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Traditionally, developing drones required specialized aerospace engineering knowledge, expensive CAD/CAE software, and multiple physical prototypes. Small and medium-sized enterprises or individual developers faced very high barriers to entry due to the lack of expensive simulation licenses and high-performance hardware. In addition, the long design-analysis-test cycle took months to develop, resulting in significant time and cost waste due to trial and error.

Against this backdrop, EveryDrone automates the drone design process and provides it in the cloud, thereby"allowing anyone to quickly design aircraft."In other words, it aims to solve the problem of delayed innovation due to a lack of specialized personnel and equipment.

The EveryDrone platform provides an end-to-end workflow that fully automates drone design with just text instructions. While similar products partially support CAD automation or simulation, EveryDrone performs design creation → exploration of hundreds of alternatives → finite element/fluid dynamics analysis verification all at once.

In particular, its strength lies in reviewing hundreds of design alternatives in just a few minutes with the Vortex algorithm-based exploration engine, and automatically evaluating structural stability and aerodynamic performance through FEA/CFD parallel verification. All of this is done in a web browser, and users can leverage the computing power of the cloud without a high-performance workstation. As a result, the development cycle, which used to take months, is shortened to hours or days with this platform.

Compared to the traditional method, it has been verified that EveryDrone reduces development time by 57% and simplifies the process by 5 steps with a subscription of $29 per month, compared to tens of millions of won in software license costs, 14 months of development time, and the necessity of experts.

In short, EveryDronerealizes "the democratization of aircraft design"and is a SaaS simulation platform that dramatically lowers the barrier to entry.

The main customers are companies (B2B) and research institutes. Specifically, drone manufacturing startups, UAV/urban air mobility developers, and defense/aviation research institutes are expected to utilize this platform. They can reduce design verification costs and time with EveryDrone, so the ROI is clear.

In addition, large corporations' R&D departments or university research teams may consider adopting it as an alternative to expensive simulation equipment. General individual consumers (B2C) are not the direct target, but there may be some demand as maker communities or hobby developers can use it at a reasonable price.

Overall, this product is a B2B SaaS targeting the engineering industry, and it is known that PoCs are currently underway with companies in the defense, manufacturing, and robotics fields.

EveryDrone's core cloud multiphysics simulation engine can be extended to various engineering fields in addition to drones. The company is already expanding its product line to fixed-wing aircraft (EveryAero), structural analysis (EveryStructure), and indoor air flow (EveryAir). This means that it can advance into the architecture, machinery, and automotive industries.

There are no major obstacles to technical expansion, but the integration of verification data and standards for each industry remains a challenge. From a regulatory perspective, there are no special regulatory restrictions as software, but security certification may be required when applied to the defense field.

Since it is cloud-based, it can be serviced anywhere in the world, and although it is currently a startup, it has secured overseas VC investment such as 500 Global to establish a base for entering the global market. Therefore, if references are successfully secured, expansion into other engineering areas and overseas markets is very promising.

It won the CES 2026 Innovation Award in the Enterprise Tech category, recognizing both its technology and practicality. Industry experts call EveryDrone "the democratization of simulation" and evaluate it as a game-changer in the engineering tool market, despite being a startup.

In particular, the investor, 500 Global, highly valued "the potential to dramatically broaden access to simulation, regardless of field" and expected global expansion. In terms of technical completeness, it has already been verified through Korea KISTI demonstration that it can replace physical experiments with 97% accuracy.

Market expectations are also high, with Caterpillar, a large corporation, announcing a case of AI conversion of heavy equipment in cooperation with EverySim at CES, receiving widespread attention. However, some cultural hurdles are also pointed out as to how far traditional engineers will trust the results of AI automatic design.

Overall, positive reactions such as "a rare innovation in the underestimated engineering SW field" are dominant.