Insider Brief
- Xdotz showcased its quantum-based energy optimization platform and unveiled its XSI current sensor for the first time at Quantum Korea 2026.
- The company demonstrated how its diamond NV center-based quantum sensing technology measures electrical current and supports AI-driven energy optimization for industrial applications.
- Xdotz said it has completed pilot projects with industrial partners to evaluate energy savings, predictive maintenance, and HVAC optimization.
Press release – XDots (xDots), a company specializing in quantum technology-based energy optimization solutions, participated in Quantum Korea (2026), Korea’s largest quantum science and technology event, and presented the energy efficiency optimization solution XEnergy (xEnergy). The exhibition unveiled for the first time the X-Shee (X-Shee), a precise measurement of current flow, and conducted a demonstration demonstration based on data measured at actual industrial sites. Xdotz attracted the attention of related industries because it first proved the effectiveness of quantum technology in industrial settings before the commercialization of quantum computing began in earnest.
Quantum Korea 2026, hosted by the Ministry of Science and ICT, took place from July 2 to July 4 at the Dongdaemun Design Plaza (DDP) in Seoul. The event, now in its fourth year, was held under the theme of ‘Quantum becomes a reality, a bold challenge for innovation’ and involved 56 companies and research institutes from 12 countries.
Founded in 2022, deep tech startup Xdots aims to incorporate quantum technology, which was previously considered only a cutting-edge scientific domain, into solving practical problems in industrial settings. Instead of blindly reducing energy, Xdotz has developed technology to help people use it as efficiently as necessary.
Xenergy, which Xdotz has brought to the fore, is a solution that combines quantum technology, AI and the Internet of Things (IoT) to analyze a company’s energy consumption in real time and derive the most efficient savings. Xenergy consists of three elements. ‘X-City’ precisely captures current, magnetic fields, and energy flows, ‘X-Mon’ (xMon), a dashboard that clearly shows energy flows with collected data, and ‘X-Opt’ (xOpt), an optimization solution that presents and executes efficient operating scenarios based on this.
XXi is applied with diamond nitrogen voids (NV) – based quantum technology, a key technology of Xdotz. When a nitrogen atom is injected into a diamond crystal, an NV center, an empty space, is created next to it. This is a technology that utilizes the electronic state of this space like a qubit, the smallest unit of quantum information. It has the advantage of operating at room temperature and can be used without a huge cooling system.
XC measures power consumption data of industrial equipment and manufacturing processes in ultra-precise units through diamond NV-based quantum sensors and IoT. According to Xdotz, the measurement precision of XSY is ±0.01%, and it even captures subtle current and magnetic field changes that were difficult to measure with existing equipment. The data collected in this way is passed through an AI agent-based analysis engine to Dashboard Xmon, and administrators can analyze it with their own AI algorithm to confirm and implement energy efficiency optimization measures with XOPT, which presents optimal operating methods.
Xdotz also conducted technology verification (PoC) with large domestic companies and universities. The SPC Sectanain Department has verified energy savings in refrigeration and refrigeration facilities, the Kolon Global Department has verified pump failure prediction and preservation solutions, and the energy savings of 15 to 30% have been confirmed, and the Hoban Construction Island Resom Department has completed the heating and cooling air conditioning (HVAC) optimization solution PoC and is providing related solutions.
At this exhibition, Xdotz demonstrated measuring direct current in real time with XX, and detecting changes quickly and precisely when turning the power on and off. Due to the nature of the exhibition, it was difficult to show real-time measurement of large-capacity power, so the technology was introduced using data measured at actual industrial sites in advance.
Lee Woo-do, CEO of Xdotz, said, “X Energy accurately determines when factory equipment wastes the most power and how to adjust its operation cycle to be efficient.” He explained, “You will be able to feel energy savings wherever there is a lot of power consumption, including large-scale manufacturing plants, data centers, office centers, and public facilities”.
In addition to Xenergy, Xdotz is actively pursuing its entry into the global market by preparing the quantum sensor-based current non-destructive testing solution ‘XField’ and the space magnetic navigation mapping solution ‘XAero’ (xAero).
