Quantum Sensing for Zero-Defect Manufacturing

Achieve Zero-Defect Manufacturing. See What Classical Sensors Miss.

Achieve Zero-Defect
Robots assembling electric vehicle batteries on a production line.

Quality control failures in high-stakes environments like aerospace and automotive.

Traditional Non-Destructive Testing (NDT) misses the micro-defects in advanced composites and battery cells that lead to catastrophic failure.

Analyze Sensitivity Metrics

A specialized advisory and implementation track focused on next-generation quantum sensors.

A group of three industrial workers wearing safety helmets, standing inside a factory or industrial facility. The person in front is a man in a white shirt and tie with a white helmet. Behind him are a woman and a man, both wearing orange helmets and work jackets, with the man also wearing yellow ear protection around his neck.

Achieve zero-defect manufacturing and navigation resilience. We implement the sensing technologies that see what classical sensors miss.

  1. Battery Health Monitoring

    Implement Nitrogen-Vacancy (NV) center sensors to detect minute magnetic anomalies that signal early-stage battery degradation, far beyond the sensitivity of classical sensors.

  2. Composite & Pipeline Integrity

    Use Atomic Magnetometers to inspect aerospace composites or pipelines for corrosion and delamination without requiring physical contact.

  3. Navigation Resilience (Aerospace & Defense)

    Advise on integrating ‘GPS-free’ navigation systems using Cold-Atom Gyroscopes, critical for autonomous systems in jammed environments.

Request Sensor Advisory