Our team develops ultra-light, highly integrable antenna solutions designed specifically for these compact platforms. Building on advanced research in reflectarray and transmitarray technologies, we create flat, space-fed antennas that match or exceed the performance of traditional reflectors while drastically reducing mass, volume, and cost. Their engineered planar architecture allows precise control of the electromagnetic wave, enabling beam steering, shaped-beam coverage, and polarization conversion, without complex feed networks. A key strength of this technology is its ability to seamlessly integrate with other satellite subsystems, including co-deployment with solar panels, maximizing usable surface area without increasing satellite dimensions. Thanks to their thin, lightweight structure, these antennas could be mounted, folded, or segmented alongside the satellite surfaces, enabling efficient packaging for launch and large effective apertures once deployed. Moreover, their multiband potential allows multiple communication services to be supported within a single compact structure, enhancing mission versatility. We deliver high-performance, low-profile antenna solutions engineered for the realities of New Space, compact, scalable, cost-effective, and ready for integration. Our technology enables satellite developers to: • Boost communication capability without expanding spacecraft size, • Combine antennas and solar panels for optimal use of surface area, • Support multiband operation with a single lightweight structure, • Reduce system complexity, mass, and cost. • Accelerate mission development with reliable, space-ready designs. With strong expertise in electromagnetic engineering and a clear focus on real mission needs, we aim to equip the New Space community with antenna systems that deliver more performance, more flexibility, and more value, within the smallest possible footprint.