Classiq
Software Development
Quantum computing software platform - compiler, IDE and OS
About us
Welcome to Classiq - Leading Quantum Computing Software Inspired by traditional semiconductor design automation, Classiq combines deep quantum expertise with novel implementation of classical computing software automation. This combination of deep technologies is designed to transform the quantum software stack, today and in the future. With an IDE, SDK, Compiler and OS for quantum computing, Classiq is positioned at the intersection of quantum physics and computer science. Classiq’s transformative offering is being woven into the fabric of the quantum computing ecosystem: QUANTUM DEVELOPERS: As quantum computers get more powerful gate-level manual coding becomes impractical, and at times impossible. Classiq’s unique technology changes that. Classiq’s high-level quantum development environment offers functional libraries and deploys advanced heuristics and algorithms to synthesize quantum circuits automatically. Experts and beginners alike are now able to implement advanced scalable quantum circuits that are automatically optimized for a specific quantum machine, as well as easy benchmarking. Execution on quantum machines and simulators is built-in. QUANTUM COMPUTER PROVIDERS: Classiq’s software can be deployed as a dedicated front-end operating system offering customers best-in-class features maximizing customer insights and productivity. QUANTUM CLOUDS: Classiq’s hardware agnostic development software enables programs in all leading quantum programming languages providing broad access to and driving adoption of cloud platforms. HPC & ADVANCED COMPUTATION: Classiq’s scalable automation and classical computing underpinning make it a natural partner for today’s supercomputing providers seeking to integrate seamlessly with quantum computing. Classiq is collaborating with the world’s leading supercomputing providers to build seamless architectures to combine the best of both classical and quantum computing.
- Website
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https://classiq.io
External link for Classiq
- Industry
- Software Development
- Company size
- 51-200 employees
- Headquarters
- Tel Aviv
- Type
- Privately Held
- Founded
- 2020
- Specialties
- Quantum Computing , Quantum Software, Quantum Algorithms, High performance computing, Automotive, Pharmaceutical R&D, FinTech, Supply Chain, Manufacturing, DevOps, Software Development, Computer Science, Machine Learning, Artificial Intelligence, Quantum Circuits, and Computer-Aided Design
Locations
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Primary
Get directions
Daniel Frish 3
9th floor
Tel Aviv, 6473104, IL
Employees at Classiq
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Ran Achituv
Quantum & Deep-tech investor, Entree Capital & Chairman of Advisory Board and Alumni at Efi Arazi School of Computer Science
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Henry Ainouze
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Miriam Shtilman Lavsovski
Partner at Tal Ventures | DeepTech Enthusiast
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Shira Kaplan
Cyber-Security Entrepreneur & Investor | Board Advisor | World Economic Forum Young Global Leader (2017) | Bilanz 100 Digital Shapers "Hall of Fame"
Updates
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Classiq reposted this
I’m deeply grateful to share that Classiq has raised $110M in our Series C round - for leading the software layer of the quantum era. This is much more than a funding milestone. It’s a reflection of the people who have been on this journey with us: our customers, partners, investors, and above all, the incredible Classiq team. A new chapter begins — and we’re just getting warmed up. Special thanks to our new and existing investors: Entrée Capital, Norwest, NightDragon, Hamilton Lane, Clal, NEVA SGR, Phoenix, Team8, IN Venture, Wing Venture Capital, HSBC, A&E Investments, Samsung Next, OurCrowd, Qbeat Ventures, and others who continue to believe in our vision. #quantum
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Classiq reposted this
