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IEEE 1686 for Risk Managers

What does IEEE 1686 require of a Risk Manager?

IEEE Standard for IED Cyber Security Capabilities for substations. Under IEEE 1686, which defines 14 controls, a Risk Manager's work is deciding which controls you own outright, which you share and which belong to another team, then holding the evidence for the first group.

Which IEEE 1686 controls land on the Risk Manager

Risk Managers identify, assess, and prioritise organisational risks. They build risk registers, conduct risk assessments, define risk appetite, and ensure that compliance frameworks address the most material threats to the organisation.

IEEE 1686 defines 14 controls across 5 domains that directly affect the Risk Manager role. Understanding which controls fall within your ownership, which are shared, and which are owned by other teams is the foundation of effective compliance management.

What a Risk Manager is accountable for under IEEE 1686

1

Conducting enterprise risk assessments and maintaining the risk register

2

Defining risk appetite and tolerance levels with executive leadership

3

Mapping compliance controls to identified risks for coverage analysis

4

Monitoring key risk indicators (KRIs) and escalating emerging threats

5

Integrating compliance, operational, and strategic risk management

Where Risk Managers lose time on IEEE 1686

These are the most common obstacles Risk Managers face when managing IEEE 1686 compliance, and how to address them:

Challenge 1

Quantifying cyber risk in financial terms that resonate with executives

Challenge 2

Identifying gaps between compliance control coverage and actual risk exposure

Challenge 3

Integrating risk data from siloed tools and departments

Challenge 4

Keeping risk assessments current as the threat landscape evolves

Challenge 5

Prioritising remediation when resources are limited

A working order for a Risk Manager starting on IEEE 1686

1. Readiness Assessment

Take a 5-minute readiness assessment to identify your organisation's current gap profile against IEEE 1686. Get a prioritised action plan tailored to your specific situation.

2. Cross-Framework Mapping

Use our platform to map IEEE 1686 controls against other frameworks you already comply with. IEEE 1686 maps to 101 other frameworks in our database.

3. Build Your Toolkit

Equip yourself with IEEE 1686 toolkits, self-assessments, and implementation guides from our store. Resources designed specifically for Risk Managers managing compliance programmes.

4. Continuous Monitoring

Establish ongoing compliance monitoring using our platform's gap analysis tools. Track your maturity over time and demonstrate progress to stakeholders.

IEEE 1686 in your sector

IEEE 1686 for Healthcare→IEEE 1686 for Financial Services→IEEE 1686 for Technology→IEEE 1686 for Government→IEEE 1686 for Manufacturing→IEEE 1686 for Energy→IEEE 1686 for Retail→IEEE 1686 for Education→

Who else owns part of IEEE 1686

IEEE 1686 for CISOsView guide →IEEE 1686 for Compliance OfficersView guide →IEEE 1686 for IT DirectorsView guide →IEEE 1686 for DPOsView guide →IEEE 1686 for AuditorsView guide →

Questions Risk Managers ask about IEEE 1686

What does a Risk Manager need to know about IEEE 1686?
As a Risk Manager, your key responsibilities under IEEE 1686 include conducting enterprise risk assessments and maintaining the risk register and defining risk appetite and tolerance levels with executive leadership. The framework contains 14 controls that fall within your area of responsibility. Understanding which controls you own versus which are shared with other teams is critical for effective implementation.
How does IEEE 1686 affect the Risk Manager role?
IEEE 1686 directly impacts Risk Managers through conducting enterprise risk assessments and maintaining the risk register, defining risk appetite and tolerance levels with executive leadership, mapping compliance controls to identified risks for coverage analysis. The framework provides structure that helps Risk Managers demonstrate due diligence and report compliance status to stakeholders.
What are the biggest IEEE 1686 challenges for Risk Managers?
Common challenges include quantifying cyber risk in financial terms that resonate with executives; identifying gaps between compliance control coverage and actual risk exposure; integrating risk data from siloed tools and departments. Using cross-framework mapping tools and automated evidence collection can significantly reduce these pain points.
How should a Risk Manager prepare for a IEEE 1686 audit?
Start by conducting a readiness assessment to identify gaps. Then focus on mapping compliance controls to identified risks for coverage analysis and monitoring key risk indicators (kris) and escalating emerging threats. Maintain a current evidence repository and ensure all control owners have documented their processes. Our readiness reports provide a prioritised action plan specific to your gap profile.
What tools help Risk Managers manage IEEE 1686 compliance?
Effective IEEE 1686 compliance management requires tools for gap analysis, control mapping, evidence collection, and reporting. Our compliance platform provides AI-powered gap analysis across 1,120 frameworks with 315K+ verified control-to-control mappings, helping Risk Managers identify overlapping requirements and reduce duplicate compliance effort.

Risk Manager: How ready is your organisation for IEEE 1686?

Answer 25 questions and get a professional readiness report with gap analysis, maturity scores, and prioritised action items. Results in 5 minutes.

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Written and maintained by Gerard Blokdyk, The Art of Service.Last updated .