adoption will hinge far more on mastering today's engineering, infrastructure, and execution risks than on awaiting major theoretical breakthroughs. The post Quantum Computing Digest — 2022 appeared first on The Qubit Report.
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quantum-computingDST Task Force Report: India Prepares for Post-Quantum Security by 2028
India is preparing to defend its digital infrastructure against the looming threat of quantum computing, with a national task force outlining a roadmap to achieve post-quantum security by 2028. The February 2026 report, “Implementation of Quantum Safe Ecosystem in India,” details a phased approach, beginning with pilot programs in critical sectors like banking and finance. Recognizing the risk of “Harvest Now, Decrypt Later” (HNDL) attacks, the Task Force emphasizes proactive measures, stating that all cryptographic transition planning shall proceed under an “assume breach” principle. This ambitious plan includes establishing a National PQC Testing & Certification Program by December 2026 and mandating the adoption of quantum-safe products in government procurement, signaling a significant investment in future-proof cybersecurity. Quantum Computing Threat & India’s National Quantum Mission This isn’t a distant concern; the report outlines phased actions, beginning with pilots in high-priority systems like banking and finance, to be implemented by 2028, with Critical Information Infrastructure (CII) targeted by 2027. Procurement requirements will prioritize “crypto-agile and PQC-compliant assets,” including a detailed “Bill of Materials (BOM)” encompassing software, hardware, and cryptographic configurations. Furthermore, the report emphasizes the need to “promote the adoption of existing indigenous quantum-safe solutions” developed by Indian R&D labs, industries, and startups, while simultaneously initiating new product development where gaps exist. This strategic roadmap positions India alongside nations formally defining PQC migration timelines, aiming for a secure and resilient digital future. Report of the Task Force: Sub-Group Summaries The current landscape of cryptographic security is bracing for a paradigm shift, driven by the rapidly approaching threat of quantum computing. Short-term actions, targeted for completion by 2028 – and 2027 for Criti
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quantum-computingOrange Business And Cisco Team on Crypto-agile PQC
Insider Brief Orange Business and Cisco are deploying post-quantum cryptography across Orange’s global network to protect enterprise and public-sector data from future quantum-enabled attacks. PQC-secured WAN services are available now, with managed Cisco SD-WAN services planned for commercial launch in the third quarter of 2026. The approach embeds quantum-resistant encryption into SD-WAN infrastructure, enabling centrally managed, crypto-agile networks that can evolve as security standards change. Photo by Chris Yang on Unsplash Orange Business said it is rolling out post-quantum cryptography across its global network through a new collaboration with Cisco, aiming to protect enterprise and public-sector data against future attacks enabled by quantum computing. According to a blog post by Jean-Noël Michel, vice president of Communication Services Business Line at Orange Business, the company is the first European service provider to announce globally available network services secured with post-quantum cryptography, or PQC, built on Cisco’s 8000 Series Secure Routers. The services are designed to safeguard data traffic over wide-area networks as advances in quantum computing threaten today’s encryption methods. Orange Business said PQC-secured WAN services are available immediately, while managed Cisco SD-WAN services with post-quantum protection are targeted for commercial availability in the third quarter of calendar year 2026. The offering is intended to ensure that sensitive data moving between corporate sites, cloud platforms, and data centers remains protected even as new computing capabilities emerge. Quantum computing poses a long-term risk to widely used encryption algorithms that secure internet traffic today. As Michel writes, attackers could capture encrypted data now and decrypt it later once sufficiently powerful quantum computers become available, a scenario often described as “harvest now, decrypt later.” That risk is prompting network operators and
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quantum-computingOrange Business and Cisco Launch PQC-Secured Network Services
