Real-world AI starts with real-world data.
We build integrated photonic sensors to make that possible.
Real-world AI starts with real-world data.
We build integrated photonic sensors to make that possible.
Real-world AI starts with real-world data.
We build integrated photonic sensors to make that possible.
Real-world AI starts with real-world data.
We build integrated photonic sensors to make that possible.
The Sensory Layer for AI
The Sensory Layer for AI
The Sensory Layer for AI
Better sensing is the foundation.
Integrated photonics does for sensing what silicon did for compute. Ely turns light into a scalable interface to the physical world, unlocking richer data for health, industry, and intelligent systems.
Better sensing is the foundation.
Integrated photonics does for sensing what silicon did for compute. Ely turns light into a scalable interface to the physical world, unlocking richer data for health, industry, and intelligent systems.
Better sensing is the foundation.
Integrated photonics does for sensing what silicon did for compute. Ely turns light into a scalable interface to the physical world, unlocking richer data for health, industry, and intelligent systems.
The Sensory Layer for AI
Better sensing is the foundation.
Integrated photonics does for sensing what silicon did for compute. Ely turns light into a scalable interface to the physical world, unlocking richer data for health, industry, and intelligent systems.
Applications
Real-world optical sensing, powered by PolarCore TFLN chip platform.
Photonic chips
Defense
Health
Quantum
Environment
Real-world optical sensing, powered by the PolarCore TFLN chip platform.
Real-world optical sensing, powered by the PolarCore TFLN chip platform.
Real-world optical sensing, powered by the PolarCore TFLN chip platform.
Low-loss TFLN photonics: periodic poling, passives, modulators, and integrated heaters
Low-loss TFLN photonics: periodic poling, passives, modulators, and integrated heaters
Low-loss TFLN photonics: periodic poling, passives, modulators, and integrated heaters
Photonic chips
Photonic chips
Photonic chips
Mass-deployable sensors for readiness and exposure monitoring.
Countermeasures for IR-guided threats.
Mass-deployable sensors for readiness and exposure monitoring.
Countermeasures for IR-guided threats.
Mass-deployable sensors for readiness and exposure monitoring.
Countermeasures for IR-guided threats.
Defense
Defense
Defense
Scalable and rapid testing across clinical and home settings.
Scalable and rapid testing across clinical and home settings.
Scalable and rapid testing across clinical and home settings.
Health
Health
Health
Photon sources for quantum computing and cryptography, co-integrated with low-loss photonics and electro-optic modulators.
Photon sources for quantum computing and cryptography, co-integrated with low-loss photonics and electro-optic modulators.
Photon sources for quantum computing and cryptography, co-integrated with low-loss photonics and electro-optic modulators.
Quantum
Quantum
Quantum
Scalable environmental monitoring: greenhouse gases, methane, and pollution.
Scalable environmental monitoring: greenhouse gases, methane, and pollution.
Scalable environmental monitoring: greenhouse gases, methane, and pollution.
Environment
Environment
Environment
We take on the Hard Problems.
We take on the Hard Problems.
We take on the Hard Problems.
We take on the Hard Problems.
We work where there’s no margin for error, where new product categories are defined.
We work where there’s no margin for error, where new product categories are defined.
We work where there’s no margin for error, where new product categories are defined.
We work where there’s no margin for error, where new product categories are defined.
Start from First Principles.
Start from First Principles.
Start from First Principles.
Physics defines what’s possible. We engineer it into reality.
Physics defines what’s possible. We engineer it into reality.
Physics defines what’s possible. We engineer it into reality.
Own the Critical Technology.
Own the Critical Technology.
Own the Critical Technology.
Own the Critical Technology.
Periodically poled thin-film lithium niobate. Rooted in decades of Stanford research, built by leaders in integrated photonics.
Periodically poled thin-film lithium niobate. Rooted in decades of Stanford research, built by leaders in integrated photonics.
Periodically poled thin-film lithium niobate. Rooted in decades of Stanford research, built by leaders in integrated photonics.
Periodically poled thin-film lithium niobate. Rooted in decades of Stanford research, built by leaders in integrated photonics.
Design for Scale from Day One.
Design for Scale from Day One.
Design for Scale from Day One.
Design for Scale from Day One.
We build chips for high-volume manufacturing, working with the world’s leading foundries.
We build chips for high-volume manufacturing, working with the world’s leading foundries.
We build chips for high-volume manufacturing, working with the world’s leading foundries.
Get in touch
Get in touch
Get in touch
Support
Support
Support