Publication: enisa-stl-2025-03 Space Threat Landscape
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Mapped SPARTA techniques
7 techniques
Hardware-level power-system noise injection masks power-consumption variation, raising the cost/difficulty of power-analysis side-channel attacks.
Hardware-level power-system noise injection masks power-consumption variation, raising the cost/difficulty of side-channel exfiltration.
Hardware-level power-consumption noise injection directly counters SPA/DPA/CPA attacks correlating power traces with internal operations.
Hardware power-system design with switching-noise obfuscation reduces EM emissions correlated with cipher-round activity.
Security of power systems with power-randomisation hardware indirectly limits chip-level temperature signatures correlated with power consumption.
Hardware-level power-system noise injection masks emissions correlated with on-board activity, raising the cost of proximity-based side-channel exfiltration.
Hardware-level power-consumption masking on cryptographic modules raises the cost of side-channel power analysis from proximity emanations.