Discover our QRNG chip, a silicon-based quantum random number generator that delivers true, unpredictable entropy without the need for external light sources. Designed for low power consumption and seamless hardware/software integration, it’s ideal for embedded systems, IoT, secure communications, and critical infrastructures.
Our QRNG USB Key gives you access to true quantum-generated randomness anytime, anywhere. Compact, ultra-low-power and NIST-compliant, it’s a plug-and-play solution to enhance encryption and secure your devices from laptops to servers.
Both products generate entropy from the fundamental unpredictability of quantum physics ensuring uncompromised security and non-reproducibility.
Whether embedded or portable, iQrypto’s QRNGs are built to operate with minimal power consumption
Designed for seamless integration through hardware interfaces or USB enabling fast deployment in systems .
Fully compliant with leading cryptographic standards (e.g., NIST 800-90) and engineered to meet the rising demands of quantum-era cybersecurity.
The ETRA DAQ board is a high-performance data acquisition solution designed to bridge the gap between R&D and production. It delivers real-time, ultra-precise signal capture while reducing development costs and accelerating your product’s time-to-market. With modular hardware, seamless FPGA integration, and user-friendly software for live analysis, ETRA DAQ adapts to a wide range of use cases from imaging and aerospace to IC testing and advanced research.
Captures ultra-precise analog signals in real-time, helping reduce development costs and accelerate time-to-market.
Quick setup on FPGA platforms, intuitive software for live data analysis, and modular architecture suited for both R&D and industrial use.
Designed for imaging, aerospace, sensing, IC testing, and advanced research from lab prototype to production systems.
We go beyond hardware, we deliver custom engineering services to help our partners integrate cutting-edge quantum technologies and data acquisition technologies into real-world systems. Our team designs tailor-made DAQ solutions, adapted to your application constraints, signal types, and performance needs whether for research platforms, industrial instruments, or embedded environments.