Sweden | NATO DIANA Energy & Power 2026
Diamond spin-based rugged sensors for unfailing navigation across land, sea and space
NATO DIANA 2026 Cohort
AdamantQ specializes in diamond-based quantum technology, specifically focusing on timing and sensing applications. Their core innovation involves developing electronic components that leverage the quantum state of nuclear and electron spins within diamond crystals. This technology underpins compact quantum sensors designed for high-precision measurement.
AdamantQ's key differentiator is its use of diamond spin systems to achieve extremely robust timing and navigation. This quantum diamond platform promises unfailing operation even in contested electromagnetic environments, offering intrinsic resilience against jamming and spoofing. The chip-scale form factor also enables integration into a wide range of systems.
The defense sector should care about AdamantQ's technology due to its promise of secure and unfailing navigation and timing in contested electromagnetic environments. Modern warfare increasingly relies on precise PNT, which is vulnerable to adversarial attacks. AdamantQ offers a resilient alternative, enhancing operational capability and mission success.
While specific cost figures are not provided, the return on investment for defense customers lies in enhanced operational resilience and reduced mission failure risk. Investing in unfailing navigation and timing capabilities can prevent costly disruptions and protect high-value assets. The strategic advantage gained in contested environments justifies the adoption of advanced quantum solutions.
AdamantQ is a deep-tech start-up actively developing compact quantum sensors. The company has secured seed funding to deliver breakthrough diamond-based atomic clocks, indicating it is past basic research and in the advanced development or prototyping phase. While a specific TRL is not stated, it is likely in the mid-range, moving towards system integration and demonstration.
AdamantQ is a Swedish deep-tech startup developing diamond-based quantum sensors for highly robust timing and navigation. Their technology leverages nitrogen-vacancy defects in synthetic diamonds to create chip-scale atomic clocks and inertial sensors. This platform offers unfailing PNT capabilities, crucial for defense operations in contested electromagnetic environments.