Quantum Security Communication Industry Research Report
Quantum Security Communication is a type of communication that uses the principles of quantum mechanics to provide secure transmission of information. Quantum key distribution (QKD) is a cryptographic method that utilizes quantum mechanics to generate a secret key between two parties, which can then be used to encrypt and decrypt information securely. It is based on the principle of the Heisenberg uncertainty principle, which states that the act of observing a quantum system inevitably alters its state. Thus, any attempt to eavesdrop on the quantum signal would disturb the state of the system, alerting the parties to the presence of an intruder.
QKD has already been implemented in several practical applications, including military and government communications, banking and finance, and secure communication between research institutions.
Security Communication Application:
Financial services: The financial services industry is increasingly using QKD to secure communications between banks and financial institutions. This technology helps to prevent cyber attacks and ensure the confidentiality of financial transactions.
Healthcare: The healthcare industry is using QKD to secure the transmission of patient data, including electronic medical records and other sensitive information. This helps to protect patient privacy and ensure the integrity of medical data.
Defense and military: The defense and military industries are using QKD to secure communications between military units and sensitive government agencies. This technology helps to prevent eavesdropping and protect against cyber attacks.
Energy and utilities: The energy and utilities industry is using QKD to secure the transmission of data between power plants, smart grids, and other critical infrastructure. This helps to prevent attacks on the grid and ensure the availability of reliable energy sources.
Telecommunications: The telecommunications industry is exploring the use of QKD to secure the transmission of voice and data over public networks. This technology helps to prevent eavesdropping and ensure the confidentiality of communications.
Table of Contents
Foreword
Research Objectives, Scope and Methodology
1. Introduction of Quantum Security Communication Industry and QKD
1.1 An overview of QKD
1.2 Brief History of QKD
1.3 Advantages of QKD
1.4 Deconstruction of Quantum Security Communication Industry Chain
1.5 Quantum Secure Communication Application
2. Global Quantum Security Communication Industry Prediction (2019-2025E)
2.1 By Industrial Chain
2.1.1 Electronic Components
2.1.2 Terminal Equipment
2.1.3 Network and Platform
2.1.4 Operation and Service
2.2 By region
2.2.1 China
2.2.2 Asia-Pacific (excl. China)
2.2.3 North America
2.2.4 Europe
2.2.5 Others
2.3 By Application
2.3.1 Military and Defense
2.3.2 Telecommunications
2.3.3 Government Affairs
2.3.4 Power Grid
2.3.5 Finance
2.3.6 Rail and Transportation
2.3.7 Others
3. QKD Main Participants
3.1 Introduction of Global Main Vendors
3.1.1 IDQ
3.1.2 QuantumCTek
3.1.3 TOSHIBA Europe
3.1.4 Others
3.2 Introduction of Global Main Research Institutions
3.2 Global Distribution of Participants
3.3 Vendors’ Comparison
4. Quantum Security Communication Industry Opportunities and Adjustments
4.1 Driving Factors of Industry Scale Growth
4.2 Challenges Facing Industrial Development
5. Global Quantum Policy Analysis
5.1 USA
5.2 China
5.3 UK
5.4 EU
6. Industry Financing Events
6.1 Introduction of Financing Events
6.2 Analysis of Financing Events
7. Summary
8. Disclaimer
List of Exhibits:
Exhibit : Introduction of QKD
Exhibit : Quantum Security Communication Industry Chain
Exhibit : Timeline of QKD Technology Development
Exhibit : 2019-2025E Global QRNG Industry and Growth Rate Forecast
Exhibit : 2019-2025E Global QRNG Industry by Type
Exhibit : 2019-2025E Global QRNG Industry by Application
Exhibit : 2019-2025E Global QRNG Industry by Region
Exhibit : Vendors and Research Institute Distribution Map
Exhibit : QKD Industry Standard Introduction
Exhibit : List of Financing Events
……
Report Link：Quantum Security Communication Industry Research Report
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