IEEE P1686/D15, Jul 2013

IEEE P1686/D15, Jul 2013 is a draft standard focused on cyber security capabilities for intelligent electronic devices, especially in communication, networking, and power-related environments. It addresses how these devices may support secure access, control, and monitoring functions in systems where reliability and operational integrity matter. For utilities and other industrial users, IEEE P1686/D15, Jul 2013 provides a technical basis for evaluating security-related features during design, procurement, and review.

Overview of IEEE P1686/D15, Jul 2013

This IEEE draft standard defines a framework for cyber security capabilities associated with intelligent electronic devices used in critical infrastructure and connected control systems. Its purpose is to help describe and compare device-level security functions in a consistent way, rather than leaving those expectations vague or vendor-specific. In practice, the document is relevant where communication, networking, and power system equipment must operate with controlled access, traceability, and reduced exposure to unauthorized use or manipulation.

Typical use cases

IEEE P1686/D15, Jul 2013 is typically relevant when selecting or assessing intelligent electronic devices for substations, utility automation, protection and control, or other industrial networking applications. It may also be used during specification writing, product evaluation, and security-oriented testing of devices that exchange operational data across managed networks. Engineers and procurement teams can use it to align device capabilities with the security needs of power and energy installations, especially where remote access, configuration control, and monitoring are part of normal operation.

Why it matters

This standard matters because cyber security expectations for field devices can affect system reliability, service continuity, and operational risk. By giving a clearer structure for device capabilities, IEEE P1686/D15, Jul 2013 can support more consistent design decisions and more comparable procurement requirements. It also helps teams review whether a device’s security functions are suitable for the intended environment, which can simplify compliance checks, reduce ambiguity in testing, and improve consistency across deployed equipment.

• Draft guidance for IED cyber security capabilities
• Relevant to connected power and industrial systems
• Supports device evaluation and procurement checks
• Useful for access, control, and monitoring requirements