Date Published: July 12, 2022
Comments Due:
Email Questions to:
Planning Note (11/18/2022):
Updated email address and project homepage.
Author(s)
James McCarthy (NIST), Dan Mamula (MITRE), Joseph Brule (MITRE), Karri Meldorf (MITRE)
Announcement
The objective of this Cybersecurity Profile is to identify an approach to assess the cybersecurity posture of Hybrid Satellite Networks (HSN) systems that provide services such as:
- satellite-based systems for communications
- position, navigation, and timing (PNT)
- remote sensing
- weather monitoring
- imaging
The HSN systems may interact with other government systems and the Critical Infrastructure as defined by the Department of Homeland Security to provide increased resiliency.
This Profile will consider the cybersecurity of all the interacting systems that form the HSN rather than the traditional approach of the government acquiring the entire satellite system that includes the satellite bus, payloads, and ground system.
NIST is developing a consistent approach to better understand the attack surface, incorporate security, and achieve greater resilience for space systems that may be leveraged by critical infrastructure owners and operators, the DoD, or other government missions.
Save the Date: Comments will be addressed during a live adjudication session on August 11, 2022 from 1:00 PM-3:00 PM EDT. Please mark your calendars. Registration information for this session will be shared soon on the
project homepage.
The objective of this Cybersecurity Profile is to identify an approach to assess the cybersecurity posture of Hybrid Satellite Networks (HSN) systems that provide services such as satellite-based systems for communications, position, navigation, and timing (PNT), remote sensing, weather monitoring, and imaging. The HSN systems may interact with other government systems and the Critical Infrastructure as defined by the Department of Homeland Security to provide increased resiliency. This Profile will consider the cybersecurity of all the interacting systems that form the HSN rather than the traditional approach of the government acquiring the entire satellite system that includes the satellite bus, payloads, and ground system.
NIST is developing a consistent approach to better understand the attack surface, incorporate security, and achieve greater resilience for space systems that may be leveraged by critical infrastructure owners and operators, the DoD, or other government missions.
The objective of this Cybersecurity Profile is to identify an approach to assess the cybersecurity posture of Hybrid Satellite Networks (HSN) systems that provide services such as satellite-based systems for communications, position, navigation, and timing (PNT), remote sensing, weather monitoring,...
See full abstract
The objective of this Cybersecurity Profile is to identify an approach to assess the cybersecurity posture of Hybrid Satellite Networks (HSN) systems that provide services such as satellite-based systems for communications, position, navigation, and timing (PNT), remote sensing, weather monitoring, and imaging. The HSN systems may interact with other government systems and the Critical Infrastructure as defined by the Department of Homeland Security to provide increased resiliency. This Profile will consider the cybersecurity of all the interacting systems that form the HSN rather than the traditional approach of the government acquiring the entire satellite system that includes the satellite bus, payloads, and ground system.
NIST is developing a consistent approach to better understand the attack surface, incorporate security, and achieve greater resilience for space systems that may be leveraged by critical infrastructure owners and operators, the DoD, or other government missions.
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Keywords
cybersecurity; ground system; hosted payload; space; spacecraft
Control Families
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