Products
Connectivity has become a key part of the competitive dynamic in many industries, shaping both customer experience and operational efficiency.
Our antennas are built to address the real-world connectivity challenges faced by our clients — engineered for practical deployment through established manufacturing processes or as low-cost retrofit units within existing systems.
The automotive sector is one of the world’s largest and most competitive industries, producing more than seventy million vehicles each year.
Consumer expectations for constant broadband are elevating the importance of connectivity in purchase decisions and reshaping how manufacturers prioritise navigation, entertainment, diagnostics, fleet management, and software-defined functionality.
We apply Antenna-in-Package (AiP) miniaturisation and precision beam control to engineer always-on broadband connectivity into low-cost, production-ready antenna architectures.
Working with a leading automotive glass manufacturer, we’ve developed smart-glazing antennas embedded within production glass — bringing connectivity directly into the vehicle manufacturing process.
Maintaining consistent connectivity for aircraft in flight is technically demanding.
Mechanical antenna systems struggle with changes in altitude, direction, and satellite line of sight, leading to signal drop-off and intermittent coverage. Their reliance on moving parts also adds weight, drag, and maintenance cost.
Our antennas use fully electronic beam steering to maintain stable Ku/Ka connectivity at altitude and automatically manage handovers across satellites and frequency bands.
Our ultra-thin, flexible hardware architecture conforms to curved fuselage surfaces and can be embedded during manufacture or installed as a low-profile retrofit — reducing drag, weight, and maintenance while meeting certification requirements for both commercial and private fleets.
At sea, antennas must maintain precise signal alignment while vessels pitch, roll, and turn across constantly changing positions and weather conditions.
Mechanical systems struggle with these movements, consuming power and requiring regular maintenance to keep links stable.
Omnxys antenna products use electronic beam steering to maintain continuous broadband connectivity across all orbits and coverage zones.
The compact, sealed design resists salt, vibration, and corrosion, allowing reliable operation on ships, offshore platforms, and coastal installations.