Insider Brief Orange Business and Cisco have launched post-quantum cryptography (PQC)–secured network services on Orange’s global infrastructure to protect enterprise and public-sector data from future quantum threats. Orange Business is the first European service provider to offer PQC-secured global WAN services using Cisco 8000 Series Secure Routers, with managed Cisco SD-WAN PQC services planned for commercial availability in Q3 2026. The collaboration focuses on crypto-agile, centrally managed SD-WAN architectures designed to mitigate “harvest now, decrypt later” risks as quantum computing advances. PRESS RELEASE — Orange Business and Cisco are announcing today their collaboration on Post-Quantum Cryptography- (PQC) secured solutions over the Orange Business global network infrastructure. This provides customers, from enterprises to public sector, with long-term protection against future quantum attacks for their network traffic. Orange Business is the first European service provider to announce PQC-secured global network services based on Cisco 8000 Series Secure Routers. These are specifically designed for the quantum era, providing robust, quantum-safe network connectivity. As of today, PQC-secured WAN services are available. PQC-secured Orange Business managed Cisco SD-WAN services are targeted for commercial availability in CY Q3 2026. Customers can trust that sensitive data moving across organizations, the cloud, and data centers remains secure, even against the threat of quantum computing. As quantum computing advances, many widely used classical cryptographic algorithms will become increasingly vulnerable. This creates the risk that data intercepted today could be decrypted in the future, known as the “Harvest now, Decrypt Later” threat. Customers need to act now to avoid such exposure. PQC integrated into Cisco SD-WAN infrastructures is easy for customers to implement as a software feature – particularly as a managed service. It will help customer
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quantum-computingInternational Conference on Quantum Communication and Security
International Conference on Quantum Communication and Security Acronym: ICQCSDates: Monday, March 16, 2026 to Friday, March 20, 2026Web page: https://icqcs.sciencesconf.org/Registration deadline: Sunday, March 1, 2026Submission deadline: Sunday, March 1, 2026Tags: quantum cryptographyQKDquantum networkspost-quantum cryptographyICQCS 2026 is a five-day conference organized by MSCA QSI and DIM QuanTiP dedicated to quantum-safe communications, explicitly bringing together communities that are too often split across venues: 🔹 Post-quantum cryptography (PQC) 🔹 QKD theory & protocols 🔹 Experimental QKD + network integration …plus beyond-QKD quantum cryptography and quantum networks, with a program mixing keynote-tutorials, invited talks, posters, and an industry session. 📍 Paris (Campus des Cordeliers) 📅 March 16–20, 2026 📝 Free participation (registration mandatory) 🖼️ Posters: everyone is welcome to present! 🎙️ Speakers listed on the conference website include Rotem Arnon, Hugues de Riedmatten, Martin Albrecht, Giulio Malavolta, Boris Korzh, Qiang Zhang, and others. If you’re working anywhere near PQC, QKD, quantum networks, or quantum security, ICQCS is a unique chance to learn directly from leading researchers across these closely connected areas—and to connect with people bridging theory, protocols, and real-world implementations! Log in or register to post comments
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quantum-computingInternational Conference on Quantum Communication and Security ICQCS 2026
International Conference on Quantum Communication and Security ICQCS 2026 Acronym: ICQCSDates: Monday, March 16, 2026 to Friday, March 20, 2026Web page: https://icqcs.sciencesconf.org/Registration deadline: Sunday, March 1, 2026Submission deadline: Sunday, March 1, 2026Tags: quantum cryptographyQKDquantum networkspost-quantum cryptographyICQCS 2026 is a five-day conference organized by MSCA QSI and DIM QuanTiP dedicated to quantum-safe communications, explicitly bringing together communities that are too often split across venues: 🔹 Post-quantum cryptography (PQC) 🔹 QKD theory & protocols 🔹 Experimental QKD + network integration …plus beyond-QKD quantum cryptography and quantum networks, with a program mixing keynote-tutorials, invited talks, posters, and an industry session. 📍 Paris (Campus des Cordeliers) 📅 March 16–20, 2026 📝 Free participation (registration mandatory) 🖼️ Posters: everyone is welcome to present! 🎙️ Speakers listed on the conference website include Rotem Arnon, Hugues de Riedmatten, Martin Albrecht, Giulio Malavolta, Boris Korzh, Qiang Zhang, and others. If you’re working anywhere near PQC, QKD, quantum networks, or quantum security, ICQCS is a unique chance to learn directly from leading researchers across these closely connected areas—and to connect with people bridging theory, protocols, and real-world implementations! Log in or register to post comments