🚀 Quantum Coding Just Leveled Up In the past month, we saw a major leap in quantum hardware with the launch of Microsoft’s Majorana 1 chip, signaling that scalable, fault-tolerant quantum computing is closer than ever. But hardware alone isn’t enough—we need tools that let developers actually build useful applications. That’s why I wrote about #Qmod, a powerful new high-level quantum #programming language developed by Classiq Technologies. Qmod bridges the gap between quantum intent and implementation—letting you write arithmetic expressions, constraints, and logic like you would in #Python, while the compiler handles the qubits, gates, and uncomputation behind the scenes. Qmod may be the final missing piece in the quantum computing stack—just like C and Python were for classical computing. 🧱 Think ISO model, but #quantum: Hardware ✅ Compiler ✅ Programming Language 🔥 ← Now solved If you’re a quantum developer, researcher, or just curious where the field is headed, give it a read and let me know what you think: #QuantumComputing #Qmod #QuantumProgramming #Classiq #QuantumStack #Innovation #TechLeadership https://lnkd.in/dnFAWt_J
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Qmod, Classiq's quantum high-level expressive language, enables deep optimizations that are otherwise impossible. We are excited to share that our new paper “Qmod: Expressive High-Level Quantum Programming” is now available on arXiv. Read the paper and the corresponding blog post: blog: https://lnkd.in/dkh76GBf paper: https://lnkd.in/dJyrPnUS It is this language, coupled with Classiq's compiler, that gives rise to massive improvements in required resources. Well done: Matan Vax Peleg Emanuel Israel Reichental Ori Opher Ori Roth Tal Michaeli Yehuda Naveh Amir Naveh Lior Gazit Eyal Cornfeld, Ph.D. Lior Preminger
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We look forward to participating in the Future Leaders in Quantum (FLIQ) virtual hackathon hosted by AI for Good next weekend! 🤩 If you haven't yet registered, it's not too late. Sign up and put your quantum skills to the test solving the Classiq challenge. See you there! https://lnkd.in/e8hUt69V Quantum Coalition International Telecommunication Union
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Another great contribution to the Classiq Library! 🤩 Take a look at the new notebook demonstrating efficient block encoding circuits for quantum walks on structured graphs: https://lnkd.in/dZGeVENW Interested in contributing to the library and having your code maintained for you? Open an issue in our repository and get started!
Excited to share that my contribution to the open-source library of Classiq Technologies has been accepted! 🚀 As part of the Paper Implementation Challenge organized by Classiq and the Quantum Coalition, I implemented efficient block encoding circuits for quantum walks on structured graphs — based on parts of this very interesting paper: https://lnkd.in/g_kDyy8t The contribution is now merged into the main repository! If you’re interested in quantum algorithms, quantum walks, or just want to see an efficient block encoding in action, check it out and give it a try (feedbacks are welcome): https://lnkd.in/gbbssj2y Thanks to the organizers for putting together this great initiative!
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Another great contribution to the Classiq Library! 🙌 Well done to the team for implementing the BB84 Quantum Key Distribution (QKD) protocol—a foundational milestone in quantum cryptography. One of the biggest advantages of contributing to the Classiq Library is that your work doesn’t just get published—it stays alive. Contributions are actively maintained and kept up to date, while you code stays compatible with the latest versions of the platform. We’re proud to see our community helping make quantum algorithms more accessible, reliable, and impactful. Keep the great contributions coming! 🚀 #QuantumComputing #QuantumCryptography #OpenSource #ClassiqLibrary #BB84 #QuantumCommunity #QuantumSecurity
Data Scientist | Ex-SmartAIL | M.Sc. Data Science @ Coimbatore Institute of Technology |
Excited to share that we’ve made a open-source contribution to Classiq Technologies! Our team has successfully implemented the BB84 Quantum Key Distribution (QKD) protocol into the Classiq library , bringing a foundational quantum cryptography protocol to a broader community of developers and researchers. This was a rewarding collaboration, and I’m proud to have worked alongside my brilliant co-authors: Aravind M.S Dr. Manjula Gandhi S Dr.Gayathri Devi.S Quantum security is the future, and open-source contributions like this are small but meaningful steps in making quantum technologies more accessible and practical. 🔗 https://lnkd.in/gAaGBa7V #QuantumComputing #OpenSource #Classiq
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