The Jupiter UAV plant is located in Ukraine. Using the design experience of Ukraine, a Slovak company for the production of the Jupiter-J4S 916is 4-seat aircraft, a team of Engineers has created the latest VTOL UAV production plant in Ukraine. Leading Ukrainian programmers have created software that allows artificial intelligence to control the drone from takeoff, performing a combat mission to automatic landing in vertical mode. Instead of experienced pilots, the control of the Jupiter UAV will be available to operators with two weeks of training. Our company is engaged in the production, sale and service of four UAV models, two electric and two gasoline. Jupiter UAVs have shown their high efficiency in war and unprecedented resistance to electronic warfare systems. Jupiter UAVs hit long-range targets day and night.

The CEIA PD240CBM is the result of the intense research and development program required to achieve a solution to the problem of detecting minimum metal IED targets within an Urban metal contaminated environment for post-conflict clearance purpose. This simple to operate detector reliably detects the smallest targets, such as Crush Switches and Carbon Rods with a clear dual-tone center cross over alarm, that easily identifies the center of the targets. Due to its specially designed Detection head this detector can identify and pin point minimum targets within very close proximity to large metal masses such as Metal doors, Frames or other large metal masses. The detector has a start-up time of less than 2 seconds without a need for compensation as it has Preprogrammed Compensation Optimization for Urban Environments: this addresses common building materials, such as concrete, cinderblock and ceramic floor tiles. Thanks to a Specific Sensitivity Setting, the CEIA PD240CBM allows the detection of weapons made of any metal for people screening.

Safran Engineering Services offer includes EWIS technology design and certification, electrical requirements management, electrical systems architecture, definition and wiring architecture, components definition (BOM), electrical wire harness assembly, installation design, electrical load analysis, 3D modeling / 2D drawing creation, manufacturing tools (Formboard), work Instruction development and wire harness installation design.

Mobility Connectivity BLOS (Beyond Line of Sight) is an advanced satellite communication solution designed to support uninterrupted connectivity in remote and mobile environments. It enables users to stay connected anytime and anywhere, even in areas where traditional communication networks are unavailable. This cutting-edge system is ideal for vehicles, maritime, and remote operations, ensuring reliable and secure data transmission. Equipped with portable and weatherproof technology, Mobility Connectivity BLOS is engineered for effortless installation, allowing users to quickly set up and establish a stable satellite connection. Key Features: - Portability & Mobility – Designed for easy transportation and flexible deployment. - Weatherproof – Built to withstand extreme weather conditions. - Easy Installation – Simple and quick setup for immediate operation. - Always-On Connectivity – Ensures constant communication, even in remote locations. With Mobility Connectivity BLOS, users can experience seamless, uninterrupted satellite communication, making it an essential solution for defense, emergency response, exploration, and other mobile applications.