Miraex develops photonic sensors and distributed quantum computing solutions that utilize fiber optics to monitor critical assets in harsh environments, providing real-time digital data and alerts. Their technology integrates optical components on a millimeter scale, enabling reliable sensing and connectivity for low-energy signals at the quantum level.
Funding
$6M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Monitoring critical assets in harsh environments is challenging due to electromagnetic interference, radiation, and extreme temperatures that can compromise the reliability of traditional electronic sensors. Existing sensing solutions often lack the scalability and affordability required for widespread deployment in demanding industrial settings. Furthermore, connecting microwave and optical domains at the quantum level presents significant hurdles for distributed quantum computing and sensing applications.
Solution
Miraex develops photonic sensors and quantum transducers that leverage fiber optics and photonic integrated circuits (PICs) to provide robust and scalable monitoring solutions for harsh environments. Their fiber optic sensors are immune to electromagnetic interference, radiation, and extreme temperatures, enabling reliable data acquisition directly at the core of critical assets. Miraex's quantum transducers facilitate the conversion between microwave and optical domains at the quantum level, unlocking distributed quantum computing and sensing of extremely low energy signals. By integrating optical components on a millimeter scale using semiconductor fabrication techniques, Miraex offers a complete sensing solution that delivers real-time digital data and alerts.
Target Audience
Miraex serves industries requiring robust monitoring solutions in harsh environments, as well as organizations involved in distributed quantum computing, quantum sensing, and quantum networking.
Features
- Fiber optic sensors that are intrinsically safe and operational in harsh environments
- Photonic integrated circuits (PICs) for integrating bulky components onto a millimeter scale
- Quantum transducers for connecting the microwave and optical domain at the quantum level
- Direct electro-optical microwave-optical and optical-microwave transduction schemes
- Traveling wave transducer design for ultra-efficient electro-optical conversion
- Scalable design using traditional semiconductor fabrication techniques
- Capability to provide photon entanglement between microwave and THz frequency domains