The JUDAS Project is a technology demonstrator of an advanced jammer designed to disrupt satellite signals across multiple frequency bands (X, Ku, and Ka). Its objective is to develop intelligent algorithms that enable selective and adaptive interference, optimizing the power output of BUCs.

Its key features include:

- Multiband Interference: Ability to affect multiple transponders simultaneously.

- Advanced Techniques: Supports sequential sweeping, wideband jamming, and deception strategies to confuse enemy systems.

- Power Optimization: Use of Gallium Nitride (GaN) amplifiers for increased efficiency and power within reduced footprints.

- Operational Versatility: Integration into transportable platforms for tactical deployment in GEO scenarios and optionally LEO.

- Autonomy & Remote Control: Management software with local and remote monitoring, allowing dynamic configuration of parameters and interference protocols.

JUDAS is a key step toward a national satellite countermeasure system (CCS), providing strategic electronic warfare capabilities for the defense and protection of critical infrastructures.

The "JUDAS - Universal Jammer for Satellite Attacks (JAMMER SATCOM)" project is being developed under the Coincidente de SDG PLATIN program.