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quantum-computingQuantum-Proof Software Tools Tackle Looming Cyber Threats with Novel Adaptation Framework
Scientists are increasingly focused on the impending threat to current cybersecurity infrastructure posed by the development of quantum computers. Lei Zhang from the University of Maryland, Baltimore County, and colleagues demonstrate that transitioning to post-quantum cryptographic (PQC) algorithms requires more than simply updating software libraries. This research highlights a significant challenge, as existing software engineering tools struggle with the unique characteristics of PQC, including probabilistic behaviour and performance complexities. The authors outline a vision for a new field, Quantum-Safe Software Engineering (QSSE) , and introduce the Automated Quantum-Safe Adaptation (AQuA) framework, proposing a three-pillar approach to PQC-aware detection, refactoring, and verification, thereby establishing a crucial research direction for future cybersecurity development. Migrating existing software to these new, quantum-resistant algorithms is proving far more complex than a simple library update. The research centres on a vision for a new generation of tools capable of intelligently adapting legacy software for a post-quantum world. The AQuA framework is built around a three-pillar agenda focusing on PQC-aware detection, semantic refactoring, and hybrid verification. This integrated pipeline aims to automate the process of identifying cryptographic components within existing codebases, restructuring them to accommodate post-quantum algorithms, and rigorously verifying the security and performance of the resulting system. The framework directly addresses the limitations of current cryptographic inventories, which lack the code-level semantics needed for safe and efficient transformation. Specifically, the study highlights three key gaps in current PQC migration strategies. Existing approaches fail to capture how cryptographic operations are embedded within a system’s control and data flow, lack systematic refactoring patterns for PQC algorithms, and lack c
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quantum-computingReliance Global Group to Acquire Majority Stake in Post-Quantum Cybersecurity Firm Enquantum for $2.125M
Reliance Global Group is making a $2.125 million bet on the future of cybersecurity, announcing today, February 9, 2026, a definitive agreement to acquire a controlling interest in post-quantum cryptography firm Enquantum Ltd. This move comes as the threat from quantum computing intensifies scrutiny of current encryption methods, potentially compromising vital digital infrastructure. Reliance will gain 51% ownership of Enquantum through its EZRA International Group subsidiary, payable in tranches over 10 months, with an initial 8% stake expected within 30 days. “The transition to post-quantum security is shifting from theoretical planning to near-term deployment decisions,” highlighting the urgency driving this strategic acquisition as part of Reliance’s Scale51 strategy. Reliance to Acquire 51% Controlling Interest in Enquantum Ltd. The acquisition, executed through Reliance’s EZRA International Group, signals a strategic move into a rapidly evolving cybersecurity landscape increasingly threatened by the advent of quantum computing. Reliance anticipates completing the transaction within 30 days, following a due diligence review that “reinforced our belief in this acquisition.” This isn’t simply an investment; it’s a calculated step within Reliance’s recently launched Scale51 operating and acquisition strategy. The urgency driving this deal stems from the escalating threat quantum computers pose to current encryption standards. Existing methods, foundational to modern digital infrastructure, are vulnerable to attacks from sufficiently powerful quantum machines. This transition from theoretical concern to imminent risk is pushing governments and businesses to prioritize post-quantum security solutions. Reliance identifies key sectors – financial services, cloud infrastructure, communications networks, and public-sector systems like insurtech – as particularly vulnerable and demanding immediate attention. The total purchase price for the 51% fully diluted ownership is
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quantum-computingLeclercq American Capital Backs SandboxAQ’s Quantum-AI Platform for Cybersecurity & Advanced Simulation
