Vector Atomic develops application‑specific quantum sensors and optical atomic clocks that bring laboratory‑grade precision to real‑world environments such as land, sea, and space.
Funding
Funding not disclosed
Founders
Product
Problem
High‑precision timing and inertial measurement devices based on quantum technology are typically confined to laboratory settings because they are large, fragile, and expensive, limiting their use in field‑deployed applications such as autonomous navigation, high‑bandwidth communications, and geophysical surveying.
Solution
Vector Atomic engineers application‑specific quantum sensors and rack‑mount optical atomic clocks that operate reliably in harsh thermal, dynamic, and radiation environments encountered on land, at sea, and in space. By integrating custom metal‑glass cells, lasers, optics, and control electronics, the company delivers system‑level solutions that provide picosecond‑level synchronization and sub‑10 ps timing over city‑scale free‑space links. Their inertial sensors, including a strapdown atomic gravimeter and an atomic gyroscope, enable precise gravity mapping and navigation without GPS. The technology is packaged for rugged deployment, allowing customers to replace bulky laboratory equipment with compact, field‑ready quantum hardware.
Target Audience
Primary customers are defense and aerospace organizations, autonomous vehicle manufacturers, satellite operators, and geophysical surveying firms that require ultra‑precise timing or inertial measurement capabilities in field‑deployed environments.
Features
- Rack‑mount optical atomic clocks validated against reference standards and demonstrated sub‑10 ps timing over a 30 km free‑space link
- Custom metal‑glass cells that isolate atomic quantum states from environmental perturbations
- Integrated laser and optics subsystem for state preparation, probing, and readout
- Precision electronics and software that orchestrate measurement sequences for timing and inertial sensing
- Strapdown atomic gravimeter capable of autonomous high‑resolution gravity mapping on moving platforms
- Atomic gyroscope designed for low Earth orbit demonstrations, providing high‑accuracy rotation sensing
- Ruggedized design certified for operation in extreme thermal, vibration, and radiation conditions typical of maritime and space missions