docs/src/specification/firmware_resiliency.md - third_party/github/OpenPRoT/openprot - Git at Google

 # Firmware Resiliency

 FW Resiliency Firmware resiliency is a critical concept in modern cybersecurity,
 particularly as outlined in the NIST SP 800-193 specification. As computing
 devices become more integral to both personal and organizational operations, the
 security of their underlying firmware has become paramount. Firmware is often a
 target for sophisticated cyberattacks because it operates below the operating
 system, making it a potential vector for persistent threats that can evade
 traditional security measures. NIST SP 800-193 addresses these concerns by
 providing a comprehensive framework for enhancing the security and resiliency of
 platform firmware, ensuring that systems can withstand, detect, and recover from
 attacks.

 The NIST SP 800-193 guidelines focus on three main pillars: protection,
 detection, and recovery. Protection involves implementing measures to prevent
 unauthorized modifications to firmware, such as using cryptographic techniques
 to authenticate updates. Detection is about ensuring that any unauthorized
 changes to the firmware are quickly identified, which can be achieved through
 integrity checks and monitoring mechanisms. Recovery is the ability to restore
 firmware to a known good state after an attack or corruption, ensuring that the
 system can continue to operate securely. By addressing these areas, the
 guidelines aim to create a robust defense against firmware-level threats, which
 are increasingly being exploited by attackers seeking to gain deep access to
 systems.

 In the context of NIST SP 800-193, firmware resiliency is not just about
 preventing attacks but also about ensuring continuity and trust in the system.
 The specification recognizes that while it is impossible to eliminate all risks,
 having a resilient firmware infrastructure can significantly mitigate the impact
 of potential breaches. This approach is particularly important for critical
 infrastructure and enterprise environments, where the integrity and availability
 of systems are crucial. By adopting the principles of NIST SP 800-193, we can
 enhance our security posture, protect sensitive data, and maintain operational
 stability in the face of evolving cyber threats.

 ## PRoT Resiliency

 TBD

 ## Connected Device Resiliency

 TBD
	# Firmware Resiliency

	FW Resiliency Firmware resiliency is a critical concept in modern cybersecurity,
	particularly as outlined in the NIST SP 800-193 specification. As computing
	devices become more integral to both personal and organizational operations, the
	security of their underlying firmware has become paramount. Firmware is often a
	target for sophisticated cyberattacks because it operates below the operating
	system, making it a potential vector for persistent threats that can evade
	traditional security measures. NIST SP 800-193 addresses these concerns by
	providing a comprehensive framework for enhancing the security and resiliency of
	platform firmware, ensuring that systems can withstand, detect, and recover from
	attacks.

	The NIST SP 800-193 guidelines focus on three main pillars: protection,
	detection, and recovery. Protection involves implementing measures to prevent
	unauthorized modifications to firmware, such as using cryptographic techniques
	to authenticate updates. Detection is about ensuring that any unauthorized
	changes to the firmware are quickly identified, which can be achieved through
	integrity checks and monitoring mechanisms. Recovery is the ability to restore
	firmware to a known good state after an attack or corruption, ensuring that the
	system can continue to operate securely. By addressing these areas, the
	guidelines aim to create a robust defense against firmware-level threats, which
	are increasingly being exploited by attackers seeking to gain deep access to
	systems.

	In the context of NIST SP 800-193, firmware resiliency is not just about
	preventing attacks but also about ensuring continuity and trust in the system.
	The specification recognizes that while it is impossible to eliminate all risks,
	having a resilient firmware infrastructure can significantly mitigate the impact
	of potential breaches. This approach is particularly important for critical
	infrastructure and enterprise environments, where the integrity and availability
	of systems are crucial. By adopting the principles of NIST SP 800-193, we can
	enhance our security posture, protect sensitive data, and maintain operational
	stability in the face of evolving cyber threats.

	## PRoT Resiliency

	TBD

	## Connected Device Resiliency

	TBD