Leclercq American Capital LLC has announced a new equity investment in SandboxAQ, a company pioneering the convergence of artificial intelligence and quantum technologies, on February 9, 2026. This strategic backing signals growing confidence in platforms tackling critical challenges in cybersecurity, advanced simulation, and next-generation sensing. SandboxAQ develops B2B software solutions designed to help large organizations secure infrastructure against future quantum threats and accelerate research in fields like chemistry and finance. As the shift towards quantum-resistant cryptography gains momentum, SandboxAQ is positioning itself as a key player, offering solutions for “cryptographic discovery and inventory,” risk assessment, and migration orchestration. This investment firmly establishes SandboxAQ as a horizontal technology platform with the potential to deliver value across diverse industries. Leclercq Capital Invests in SandboxAQ’s AI & Quantum Platform The firm’s strategy centers on backing impactful platforms in areas like cybersecurity, advanced simulation, and next-generation sensing, indicating a clear vision for future tech investment. Beyond defense, SandboxAQ is applying its technology to diverse sectors, including healthcare and financial services, with applications ranging from improved diagnostics to portfolio optimization. “Crypto-agility” is a key component of their post-quantum cybersecurity offerings, assisting organizations in adapting to evolving regulations and standards. This broad industrial reach, extending to sensing, navigation, and materials science, positions SandboxAQ as a “horizontal technology platform,” capable of delivering value across multiple industries, rather than a narrowly focused quantum specialist, according to the investment announcement. Contact for Leclercq American Capital is LAM at +377 680869708. SandboxAQ Delivers Post-Quantum Cybersecurity Solutions SandboxAQ is addressing the escalating threat to digita
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quantum-computingQuantum Computing’s Dual Approach Boosts Stability for Complex Calculations
Scientists are developing novel architectures to simulate complex mathematical structures relevant to quantum computation and theoretical physics. Vaidik A Sharma and Sainath Bitragunta, both from the Birla Institute of Technology and Science Pilani, alongside Sharma et al., present a dual-architecture simulation framework modelling morphisms and stability conditions within derived categories. Their research constructs physically executable realisations using both parameterized quantum circuits (PQCs) and topological quantum computation (TQC) based on Fibonacci anyons. This work is significant because it bridges the gap between abstract derived category theory and practical, fault-tolerant quantum hardware, offering a robust pipeline for simulating categorical stability and homological algebra. This work introduces a method for simulating morphisms and stability conditions within the bounded derived category, a concept central to D-brane physics on both Kähler and non-Kähler manifolds. Researchers constructed two physically distinct quantum realisations: Parameterised Quantum Circuits (PQCs) utilising conventional qubit platforms, and a Topological Quantum Computing (TQC) approach leveraging the braiding and fusion of Fibonacci anyons modelled via SU(2)3 tensor categories. In the PQC model, slope functionals and stability constraints are encoded as variational observables, effectively translating derived morphisms into unitaries evolving with parameterised angles. The resulting expectation values simulate quantum-corrected Chern class inequalities, incorporating deformation terms that account for deviations from classical geometric stability. This allows for the modelling of subtle quantum effects influencing the stability of D-branes. Simultaneously, the TQC model employs braid group representations to implement functorial transformations, such as spherical twists and autoequivalences, as sequences of fault-tolerant braid operations. This bifurcated approach establ
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quantum-computingIndia Reveals National Plan for Quantum-Safe Security
Insider Brief India is building a foundation to address the national security risks posed by quantum computing through the implementation of a Quantum Safe Ecosystem. As quantum computing rapidly advances, the Task Force, formed under the National Quantum Mission (NQM), has outlined critical steps for India to safeguard its digital infrastructure and maintain economic resilience. […]
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quantum-computingGoogle Warns of Quantum Threat, Outlines Post-Quantum Security Commitments
