Description

This curriculum spans the equivalent of a multi-workshop operational risk program, addressing vendor accountability across contract enforcement, incident coordination, and system interoperability as rigorously as internal DevOps teams manage their own service dependencies.

Module 1: Defining Vendor Accountability Boundaries

Selecting service-level objectives (SLOs) that reflect actual business impact rather than vendor defaults
Negotiating penalty clauses for SLO breaches that are enforceable and measurable in production environments
Determining data ownership and access rights when code, logs, and configurations reside in vendor-managed systems
Establishing audit rights to review vendor change management practices during incident investigations
Deciding which compliance obligations (e.g., SOC 2, ISO 27001) require third-party attestation versus self-attestation
Mapping vendor responsibilities in shared security models to avoid gaps in patch management and access control

Module 2: Contractual Integration with DevOps Workflows

Embedding automated compliance checks into CI/CD pipelines based on contractual security requirements
Requiring vendors to expose machine-readable API contracts for integration testing in staging environments
Defining rollback procedures when vendor API changes break backward compatibility in production
Requiring vendors to publish deprecation schedules with minimum notice periods for critical tooling
Validating vendor claims about uptime using independent telemetry rather than vendor-reported dashboards
Enforcing code signing and artifact provenance requirements for vendor-supplied pipeline components

Module 3: Monitoring and Observability Governance

Requiring vendors to export raw telemetry data in open formats to avoid lock-in and enable cross-platform analysis
Configuring alert thresholds that trigger incident response protocols when vendor systems degrade performance
Implementing synthetic transactions to verify vendor service availability from multiple geographic regions
Standardizing log schemas across vendor and in-house systems to support centralized correlation
Enforcing retention policies for vendor-generated logs that align with legal hold requirements
Validating vendor-side sampling rates in distributed tracing to ensure production issue reproducibility

Module 4: Incident Response and Vendor Coordination

Establishing joint incident command roles that define vendor participation during major outages
Requiring vendors to provide root cause analyses (RCAs) within 48 hours of incident resolution
Testing escalation paths through vendor support hierarchies during tabletop exercises
Documenting communication protocols for disclosing vendor-related incidents to customers and regulators
Requiring vendors to participate in blameless postmortems with engineering and legal stakeholders
Verifying that vendor incident timelines align with internal MTTR (mean time to repair) benchmarks

Module 5: Dependency Risk Management

Mapping indirect vendor dependencies in open-source libraries maintained by third parties
Requiring SBOM (Software Bill of Materials) generation and updates for vendor-supplied binaries
Enforcing vulnerability disclosure timelines for vendors managing critical path dependencies
Implementing automated dependency checks that block deployments when vendor components exceed risk thresholds
Assessing vendor continuity plans for open-source projects they rely on but do not control
Conducting quarterly reviews of vendor patch deployment velocity compared to industry benchmarks

Module 6: Performance and Cost Transparency

Requiring vendors to break down usage metrics by environment (dev, staging, prod) to detect billing anomalies
Implementing cost allocation tags that vendors must honor in their billing exports
Validating autoscaling behavior against vendor performance claims under controlled load testing
Setting budget enforcement rules that automatically throttle or disable vendor services at threshold breaches
Comparing vendor-reported latency metrics with internally collected end-user monitoring data
Requiring vendors to disclose infrastructure topology to assess regional failover capabilities

Module 7: Exit Strategy and Interoperability Planning

Defining data portability requirements including format, schema, and transfer speed for vendor exit scenarios
Testing extraction scripts quarterly to ensure they function when vendor APIs change
Requiring vendors to document integration points and configuration dependencies in machine-readable form
Storing encryption keys independently to maintain data access after contract termination
Validating that exported data can be re-ingested into alternative platforms without transformation loss
Requiring vendors to support phased decommissioning to avoid service disruption during migration

Module 8: Continuous Vendor Evaluation Frameworks

Automating scorecard generation using SLO adherence, incident frequency, and support responsiveness
Conducting annual technical due diligence reviews with cross-functional teams including legal and security
Requiring vendors to participate in red team exercises that simulate supply chain compromises
Updating vendor risk ratings based on public incident disclosures and CVEs in their software stack
Rotating primary and secondary vendors for critical services to maintain competitive pressure
Architecting abstraction layers to reduce rework when replacing underperforming vendor components