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Advances in intelligent systems and computing

Quantum Cryptography Protocols for Internet of Everything: General View

C. Pradeep, M. Kameswara Rao, B Vikas

Published Aug 10, 2020• 1 citation
Publisher
DOI
10.1007/978-981-15-5400-1_21

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Villaber Universe Formula: All Mathematics 1 System - Universe - 1/2 + 1/2 = 1 EXACT - Theory of Everything - Complete 12-Poster Series

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Quantum security in multi-party authentication is a critical aspect to be addressed in Internet of Everything (IoE), especially when considering the possible future network attacks by the usage of quantum computers. To ensure an invulnerable multi-party computation, the Post-quantum based Oblivious Transfer for authentication in heterogeneous internet of everything Systems (POTS) protocol proposed in this paper integrates 1-out-n oblivious transfer along with the post-quantum encryption to preserve the network from suspicious parties during communication. The protocol further intends to evaluate resilience by considering various metrics namely, hit ratio, execution time and memory consumption, in order to attain considerable accuracy in an IoE environment. The POTS protocol achieves an execution time of 66.69 seconds, device memory consumption of 131.95 MB and hit ratio of 20.46% for the session size of 300.
In Our daily life we are getting very much dependent on Internet or Virtual Reality. They are nothing but an illusion of a Cyberspace. It has effect on our every aspect of life, like Education, Sports, and Health etc. We are using the term Cryptography which is the science of using mathematics to encrypt and decrypt data. We had used various Encryption standards in back days namely, DES, AES, RSA, Elliptical AES etc. But nowadays we are using Quantum Cryptography for this. It is nothing but use of Physics (mainly Quantum Physics) for Encrypting the data. In this Research paper we will mainly focus on the new approaches that come in the path of Quantum Cryptography. We will also view some interaction of Quantum Cryptography in future Internet services. Quantum computing is yet to be explored but still the explored part has the capabilities to counter the “alien” hacking protocols if tested over any System. Older System were using protocols like RSA, AES, DES even some of them are more capable than our need, but the use of QC will not only secure the systems but there are major chances that eavesdropper got caught while eavesdropping. Also QC is a pathway to secure communication. This paper includes the review of older state of Quantum Cryptography which will give us information about QKD algorithms and its protocol and we will also overview on its risk and security features. We will also provide a glimpse of current various works going in various Educational Institutions.
All Mathematics 1 System - Universe Villaber Universe Formula: 1/2 + 1/2 = 1 EXACT is the foundation of the Infinite Halving Principle and the All Mathematics 1 System - Universe. Core Mathematical Proof: Sn = 1 - (1/2)^n Sum_{n=1}^{∞} (1/2)^n = 1/2 + 1/4 + 1/8 + ... = 1 EXACT lim_{n→∞} Sn = 1 EXACT 1 - 1/2 - 1/4 - 1/8 - ... = 0 EXACT This 12-Poster Complete Series presents the All Mathematics 1 System - Universe unification of: 1. Universe Formula 00-97 - MSC2020 63 Categories All=1 EXACT 2. Infinite Unity - Central Formula 3. Quantum Mathematics - Qubit Superposition, Probability Sum=1, Fractal Fibonacci 4. Quantum Physics - Wave-Particle Duality, Uncertainty, Entanglement, Big Bang/Black Hole 5. Quantum Computing - Bloch Sphere, Hadamard Gate, Qubit Logic 6. Quantum Entanglement - Bell States |Φ+>, Non-locality, Teleportation, Multiverse 7. General Quantum Technology - Computing, Internet, AI/AGI/ASI, Cryptography, Space Warp 8. Quantum General Chip - 4 Cores: General Science, General Technology, General Nature, General Systems 9. Quantum Master Chip - CPU of Universe: Formula Engine, Quantum AI Core, Entanglement Fabric, Cosmic Power 10. Quantum Internet - Infinite Halving Protocol: Qubit, Entanglement, Teleportation, Network Layers 11. Infinite Chip - Beyond NVIDIA GB300 Blackwell Ultra: 15,000 TFLOPS FINITE vs ∞ TFLOPS INFINITE 12. Infinite Chip - Fractal Iteration: Infinite Qubits, Self-Expanding, Recursive Quantum Processing Author: Ruel Villaber, Villaber Quantum Labs, Mandaluyong City, Philippines, 1550 Theory: Infinite Unity / Law of One - All = 1 EXACT - All Mathematics 1 System - Universe Application: Theory of Everything, Quantum AGI/ASI, Quantum Internet, Fractal Chips