Creotech Quantum provides quantum‑grade security and ultra‑precise timing solutions for research labs, critical infrastructure and quantum‑technology firms.
Funding
Funding not disclosed
Founders
Product
Problem
Modern critical infrastructure and research facilities require secure key exchange and ultra‑precise time coordination, but conventional cryptographic methods are vulnerable to emerging attacks and existing synchronization technologies lack picosecond accuracy over long distances.
Solution
Creotech Quantum delivers quantum‑grade security through a scalable Quantum Key Distribution (QKD) system that conforms to ISO 23837‑1 and can be integrated with legacy network equipment. For time and frequency synchronization, the company offers the White Rabbit platform, originally developed at CERN, providing picosecond‑level alignment for distributed systems and accurate timestamping of data streams. In quantum laboratory environments, Creotech supplies the Sinara/ARTIQ ecosystem with MTCA.4 support, enabling low‑noise, multi‑channel qubit control and sub‑nanosecond RF applications. Together, these products address the need for tamper‑proof encryption, deterministic timing, and high‑precision control in demanding operational settings.
Target Audience
Primary customers are research institutes, quantum‑technology startups, and public or private organizations that operate critical communication networks, large‑scale scientific experiments, or quantum computing laboratories.
Features
- QKD solution with ISO 23837‑1 certification, scalable architecture and plug‑and‑play integration into existing network infrastructures
- White Rabbit synchronization delivering picosecond accuracy over fiber links, proven in CERN’s high‑energy physics environment
- Sinara/ARTIQ control suite with MTCA.4 chassis support for multi‑channel, low‑noise qubit readout and sub‑nanosecond RF signal generation
- Modular hardware design allowing rapid reconfiguration for diverse experimental and industrial use cases
- High‑sensitivity, low‑noise cameras and detectors with quantum efficiency above 90 % and up to 135 fps at full resolution