Harsh Environment Sensing Layer

Harsh Environment Sensing

Harsh Environment Sensing applies fiber optic sensing and Physical AI workflows to cryogenic, offshore, CCUS, hydrogen, power cable,
data center, and high-risk industrial environments.

Key Technologies

  • Cryogenic
  • Offshore
  • CCUS
  • Hydrogen
  • Power Cable
  • Data Center
  • Remote Assets
  • Qualification Roadmap
Cryogenic and LNG infrastructure sensing

Passive optical sensing ensures safe,
spark-free monitoring of sloshing, BOG,
and extreme thermal gradients without
introducing electrical hazards

EMI- immune measurement captures
partial discharge and structural strain
in high-radiation and intense
magnetic fields

Power grid and industrial asset sensing
Offshore wind and subsea distributed sensing

Distributed Fiber Optic Sensing (DAS/DTS/DSS)
turns kilometers of standard subsea fiber into
thousands of continuous virtual sensors

Critical Infrastructure Sensing Gap

To extract validation-ready data from harsh environments, the sensor cannot be electronic; it must be physical light

Traditional Electronic IoT

Traditional Electronic IoT
  • Prone to Electromagnetic Interface (EMI)
  • High degradation in radiation environments
  • Catastrophic failure at cryogenic temperatures
  • High spark risk in explosive zones

PhysicaLink™ Fiber Optic Sensing

PhysicaLink Fiber Optic Sensing
  • 100% EMI Immune
  • Inherent radiation tolerance for SMR/nuclear auxiliary systems
  • Proven stability in LNG/LH2/LNH3 cryogenic environments
  • Passive and spark-free for chemical/hydrogen hubs
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Agreement on Collection and Use of Personal Information

CyTroniQ Co., Ltd. explains through this notice how personal information provided by users is used and protected.

Purpose of Collection and Use of Personal Information

- Identification and verification of users for service usage, confirmation of intent to register, and provision of age-restricted services
- Fulfillment of contracts related to service provision, billing and payment processing, content provision, product delivery, and invoice issuance
- Delivery of notices, handling complaints, securing communication channels, and ensuring accurate delivery information
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- Other purposes necessary for smooth and high-quality service operation

Items of Personal Information Collected

- Name, company name, email address, address, contact number, mobile phone number, inquiry details, and other optional information

Retention and Use Period of Personal Information

- In principle, personal information is destroyed without delay once the purpose of collection or provision has been achieved.
- However, for smooth customer consultation services, records may be retained for up to 3 months after completion of consultation.
- Information may also be retained for a certain period if required by applicable laws such as the Consumer Protection Act in Electronic Commerce.

Procedure and Method of Destruction of Personal Information

CyTroniQ Co., Ltd. destroys personal information without delay once the purpose of collection and use has been fulfilled.
Information entered by users for membership registration or other purposes is transferred to a separate database (or stored in separate filing cabinets for paper documents)
and retained for a certain period according to internal policies and relevant laws before being destroyed.
Personal information transferred to a separate database is not used for any purpose other than those permitted by law.
Electronic files containing personal information are deleted using technical methods that make the records unrecoverable.

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CyTroniQ Rejects Unauthorized Collection of Email Addresses.

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