🧭 Lesson Overview · Day 12 · 4 hoursThe Invisible Supply Chain
Day 11 established the internal architecture for a secure AI system. Today the lens widens to every AI dependency your organization doesn't build itself — which, for most organizations, is the majority of the AI they actually use. Foundation models from OpenAI, Anthropic, Google, or Meta. Fine-tuned derivatives built by your SaaS vendors. Copilot features embedded invisibly in Microsoft 365, Salesforce, or your HR platform. Analytics tools that have quietly added "AI-powered insights." Every one of these is an AI system you are effectively deploying — with all the governance obligations that entails — even if you never wrote a line of ML code.
The central challenge is opacity: traditional vendor risk management was designed for software with known CVEs, auditable source code, and deterministic behavior. AI systems are none of those things. A vendor can assure you their product is "NIST-compliant" while their underlying foundation model was trained on data you would never permit in your own systems, has known bias patterns the vendor hasn't documented, and processes your users' data in ways not covered by your DPA.
🏭 Anchoring Analogy: The Food Safety Chain
A restaurant is responsible for the food it serves. It cannot tell a customer who develops an allergic reaction "our supplier didn't disclose that ingredient." Food safety law holds the restaurant — the entity that serves the customer — responsible for knowing what is in the food, where it came from, and whether it is safe. The restaurant must audit suppliers, require ingredient transparency, and maintain records that regulators can inspect.
AI governance works the same way. Your organization is the entity that deploys AI to your users or uses AI in decisions that affect your customers. Regulators — especially under the EU AI Act — do not accept "we didn't know what the vendor was doing" as a defense. The deployer has legal obligations regardless of whether the AI was built internally or procured from a vendor. You are responsible for the food you serve.
Day 12 Learning Objectives
- 1Map the AI value chain from foundation model provider through to end deployer and identify the security and governance implications at each layer.
- 2Distinguish provider, deployer, importer, and distributor obligations under the EU AI Act and apply them to realistic organizational scenarios.
- 3Identify and assess risks specific to embedded and hidden AI in third-party software products.
- 4Apply a tiering framework to classify vendors by AI risk level and determine appropriate assessment cadence.
- 5Conduct a structured AI vendor risk assessment using a domain-based questionnaire.
- 6Identify contract clauses and procurement requirements that provide governance leverage over AI vendors.
The AI Value Chain & Role Obligations
Module 1 · 40 minThe AI Value Chain — Six Layers of Inherited Risk
Every AI system in production sits at the end of a value chain that can span six or more distinct layers of suppliers, intermediaries, and integrators. Risk and compliance obligations flow down this chain — but transparency frequently does not. An organization that deploys a SaaS product with embedded AI may have no visibility into the foundation model it uses, the dataset it was trained on, or the jurisdiction in which inference occurs.
🔑 The Supply Chain Reality Check
A 2025 Secureframe report found that supply chain attacks accounted for 47% of total affected individuals in the first half of 2025, with third-party vendor and supply chain compromise costing an average of $4.91 million per breach. The IBM 2025 Cost of a Data Breach Report found that 13% of organizations reported breaches involving AI models or applications — and 97% of those organizations lacked proper AI access controls. When your AI vendor is breached, you inherit that risk.
The Six-Layer AI Value Chain — Click Any Node to Explore
Each layer in the AI value chain introduces distinct risks that the layer below inherits without necessarily being aware of them. Click any node to see the actors, responsibilities, and inherited risks at that layer.
Supply Chain Attack Vectors — Flip Cards
Traditional vendor risk management asks "is their software patched?" AI vendor risk requires asking six additional questions. Click each card to see the attack and its supply-chain implication.
Module 2 · 40 minProvider, Deployer, Importer, Distributor — Who Owes What to Whom
The EU AI Act introduced a four-role taxonomy that defines different legal obligations based on where an organization sits in the AI value chain. These roles are not mutually exclusive — a single organization can be a provider for some AI systems and a deployer for others, or both simultaneously for the same system if they substantially modify it. Understanding which role applies determines which Articles of the EU AI Act bind the organization.
⚠️ The Role-Morphing Trap — EU AI Act Article 25
Article 25 of the EU AI Act states that anyone who distributes, imports, deploys, or modifies a high-risk AI system can become a provider of that system — with full provider obligations — if they: put their own name or trademark on an existing system; make a substantial modification to the system; or alter the intended purpose of a system to make it high-risk. Organizations assuming they are "merely deployers" with lighter obligations need to assess whether their customization, fine-tuning, or repurposing has crossed the Article 25 threshold and triggered provider obligations.
The Four Primary Roles — Compare Obligations
Develops, places on market, or puts into service an AI system under their name or trademark.