Google is sounding the alarm about an impending quantum threat to current encryption standards, urging immediate action to secure digital infrastructure. The tech giant warns that increasingly powerful quantum computers—capable of solving problems beyond the reach of even the most advanced supercomputers—could soon break the public-key cryptosystems protecting everything from bank transfers to classified information. “The encryption currently used to keep your information confidential and secure could easily be broken by a large-scale quantum computer in coming years,” Google states, highlighting the risk of “store now, decrypt later” attacks already underway. Since 2016, Google has been proactively developing post-quantum cryptography (PQC) and is now rolling out these capabilities, alongside advocating for policy changes to prepare for this quantum future. Quantum Computing Threat to Current Cryptography The advent of quantum computing presents a clear and present danger to established cryptographic systems, threatening the confidentiality of digital information worldwide. These powerful machines, capable of solving problems intractable for even the most potent classical supercomputers, “will also allow them to bypass our current digital locks,” including those safeguarding bank transfers and classified data. Unlike gradual security vulnerabilities, the risk isn’t hypothetical; malicious actors are already suspected of employing “store now, decrypt later” attacks, hoarding encrypted data anticipating future quantum decryption capabilities. Over the past decade, research has dramatically reduced the computational resources needed to compromise current encryption standards, such as 2048-bit RSA. Google, recognizing this escalating threat since 2016, has been actively developing post-quantum cryptography (PQC) – algorithms designed to withstand attacks from large-scale quantum computers. Following a multi-year international effort, America’s National Institute Standa
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quantum-computingQuantum Computing Weekly Round-Up: Week Ending February 7, 2026
This week’s quantum developments crossed from planning into validation. Q-CTRL demonstrated a commercially validated quantum navigation system operating without GPS, while Infleqtion reported 99.93% reliable qubit measurements pointing toward scalable architectures. Governments advanced from funding to coordination, with Canada accelerating its national strategy and Europe backing superconducting chip manufacturing through the SUPREME consortium. Post-quantum cryptography moved deeper into policy as Europol and Asian governments outlined migration priorities. The post Quantum Computing Weekly Round-Up: Week Ending February 7, 2026 appeared first on The Qubit Report.
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quantum-computingQuantum Computing Digest — Q4 2018
The final quarter of 2018 demonstrated the dual reality of quantum computing. While fault-tolerant systems remained distant, policy frameworks, post-quantum cryptography, and hybrid platforms advanced. Enterprises and governments began acting on long-term security and infrastructure needs. The period underscored preparation over immediate advantage. The post Quantum Computing Digest — Q4 2018 appeared first on The Qubit Report.
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quantum-computingQuantum Computing Digest — Q3 2018
The third quarter of 2018 reflected growing practical preparedness in quantum computing, as post-quantum cryptography moved into commercial partnerships and national strategies gained funding and legislative traction. Hardware progress in simulation and photonics continued, while quantum communication reached new performance records. Although fault-tolerant, large-scale systems were still years away, the period showed the ecosystem actively building the security, policy, and application foundations needed for future quantum advantage. The post Quantum Computing Digest — Q3 2018 appeared first on The Qubit Report.
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quantum-computingPodcast with Joe Ghalbouni – Ghalbouni consulting, formerly with Point72 hedge fund
Joe Ghalbouni is interviewed by Yuval Boger and describes his journey from quantum communication research and teaching in Lebanon to leading quantum and AI initiatives at Point72 and founding Ghalbouni Consulting. They discuss how to educate non-technical audiences, identify sector-specific use cases, and build roadmaps for quantum, AI, HPC, PQC, and QKD, including quantum risk assessments and migration to post-quantum cryptography. Joe highlights high-value financial use cases in optimization and quantum machine learning, the role of quantum-inspired methods on classical hardware, and the practicalities of deploying production systems with SLAs, security, and hybrid cloud/on-prem access. He argues that algorithms and domain understanding are today's main bottlenecks, gives an optimistic timeline for quantum usefulness.
