Space-based RF mapping characterises jamming attacks for geolocation and effective deployment of other defences.

Space-based RF mapping detects the emissions and geometry of a co-orbital adversary platform during phasing and stalking phases.

Space-based RF mapping detects emissions from a co-orbiting collection platform attempting to gather proximity emanations.

Space-based RF mapping detects emissions from a co-orbiting adversary platform during phasing and rendezvous.

Space-based RF mapping detects an adversary-operated rogue spacecraft from its emissions during phasing and proximity operations.

Space-based RF mapping is the defensive analogue: detecting an adversary's scan of mission-specific channels.

Space-based RF mapping detects active scanning emissions and distinguishes them from background interference, addressing this technique directly.