- Full technical documentation (Art. 11)
- Risk management system (Art. 9)
- Data governance procedures (Art. 10)
- Transparency & instructions for use (Art. 13)
- Human oversight measures designed in (Art. 14)
- Accuracy, robustness, cybersecurity (Art. 15)
- Quality management system (Art. 17)
- Conformity assessment & CE marking (Art. 43)
- Post-market monitoring (Art. 72)
- Serious incident reporting (Art. 73)
Uses an AI system under their own authority in a professional context. Most enterprise customers are deployers.
- Use system per provider's instructions (Art. 26)
- Human oversight implementation (Art. 26)
- Monitor for risks; report to provider (Art. 26)
- Inform affected natural persons (Art. 26)
- Data Protection Impact Assessment where needed
- AI literacy for staff (Art. 4, effective Feb 2025)
- Log retention for high-risk systems (Art. 26)
- Register high-risk AI use (EU database, Art. 49)
Places an AI system from a third-country provider on the EU market. Often overlooked — but carries heavy obligations.
- Verify provider has completed conformity assessment
- Verify technical documentation exists and is accessible
- Verify CE marking is affixed correctly
- Ensure provider has designated EU representative
- Identify importer on system or packaging
- Verify storage/transport conditions maintained
- Keep copy of Declaration of Conformity (10 years)
- Report non-compliance and serious incidents
Makes a high-risk AI system available on the EU market without placing it under their own name.
- Verify CE marking on high-risk systems
- Verify Declaration of Conformity available
- Verify required documentation accompanies system
- Report non-compliant systems to market authority
- Cooperate with regulatory investigations
- Do not supply if compliance not verifiable
Role Determination — Expandable Scenarios
Situation: MVCC licenses an AI tutoring platform from a US edtech vendor (Khanmigo-style). MVCC uses it as-is for developmental math students. MVCC does not modify the model, does not add its own branding to the AI system, and does not alter its intended purpose.
Role determination: MVCC is a Deployer. The vendor is the Provider. MVCC's obligations: implement human oversight, train staff on AI literacy, retain logs, monitor for risks, inform students when they are interacting with AI (EU AI Act Art. 50 transparency requirement if system is in scope), and use the system per the provider's instructions for use.
The governance gap: MVCC is obligated to implement human oversight — but can it actually do so if the vendor's platform does not expose the outputs or flagging mechanisms needed? This is a contractual question as much as a technical one. The vendor contract must include provisions for oversight access, audit rights, and incident notification.
Situation: MVCC's IT department fine-tunes an open-source LLM (Llama 3) on internal student success records to predict at-risk students and automatically generate advising interventions. MVCC deploys this system for use by advisors.
Role determination: MVCC is now a Provider under Article 25. By fine-tuning and deploying a purpose-built AI system under MVCC's own authority for a high-risk use case (education AI, Annex III category 3), MVCC has crossed the provider threshold. This means MVCC now carries all provider obligations: risk management system, data governance, technical documentation, conformity assessment, post-market monitoring, and incident reporting — obligations that were designed for commercial AI companies with dedicated compliance teams, not a community college IT department.
The governance lesson: Fine-tuning on internal data for a purpose-specific use case is the most common way a deployer accidentally becomes a provider. Organizations must assess the Article 25 trigger before any fine-tuning project begins.
Situation: A US technology reseller distributes a high-risk AI hiring screening tool built by a German company. The tool is used by US employers. The EU AI Act has extraterritorial reach if the system produces outputs used in the EU — but in this scenario the outputs are used only in the US.
Role determination: This scenario illustrates the extraterritoriality question. If the tool's outputs affect EU persons (e.g., EU citizens applying for jobs), EU AI Act obligations may apply regardless of the jurisdiction of deployment. The US reseller should conduct a jurisdictional assessment and obtain the provider's declaration of conformity as a precaution — especially if any EU persons may interact with the system as job applicants. Even outside the EU, the EU AI Act's documentation standards are becoming a de facto global baseline that enterprise procurement teams require.
Organizations commonly perform the following actions believing they remain deployers. Each of these can trigger Article 25 provider obligations:
| Action | Remains Deployer? | Trigger for Provider Role |
|---|---|---|
| Using system exactly as licensed | ✓ Yes | No trigger |
| Adding a company logo to the AI interface | ⚠ Maybe | Branding may constitute "placing under own name" (Art. 25) |
| Fine-tuning on internal data | ✗ No | Substantial modification → provider obligations |
| Changing system prompt / instructions | ⚠ Maybe | Depends on whether it constitutes "substantial modification" |
| Deploying for a new high-risk purpose | ✗ No | Changing intended purpose → provider obligations |
| Integrating with internal data via RAG | ⚠ Maybe | Adds new capabilities; legal opinion recommended |
Module 3 · 30 minEmbedded & Hidden AI — The Risk You Didn't Know You Deployed
The most governable AI risk is the AI you knowingly deployed. The most dangerous AI risk is the AI that arrived inside software you purchased for entirely different reasons. Embedded AI refers to AI capabilities integrated by vendors into products without the deploying organization making a deliberate choice to adopt AI. This includes Copilot features added to Microsoft 365, "AI-powered insights" added to your HRIS, automated summarization in your document management system, and sentiment analysis built into your CRM.
