By tailoring advanced navigation algorithms to each specific need, we provide fully customizable remotely piloting and autonomous guidance capabilities to both off-the-shelf and newly developed unmanned vehicles. We select cost-effective and high performance hardware (sensors, on board computers, engines and actuators) and assist designers and engineers engaged in the development of automated vehicles to achieve functional objectives while meeting design constraints.

By leveraging on our experience in designing, commissioning and maintaining complex distributed systems for real time man-in-the-loop simulations of any air traffic control environments, we make use of extensible off-the-shelf simulation products to create customizable, flexible environments ranging from aircraft simulators to air traffic generators for gate to gate simulations.

Built on the long standing expertise of our specialists in applied electromagnetics, we can design from scratch, prototype and fully implement complete antenna systems serving the exact needs of the customer. EikonTech staff hold extensive experience in designing and deploying a wide breadth of antenna systems — including conformal antennas, radar antennas, multiband GNSS antennas and Active Phased Arrays– as well as their associated automated tracking systems and mechanics.

We support our customers all along the EMI\EMC path, from the requirement definition up to test definition and execution. The skills of our team with electromagnetic modeling and electromagnetic analysis tools allows facing non-standard and complex problems in different applicative fields (automotive, naval, aircraft, spacecraft) and for different kinds of problems: pattern distortion, radio frequency compatibility (RFC), radiated emission and susceptibility (RE-RS), space charging, electro static discharge (ESD), High Intensity Radiated Field (HIRF), Lightning.

We put our radio-frequency transmission experience at the service of our customers in analyzing their communication requirements, designing the best suited radio links as well as in ensuring compatibility among all the radio frequency sources that their applications demand. Based on our in-depth knowledge of communication systems, we also offer analysis and targeted problem-solving services to assist our clients in achieving the best possible performance from their existing communication infrastructure.

In the service of customer applications, we develop computationally-efficient, high throughput-per-watt Software Defined Radios and Digital Signal Processing (DSP) for Communication algorithms which enable space-based, terrestrial point-to-point and broadcast radio transmission. By jointly leveraging our core RadioComm and Artificial Intelligence (AI) expertise, we also implement real-time Signal Analysis and Signal Intelligence (SIGINT) Systems for traffic analysis and situational awareness in the radio-frequency spectrum.