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quantum-computingThe quantum era is coming. Are we ready to secure it? - blog.google
The quantum era is coming. Are we ready to secure it? Feb 06, 2026 · Share x.com Facebook LinkedIn Mail Copy link We’re issuing a call to action to secure the quantum computing era and outlining our own commitments on post-quantum cryptography Kent Walker President of Global Affairs, Google & Alphabet Hartmut Neven Founder and Lead, Google Quantum AI Share x.com Facebook LinkedIn Mail Copy link Your browser does not support the audio element. Listen to article This content is generated by Google AI. Generative AI is experimental [[duration]] minutes Voice Speed Voice Speed 0.75X 1X 1.5X 2X The world is on the threshold of solving impossible problems in drug discovery, materials science, energy, and beyond.That’s because of quantum computers — computers capable of solving problems that even the most powerful classical supercomputers can’t. They’re able to identify and consider different options at the same time. Concerningly, their unique ability to unravel scientific mysteries will also allow them to bypass our current digital locks, like the public-key cryptosystems that protect things like bank transfers, private chats, trade secrets and even classified information.To put that plainly: The encryption currently used to keep your information confidential and secure could easily be broken by a large-scale quantum computer in coming years.And while we’re not there yet, malicious actors are not waiting until a Cryptographically Relevant Quantum Computer (CRQC) is ready. They are likely already carrying out “store now, decrypt later” attacks and collecting encrypted data, just waiting for the day when a quantum computer can unlock it. So what do we do about that? In short: Get ready. Over the last decade, quantum computing research has reduced by orders of magnitude the estimated resources required to solve problems like breaking 2048-bit RSA encryption (left) and simulating useful molecules (right). Today, we are sharing an update to our work to keep users safer in
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quantum-computingQuantum Computing Digest — Q2 2018
In Q2 2018, quantum computing shifted from exploratory research to dedicated investments and infrastructure. Hardware advances focused on error correction, while post-quantum cryptography progressed via NIST standardization initiatives. National policies, funding, quantum networking milestones, and early software platforms strengthened the foundation for scalable quantum technologies. The post Quantum Computing Digest — Q2 2018 appeared first on The Qubit Report.
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quantum-computingInfleqtion and Quantum Corridor Demonstrate GPS-Free Quantum Timing Solution for Critical Network Infrastructure
Live test between Chicago and Northwest Indiana shows up to 40X improvement over GPS for keeping digital systems synchronized Infleqtion, a global leader in quantum sensing and quantum computing powered by neutral-atom technology, today announced a successful live demonstration with Quantum Corridor showing how critical digital infrastructure can stay precisely synchronized without relying on GPS. Quantum Corridor is a quantum-safe, ultra-fast, and highly secure fiber-optic network in the Midwest enabling next-generation communication. The demonstration was conducted across 21.8 kilometers of live urban fiber between Chicago’s ORD10 Data Center (350 Cermak) and the Digital Crossroad Data Center (100 Digital Crossroad Drive) in Hammond, IN. The announcement follows Infleqtion’s plans to go public through a merger with Churchill Capital Corp X (NASDAQ: CCCX). Modern digital systems, from data centers and financial trading platforms to AI networks and defense systems, depend on precise timing to function properly. Today, most rely on GPS satellites to stay synchronized. But GPS signals can be jammed, spoofed, or disrupted, creating a single point of failure for critical infrastructure. As these systems grow more complex and handle more data, they need timing that is more precise, more stable, and more secure than GPS alone can provide. “As digital infrastructure scales, relying on a single source of time is a growing risk,” said Pranav Gokhale, CTO, Infleqtion. “This demonstration shows that quantum grade timing can be delivered over existing fiber, giving operators a more precise and resilient alternative to GPS for keeping critical systems in sync.” What Was Demonstrated The demonstration leveraged Infleqtion’s Tiqker, a rugged, rack mounted quantum optical atomic clock designed for deployment in operational environments. Operating on Quantum Corridor’s in situ dark fiber, the system maintained picosecond level synchronization while continuing to perform th
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