⚠️ The Hidden Deployment Problem
A 2025 enterprise AI governance report found that organizations cannot govern what they have not catalogued — and an AI inventory requires actively auditing vendor products for newly added AI features, not just tracking intentional AI deployments. Major SaaS vendors now routinely activate AI features in product updates that appear in user interfaces without any procurement review or governance assessment. The deployer's regulatory obligations apply immediately — regardless of whether the deployment was intentional.
Categories of Embedded AI Risk — Expand Each
Examples: Tableau AI, Power BI Copilot, Salesforce Einstein, SAP AI, Oracle Analytics AI.
Embedded risks: These tools process your most sensitive business data — financial records, customer PII, employee data, strategic plans — and send queries or full data context to foundation model APIs to generate natural-language summaries, anomaly explanations, and forecasts. The data processing agreement you signed for "analytics" may not cover AI model training or cross-tenant data use.
Questions to ask your vendor: Does AI processing occur within your tenant or in a shared environment? Is your data used to improve the vendor's AI model? What data is retained by the AI inference system? Is the AI inference endpoint covered by your existing DPA?
Governance response: Audit all analytics tools for embedded AI features. Require data processing addendum updates that explicitly cover AI inference. Disable AI features in tools processing regulated data (FERPA, HIPAA, GLBA) until the DPA is updated and validated.
Examples: Microsoft 365 Copilot, Google Workspace Gemini, Zoom AI Companion, Slack AI, Notion AI.
Embedded risks: These tools have access to the broadest possible organizational data surface — email, calendar, documents, chat history, meeting transcripts. AI features summarize, draft, and search across all data the user can access. A misconfigured permission model means Copilot can surface data the user shouldn't see — creating an AI-amplified privilege escalation path.
The MVCC example: If MVCC activates Microsoft 365 Copilot without first auditing SharePoint permissions, student FERPA-protected data stored in poorly scoped SharePoint folders becomes discoverable by any faculty member whose Copilot query touches that content. The AI didn't create the permission problem — it made an existing permission problem catastrophically efficient.
Governance response: Audit and remediate data permissions before activating productivity AI features. Configure AI feature scope — most enterprise AI platforms allow restriction to specific data domains. Include AI feature scope in change management review for all major SaaS product updates.
Examples: AI-powered applicant tracking (Workday, iCIMS AI), AI resume screening, student risk prediction, automated advising flags.
Embedded risks: AI in HR and education decisions falls squarely within EU AI Act Annex III high-risk categories: employment and workers management (Annex III, pt. 4) and education and vocational training (Annex III, pt. 3). A vendor who adds AI screening features to their ATS is now providing a high-risk AI system — and the deploying organization becomes a deployer of that high-risk AI system, with all associated obligations.
The bias liability: AI hiring tools have documented disparate impact across protected characteristics. The EEOC and multiple state laws (Illinois, New York City) already require disclosure and bias auditing of AI in hiring. An organization that unknowingly uses an AI-powered feature in their ATS is still liable under these laws.
Governance response: Require vendors providing HR or student systems to identify and document every AI feature that influences decisions about individuals. Conduct bias audits on any AI feature used in high-stakes decisions. Ensure vendor contracts require notification of new AI features before activation.
Examples: AI-powered SIEM (Microsoft Sentinel AI, Splunk AI), endpoint detection, network anomaly detection, AI-assisted vulnerability management.
Embedded risks: Security AI tools process the most sensitive internal data: network traffic, authentication logs, user behavior patterns, incident data. If the vendor's AI model is cloud-hosted, this data leaves your perimeter for inference. A poisoning attack against the security AI could suppress detection of specific attack patterns — creating a blind spot in your security monitoring precisely where an attacker wants one.
Governance response: Require security AI vendors to document data residency for AI inference. Assess whether AI model updates could introduce new blind spots. Maintain a baseline of manual detection rules that do not depend on AI — so that a compromised security AI does not eliminate all detection capability.
