Precision Photonics for the Most Demanding Applications
Ultra-High-Resolution Photonic Interrogation
Industry
Aerospace and space optics semiconductor manufacturing integrates quantum and cryogenic systems, battery and energy research, advanced infrastructure, material science physics to enable resilient, high-precision next-generation technologies for exploration, security, and sustainable innovation.
Use Case
Precision photonic sensing enables strain monitoring in satellites and telescope mirrors, nanometer lithography positioning, cryogenic quantum temperature stabilization, battery thermal expansion tracking, infrastructure microstrain safety, and nanoscale lattice deformation analysis.
Ardeonics Advantage
Ardeonics advantage: nanostrain deformation detection enabling optical alignment, predictive maintenance, sub-nanometer feedback, die-level stress mapping, millikelvin sensitivity without EMI, revealing degradation, early fatigue detection, expanding metrology for materials and superconductors.
Industry
Aerospace and space optics semiconductor manufacturing integrates quantum and cryogenic systems, battery and energy research, advanced infrastructure, material science physics to enable resilient, high-precision next-generation technologies for exploration, security, and sustainable innovation.
Use Case
Precision photonic sensing enables strain monitoring in satellites and telescope mirrors, nanometer lithography positioning, cryogenic quantum temperature stabilization, battery thermal expansion tracking, infrastructure microstrain safety, and nanoscale lattice deformation analysis.
Ardeonics Advantage
Ardeonics advantage: nanostrain deformation detection enabling optical alignment, predictive maintenance, sub-nanometer feedback, die-level stress mapping, millikelvin sensitivity without EMI, revealing degradation, early fatigue detection, expanding metrology for materials and superconductors.
Your Identity
Ultra-High-Resolution Photonic Interrogation
Ardeonics develops and manufactures ultra-high-resolution photonic interrogators and sensors capable of detecting nanostrain-level deformation and millikelvin-level temperature changes in industrial and research environments.
Our systems deliver 100× higher resolution than conventional FBG solutions, enabling insights and control where every femtometer and millikelvin matter.
Your Identity
How It Works
A Fiber Bragg Grating (FBG) is a laser-written refractive index pattern inside a single-mode optical fiber that acts as a narrow-band mirror. When strain or temperature change, the grating period shifts altering the reflected Bragg wavelength. Ardeonics interrogators track these minute wavelength shifts with 1 femtometer resolution, converting them into precise strain and temperature readings along the fiber. We integrate Photonic Integrated Circuits (PICs) with FBG, Ring Resonator (RR), or Distributed Bragg Reflector (DBR) sensors to deliver unmatched accuracy and signal stability. This architecture eliminates electrical noise and drift, ensuring reliable measurements even in high-radiation, cryogenic, or electromagnetically sensitive environments.
R&D in Progress
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