FessDyne Futura

INDRANET is a multi-static radar network and an acoustic sensor mesh powered by a central HTC core algorithm. Indranet offers significant advantages over traditional monolithic setups such as dual sensing channels, hyper sensitivity, increased range, and robustness against noise and jamming. Due to its distributed and modular nature, Indranet provides a highly cost-effective and efficient solution for modern defense needs.

LIDAS is a hyper-sensitive acoustic detector capable of leveraging the quantum properties of laser light and its interaction with sound waves. LIDAS is prospected to achieve unprecedented sensitivity in detecting faint acoustic sources. This capability extends over a vast frequency range from 1 Hz to 1 GHz, allowing for the detection of various threats, including drones and acoustic weapons, at distances significantly greater than those achievable with conventional acoustic sensors.

LIFFS is the core laser-based interferometric architecture that forms the backbone of LIFFS-based force field quantum sensors. LIDAS is an example of a LIFFS-based sensor that uses an acoustic coupler to detect faint sound waves. LIFFS architecture can be adapted to detect a variety of fields such as magnetic field, electric field and particle flux by using appropriate field couplers.