INDUSTRY APPLICATIONS
01
Built on self-developed quantum precision measurement and quantum communication, covering grid inspection, energy-storage hazard early warning, and encrypted power private networks — an integrated protection system of state sensing, advance warning, and full-link encryption that safeguards the stable operation of new-type power systems.
02
Built on highly sensitive quantum precision sensing, delivering high-accuracy real-time monitoring of multiple atmospheric parameters. Covers extreme-weather early warning and on-site meteorological support for emergency response, providing precise, timely data for disaster prevention and mitigation decisions.
03
Fuses vacuum-noise quantum random numbers with post-quantum cryptography, covering financial transaction transmission, classified government document flows, and core database protection — deeply aligned with the national cryptography system upgrade, strengthening critical information infrastructure against data attacks.
04
Based on single-photon detection and quantum secure communication, covering border-wide inspection, electromagnetic signal monitoring, and encrypted classified private networks — precise detection of concealed targets and interception-proof, crack-resistant links that raise full-domain situational awareness and classified-information protection.
05
Built on quantum random number generation and lightweight encryption, giving large and mid-sized enterprises an easy-to-deploy information security solution covering intranet communication, data storage, and intellectual-property protection — closing the gaps of traditional security and fortifying the defense of core enterprise data.
06
Built on self-developed core quantum technology, providing universities and research institutes with standardized hardware and modular experiment solutions matched to teaching, training, and frontier research — lowering the barrier to adoption and advancing quantum research innovation and talent development.
APPLICATIONS — THE CHIP · SCROLL
01 — QUANTUM STATE IN · 量子态输入 · LiNbO₃ / Si-PHOTONICS / InGaAs COMPOSITE DIE
02 — ENCODE & MODULATE · 相位、偏振双模式编码 · PHASE + POLARIZATION DUAL-MODE
03 — POLARIZATION SELF-CORRECTION · 无消相干子空间 · ISOLATION >20dB · LOSS ≤3dB
04 — THE FULL OPTICAL LINK ON 3×4×0.2 cm · REPLACES THE 30×40×4 cm DISCRETE MODULE
PRODUCT CAPABILITY · 01 / 03
×2 PRODUCTS
01 / 06
Based on the principle of vacuum quantum fluctuations, it effectively resists side-channel attacks such as power-supply ripple, guaranteeing the unpredictability and information-theoretic security of the output sequence at the source. Among the first in China to obtain a cryptographic testing report from the State Cryptography Administration. It can work in synergy with post-quantum cryptography to provide foundational security support.
02 / 06
Adopting a dual security architecture of "Chinese SM cryptography + post-quantum cryptography" and carrying a self-developed quantum random number chip resistant to side-channel attacks, it relies on a physical entropy source to output highly secure, unpredictable random numbers, resisting the risk of quantum-computing cryptanalysis at the source. It supports high-speed cryptographic operations and full-process key management, and fits perfectly into the domestic Chinese server ecosystem.
PRODUCT CAPABILITY · 02 / 03
×2 PRODUCTS
03 / 06
Relying on single-photon detection and photon-level time discrimination, it can perform ranging, imaging, and target discrimination in environments with extremely weak echoes and complex clutter.
04 / 06
Integrating multi-dimensional remote-sensing detection units for water vapor, carbon dioxide, methane, haze, and wind fields, it achieves long-range, real-time, multi-element coordinated data retrieval, providing precise data support for environmental management in the energy industry and dual-carbon accounting.
PRODUCT CAPABILITY · 03 / 03
×2 PRODUCTS
05 / 06
An integrated photonic chip that ends the bulk, inconsistency, and un-manufacturability of discrete quantum optics — high-precision modulation, low loss, polarization-disturbance immunity, and zero manual alignment — the key hardware for slimming down and industrializing quantum communication, computing, and radar equipment.
06 / 06
It provides an ultra-low-temperature environment below 20mK with stable cooling output, serving as the core ultra-low-temperature supporting equipment for superconducting quantum computing and frontier scientific research.