International Conference on Quantum Computing, Cryptography, and Computational Security
Bridging Quantum Computing and Cryptographic Security in the Digital Age
The emergence of quantum computing marks a paradigm shift in computation, fundamentally transforming the foundations of cryptography, algorithm design, and computational security. Quantum algorithms such as Shor's and Grover's pose significant challenges to classical cryptographic schemes, necessitating the development of quantum-resistant, post-quantum, and hybrid security solutions.
IC-QCSIP 2026 aims to provide a premier international forum for researchers, academicians, industry practitioners, and policymakers to exchange ideas, present cutting-edge research, and discuss challenges and solutions related to quantum computation, quantum-safe cryptography, and secure computational systems.
Provide a global platform for dissemination of high-quality research in quantum computing and computational security
Promote advances in quantum algorithms, quantum information theory, and quantum architectures
Address challenges posed by quantum computing to classical cryptography and security infrastructures
Encourage research in post-quantum and quantum-resistant cryptographic systems
Bridge theory and practice in quantum computation, cryptography, and secure systems
Foster interdisciplinary collaboration among researchers from computer science, mathematics, physics, and engineering
Qubit technologies, physical implementations, and device characterization
Quantum gates, circuit design, compilation, and optimization techniques
Quantum hardware architectures, control systems, and calibration methods
Noise modeling, decoherence analysis, and error characterization
Error correction, error mitigation, and reliability assessment
Fault-tolerant, scalable, and modular quantum computing architectures
Quantum programming models, languages, and software toolchains
Quantum simulators, emulators, and benchmarking platforms
Cloud-based and distributed quantum computing infrastructures
Hybrid quantum–classical computing systems and workflows
Performance evaluation, resource estimation, and scalability analysis
Design, analysis, and implementation of quantum algorithms
Quantum search, optimization, and simulation for scientific applications
Hybrid quantum–classical algorithms and workflow integration
Quantum machine learning, data analytics, and intelligent systems
Secure quantum algorithms and formal protocol verification
Computational models and complexity analysis
Quantum information processing and entanglement-based techniques
Resource estimation and scalability of quantum algorithms
Performance benchmarking and validation studies
Evaluation of quantum advantage
Application-driven quantum algorithms in finance, healthcare, and security
Quantum key distribution (QKD): protocols and implementations
Secure quantum communication and authentication mechanisms
Quantum network architectures and quantum internet security
Experimental deployments and practical challenges
Security protocols for quantum networks
Integration with classical and hybrid network infrastructures
Experimental testbeds and performance evaluation
Next-Generation Cryptographic Primitives
Isogeny-based cryptography and emerging post-quantum primitives
Security models and cryptanalysis of PQC algorithms
NIST PQC standardization efforts and compliance
Quantum cryptographic protocols and key management
Migration strategies to post-quantum security
Performance evaluation and optimization of PQC schemes
Implementation in software, hardware, and embedded systems
Post-quantum secure authentication and digital signatures
Integration with network protocols (TLS, VPNs, IoT, 5G/6G)
Applications in cloud, blockchain, and cyber-physical systems
Quantum-safe security for cloud, edge, and distributed computing
Impact on blockchain and distributed ledgers
Secure quantum-enabled IoT and cyber-physical systems
Secure computation and multiparty computation
Zero-knowledge proofs and privacy-preserving computation
Integration with AI, machine learning, and big data platforms
Trust management and resilience assessment
Secure data sharing and identity management
Threat modeling and defense strategies
Performance evaluation and deployment challenges
Present and discuss cutting-edge research in quantum computing and cryptography
Learn about quantum threats and post-quantum security solutions
Explore practical implementations and business opportunities
Contribute to standardization and policy development
Network and gain insights into quantum computing research
We invite researchers, practitioners, and thought leaders to submit original research papers across quantum computing, cryptography, and computational security. Explore five specialized tracks covering the quantum computing landscape.
