CIS-8.1.15.4 — Ensure Service Provider Contracts Include Security RequirementsDomain: CIS Control 15 | Safeguard: CIS-8.1.15.4 | Asset Class: Devices | Security Function: Govern | Source: CIS Controls v8.1.2 (March 2025) |
Implementation Groups: IG1IG2IG3 Ensure service provider contracts include security requirements. Example requirements may include minimum security program requirements, security incident and/or data breach notification and response, data encryption requirements, and data disposal commitments. These security requirements must be consistent with the enterprise's service provider management policy. Review service provider contracts annually to ensure contracts are not missing security requirements. |
Executive Summary (For Leadership and the Board)
CIS Safeguard CIS-8.1.15.4 sits inside Control 15 (Devices / Govern) and reads: Ensure service provider contracts include security requirements. Example requirements may include minimum security program requirements, security incident and/or data breach notification and response, data encryption requirements, and data disposal commitments. These security requirements must be consistent with the enterprise's service provider management policy. Review service provider contracts annually to ensure contracts are not missing security requirements. The Safeguard is most rigorously expected at IG3 (Audience: organizations with sensitive data and regulatory exposure (CMMC L2, ITAR, PCI Level 1, regulated FSI). Implementation cost: high; full DevSecOps, mature SOC, threat modeling, red-teaming.) Mature programs treat this as a measured, recertified, and audit-evidenced control rather than a one-time configuration. The Safeguard maps to NIST SP 800-53 Rev. 5 CM-8 (System Component Inventory), CM-2/3 (Baseline Config / Change Control), CA-7 (Continuous Monitoring) and to NIST CSF 2.0 ID.AM (Asset Management).
Under CIS Controls v8.1.2 (March 2025), Safeguard CIS-8.1.15.4 is one of the Safeguards a CIS-CSAT self-assessment, internal audit, or third-party validator will examine because it directly affects the integrity of devices-class controls across the program. Leadership and the board should be asking: Who owns the control? When was it last validated end-to-end? What is the maximum tolerable detection-to-remediation gap, and what does our remediation plan look like when drift is detected? Failing this Safeguard cascades — every dependent Safeguard in the same Control family inherits the failure.