Dundi develops precision quantum sensors that deliver ultra‑sensitive detection and real‑time data with unmatched accuracy for complex industrial environments. Their London‑crafted devices are tailored to a range of sectors, enabling customers to achieve sharper measurement insights and drive breakthroughs in process control and quality assurance.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial processes often require measurement of physical parameters at levels of sensitivity and speed that exceed the capabilities of conventional sensors, leading to limited insight, suboptimal control, and reduced product quality.
Solution
Dundi builds quantum‑enhanced sensors that exploit quantum phenomena to achieve ultra‑sensitive detection and real‑time data acquisition with precision far beyond traditional devices. The sensors are engineered in London and can be customized for the specific measurement challenges of each sector, delivering high‑resolution data that supports tighter process control and more accurate quality assurance. By integrating these sensors into existing industrial systems, operators gain sharper insight into critical variables, enabling faster decision‑making and improved operational outcomes.
Target Audience
Primary customers are manufacturers, process engineers, and quality‑control teams in sectors such as aerospace, semiconductor fabrication, chemical processing, and advanced materials production that require ultra‑precise measurement capabilities.
Features
- Quantum‑based measurement principle delivering sub‑nanometer displacement and sub‑picotesla magnetic field sensitivity
- Real‑time data streaming with nanosecond latency for immediate process feedback
- Modular hardware design allowing integration with diverse industrial equipment and control platforms
- Calibration‑free operation using intrinsic quantum reference standards to maintain long‑term accuracy
- Environmental robustness engineered for harsh temperature, vibration, and electromagnetic conditions