ESA SPACE-SHIELD
T2053

Saturation/Exhaustion of Spacecraft Resources

Description

The attacker can target satellites with energy or resource constraints to lead them prioritizing power saving efforts and disabling security controls. The satellite becomes then more vulnerable to other attacks such as gaining unauthorized access or eavesdropping cleartext communications. This goal can be reached with a regenerative payload "flooding", sending to the satellite more packets than expected to rapidly consume its energy. The exploitation of a payload application can achieve a similar result. The attacker can abuse the satellite bandwidth for the retransmission of own content. The attacker can maliciously consume satellite propellant resources to achieve the goal of reducing satellite life. The trajectory of a Space Resource can be changed to waste its resources, to prevent the Resource from doing its purpose, to create an irrecoverable damage or to use the resource for malicious actions.

Mapped SPARTA techniques

1 techniques

  • EX-0013FloodingST0004
    addresses
    high

    T2053 'Saturation/Exhaustion of Spacecraft Resources' is the direct cross-framework counterpart of EX-0013 Flooding parent — both describe overwhelming communication or processing paths to consume resources and crowd out legitimate work.

Cite as SafeMode Space, space-shield T2053.

Built 2026-07-25 from 216 techniques, 334 regulation articles, 125 ENISA controls, 2,610 framework controls, and 90 countermeasures.