IEEE 1686-2013

IEEE 1686-2013 defines cyber security capabilities for intelligent electronic devices used in power, energy, and industrial systems. It helps describe the security functions these devices should support, making it easier to compare products, assess compliance, and align device design with operational security needs. For utilities, control systems, and protection equipment, IEEE 1686-2013 provides a focused reference for evaluating embedded security features without losing sight of core device performance.

What is IEEE 1686-2013?

IEEE 1686-2013 is a technical standard for the cyber security capabilities of intelligent electronic devices, often used in protection, control, and monitoring roles. The specification addresses the security-related features a device may need to support so it can be managed more safely within an energized or connected environment. In practice, it helps define a common baseline for capability review, product comparison, and specification writing in systems where device access and configuration matter.

Where is IEEE 1686-2013 used?

This standard is commonly relevant to intelligent electronic devices deployed in substations, switchgear, and other power-system or industrial control settings. It may be applied when evaluating relays, controllers, meters, and similar equipment that interacts with operational networks or maintenance interfaces. IEEE 1686-2013 is especially useful during procurement, engineering design, and acceptance testing when security capabilities must be checked against project requirements and site practices.

Why is IEEE 1686-2013 important?

IEEE 1686-2013 matters because security features in field devices can affect reliability, access control, and overall system risk. A clear standard helps engineers and buyers compare offerings more consistently and reduces ambiguity when writing specifications or test plans. It can also support more disciplined compliance reviews by identifying which cyber security capabilities are expected in intelligent electronic devices used in critical power and industrial applications.

• Cyber security capabilities for intelligent electronic devices
• Protection, control, and monitoring equipment context
• Useful for specification, procurement, and testing
• Relevant to power and industrial system environments