IEEE 1686 vs IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1)
What is the difference between IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1)?
IEEE 1686 is a other framework applying in International, with 14 controls across 5 domains. IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) is a other framework applying in International (IAEA), with 11 controls across 11 domains. Both govern the same subject, so their requirements overlap; the mapping below shows which controls carry across and which are asked for by only one of them.
IEEE 168614 controls
IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1)11 controls
Questions people ask about IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1)
What is the difference between IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1)?
IEEE 1686 has 14 controls while IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) has 11 controls. Both frameworks address compliance requirements but differ in scope, focus, and applicability. Use our platform to explore the exact control-to-control mappings.
Do I need both IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1)?
Whether you need both depends on your industry, regulatory requirements, and customer expectations. Many organizations implement multiple frameworks simultaneously. Our compliance platform helps you map controls between IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) so you can identify shared requirements and avoid duplicate effort.
How do IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) controls map to each other?
Our platform maps controls between IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) at a granular level. Each mapping shows whether controls are fully aligned, partially aligned, or represent gaps. This helps you prioritize implementation when pursuing both frameworks.
Which framework should I implement first, IEEE 1686 or IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1)?
The best starting point depends on your specific regulatory requirements, industry, and customer demands. Consider which framework is most urgently required by your stakeholders or regulators. Use our free compliance platform to run a gap analysis and determine the optimal implementation sequence.
Each framework on its own
Comparisons people read next
Each of these compares one of the two standards above against another it shares controls with.
IEEE 1686 vs IEC 624436 shared controlsIEEE 1686 vs API 11646 shared controlsIEEE 1686 vs OWASP DevSecOps Maturity Model (DSOMM)5 shared controlsIAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) vs NIST SP 800-82 Revision 3: Guide to Industrial Control Systems (ICS) Security7 shared controlsIAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) vs NIST SP 800-171A Rev 3 - Assessing CUI Security Requirements7 shared controlsIAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) vs OWASP DevSecOps Maturity Model (DSOMM)6 shared controls
See all control mappings with interactive gap analysis
Explore the complete mapping between IEEE 1686 and IAEA Nuclear Security Series - Computer Security at Nuclear Facilities (NSS-17-T Rev 1) on our compliance platform.
Written and maintained by Gerard Blokdyk, The Art of Service.