Qubit technologies, quantum gates, hardware architectures, and error correction
Algorithm design, quantum machine learning, and quantum information science
Quantum-resistant primitives, NIST standardization, and secure systems
Quantum key distribution, secure communication, and quantum internet
Cryptographic security for cloud, IoT, blockchain, and distributed systems
Hybrid quantum-classical systems, cloud quantum computing, and interoperability
Paper submission deadline: April 15, 2026
Eminent experts in quantum computing and cryptography
Peer-reviewed research presentations
Quantum security challenges and standardization
Quantum algorithms and post-quantum cryptography
Interaction and collaboration opportunities
Submissions must be original and not under review elsewhere
All papers undergo double-blind peer review and plagiarism screening
At least one author of each accepted paper must register and present
Follow the publisher's template (Springer/ACM/Procedia)
10–12 pages (maximum 15 pages)
Minimum 600 dpi resolution
Tables should be editable
Non-compliant papers may be rejected without review
Keep track of key deadlines and conference milestones
April 15, 2026
Submit your original research papers (10-12 pages, max 15 pages)
May 15, 2026
Authors will be notified of acceptance decisions after peer review
June 19, 2026
Submit final papers and complete conference registration
July 30-31, 2026
Two days of keynotes, technical presentations, and networking (Hybrid Mode)
| Category | Fee (INR) | Fee (USD) |
|---|---|---|
| Students | ₹6,000 | $72 |
| Authors (Academia / Research Scholars) | ₹8,000 | $96 |
| Industry Professionals | ₹9,000 | $108 |
💡 Early Bird Benefits: Register early to get special discounts and priority scheduling for paper presentations.
All accepted and peer-reviewed papers will be published in reputed conference proceedings (Springer/ACM, subject to approval)
Selected high-quality papers will be invited for extended versions in Scopus indexed international journals and special issues
Quality Assurance: All publications undergo rigorous peer review and plagiarism detection to ensure academic integrity and research excellence.
Join us for insightful presentations from renowned experts and thought leaders from prestigious institutions across the globe.
Jan Wyzykowski University, Poland
School of Innovative Design, National Taipei University of Business
Professor, Communications & Computer Engineering, Faculty of Information & Communication Technology, University of Malta, Msida
Department of Physics, Experimental Faculty of Science and Technology, University of Carabobo, Valencia, Venezuela
Faculty of Science, Department of Physics, Istanbul University, Istanbul, Turkey
Stirling Technology Institut gemeinnützige GmbH, Germany
Entrepreneurship University of Applied Sciences, Estonia
University of Malta, Europe
University of Malta, Europe
Russ College of Engineering and Technology, OHIO University, USA
Cape Peninsula University of Technology, Cape Town, South Africa
Aalborg University, Denmark, Europe
Indian Institute of Technology (IIT), Patna, India
Indian Institute of Technology (IIT), Patna, India
GL Bajaj Group of Institutions, Greater Noida
IIIT Sonipat, India
Distinguished Speakers: Our keynote speakers are leading researchers and practitioners from top universities and research institutions worldwide, bringing diverse perspectives on quantum computing, quantum-classical hybrid systems, and related quantum information processing topics.
The International Conference on Quantum Computing and Secure Information Processing (IC-QCSIP 2026) follows a rigorous double-blind peer review process to ensure the highest standards of academic quality, originality, and integrity.
The IC-QCSIP 2026 review process is designed to maintain the highest standards of academic integrity while ensuring fair evaluation of all submissions. Our double-blind system protects both authors and reviewers, fostering objective assessment based purely on academic merit.
IC-QCSIP 2026 is committed to maintaining high ethical standards in research publication and adheres to globally accepted best practices.
The conference strictly prohibits:
Papers found violating ethical standards will be:
The conference aligns with international publication ethics standards (e.g., COPE guidelines) and publisher policies. All submissions are evaluated with the highest standards of academic integrity, ensuring fair treatment and rigorous assessment for all authors.
Dr. Nihar Amoncar
Vice Chancellor, IILM University
Address:
School of Computer Science & Engineering
IILM University
16, Knowledge Park II
Greater Noida, Uttar Pradesh
India – 201310
Email:
ic-qcsip2026@iilm.eduPhone:
Available upon request
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The Microsoft CMT service was used for managing the peer-reviewing process for this conference. This service was provided for free by Microsoft and they bore all expenses, including costs for Azure cloud services as well as for software development and support.