Quantum Secure Communication Simulation Platform
Keywords:
Quantum Secure Communication Simulation Platform
Product Overview
The Quantum Secure Communication Simulation Platform is an engineering education and science popularization platform designed to simulate the transmission of confidential information based on the BB84 protocol. By using this platform, users can visually demonstrate the application of the BB84 protocol in secure communication, thereby overcoming the shortcomings of traditional textual explanations, which tend to be tedious, non-intuitive, and unclear. The BB84 protocol is the core protocol of quantum secure communication. Through hands-on operation, users can simulate and experience the entire communication process, including key distribution, image encryption, and decryption and transmission.
The product fully takes into account the needs for demonstration and interaction. Students and visitors can experience the complete BB84 protocol step by step, including polarization encoding, basis selection, and measurement basis procedures. Up to two users can simultaneously play the roles of Alice and Bob, freely drawing and writing on a digital whiteboard to perform encrypted transmission of content. During the transmission process, users can observe how the key is transformed into ciphertext through XOR operations and how the corresponding images or text are transmitted.
Product Parameters
| Serial number | Version | Performance parameters |
| 1 | Software standalone version WT-Qscsop-10 | Supports the complete communication process for simulating key distribution based on the BB84 protocol, image encryption, and decryption of transmitted images; supports simulation-based control of key transmission rates; and supports voice commentary. |
| 2 | Standard Edition WT-Qscsop-20 | Includes the full functionality of the standalone software version; a set of standardized configuration sandbox, featuring two all-in-one touch-screen devices. Standard sandbox dimensions (length × width × height): approximately 2210 × 1110 × 635 mm. |
| 3 | Standard Edition WT-Qscsop-30 | With the integration of software and hardware, students can manually perform operations such as key generation, basis selection, and measurement. |
Experimental Content
| Serial number | Experiment Name | Example of experimental results |
| 1 | 1. BB84 protocol experiment; 2. XOR algorithm; 3. Image encryption experiment; |
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Address: No. 2800, Innovation Avenue, High-Tech Zone, Hefei City, Anhui Province, Innovation Industrial Park Phase II, E2-901/902
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