Module 4 · 25 minVendor Tiering — Not All AI Vendors Require the Same Scrutiny
A third-party risk program that applies the same assessment rigor to every vendor is operationally unsustainable and strategically incoherent. An organization with 200 SaaS vendors cannot conduct full AI risk assessments on all of them simultaneously. The solution is a tiering framework that allocates assessment intensity proportionally to risk — identifying the vendors whose AI use creates the greatest potential harm if something goes wrong.
🏥 Analogy: Hospital Supplier Tiering
A hospital doesn't subject its paper towel supplier to the same scrutiny as its medical device supplier. Both are vendors; both matter; but the consequences of failure are categorically different. Medical device suppliers undergo rigorous qualification, ongoing audits, and regulatory oversight. Paper suppliers undergo standard procurement checks. AI vendor tiering applies the same logic: a vendor whose AI makes decisions about your students' academic futures warrants Tier 1 scrutiny; a vendor whose AI autocompletes internal search queries warrants Tier 3.
Three-Tier AI Vendor Classification Framework — Click to Expand
The tiering matrix below classifies vendors by AI Decision Influence (how significantly does the AI affect decisions about people?) and Data Sensitivity (how sensitive is the data the AI processes?). Click any tier row to see the assessment requirements.
Examples at MVCC: AI-powered student risk prediction system; AI hiring/screening tool for staff recruitment; AI tutoring that records and analyzes student learning data; AI proctoring system.
Required assessments: Full AI-specific vendor questionnaire (all domains); on-site or documented audit; model card review; AIBOM request; contractual audit rights; annual penetration testing evidence; EU AI Act role determination; bias audit evidence; incident notification SLA ≤24 hours.
Contractual requirements: Data processing agreement with AI-specific provisions; AIBOM delivery requirement; 30-day notice of material AI changes; audit rights; liability clauses covering AI-specific harms; AI feature change management process; incident notification SLA.
Ongoing monitoring: Quarterly governance review; continuous monitoring for regulatory changes; anomaly detection on AI outputs; periodic bias re-evaluation.
Examples at MVCC: Microsoft 365 Copilot (productivity AI accessing broad organizational data); AI-powered analytics platform processing financial data; LMS with AI-generated insights on student engagement.
Required assessments: Standard AI vendor questionnaire (priority domains: data handling, model transparency, incident response); documentation review; DPA verification with AI provisions; reference checks; evidence of security certifications (SOC 2 Type II, ISO 27001).
Contractual requirements: DPA with AI provisions; 60-day notice of material AI changes; security incident notification SLA ≤72 hours; right to disable AI features; data retention and deletion commitments for AI inference data.
Ongoing monitoring: Semi-annual governance review; annual security questionnaire update; monitoring of vendor regulatory filings and public AI disclosures.
Examples at MVCC: AI autocomplete in internal search tools; AI grammar suggestions in writing tools; AI scheduling assistants processing only calendar metadata; AI-generated image tools for marketing materials.
Required assessments: Self-assessment questionnaire (abbreviated); review of vendor's published AI transparency statement; confirmation that AI features do not process regulated data categories; standard security questionnaire.
Contractual requirements: Standard terms with data processing addendum; confirmation of no regulated data processing; security incident notification (standard SLA); right to disable AI features if risk tier changes.
Ongoing monitoring: Annual review as part of standard vendor renewal; triggered reassessment if vendor adds new AI capabilities that change data sensitivity or decision influence.
Tiering Decision Matrix
| AI Decision Influence → Data Sensitivity ↓ | High Influence (Affects individual outcomes) | Medium Influence (Informs, but human decides) | Low Influence (Convenience only) |
|---|---|---|---|
| High Sensitivity (PII, PHI, FERPA, CUI) | TIER 1 — Critical | TIER 1 — Critical | TIER 2 — Significant |
| Medium Sensitivity (Internal business data) | TIER 1 — Critical | TIER 2 — Significant | TIER 3 — Standard |
| Low Sensitivity (Public or aggregated data) | TIER 2 — Significant | TIER 3 — Standard | TIER 3 — Standard |
Vendor Tiering Exercise — MVCC Vendor Portfolio
Using the tiering matrix from Module 4, classify each of the following MVCC vendors. For each vendor, assign a tier, identify the primary risk driver (data sensitivity or decision influence), and name one specific assessment requirement that applies at that tier.
Share-Out (10 min): Which vendor was hardest to tier? Were there any vendors you initially classified differently — and what changed your thinking? The instructor will capture the class's consensus tier for each vendor on the whiteboard.
Vendor Assessment & Contract Governance Lab
Module 5 · 50 minAI Vendor Risk Assessment — The Questions That Actually Matter
Standard vendor security questionnaires (CAIQ, SIG, VSA) were not designed for AI systems. They ask about encryption, access controls, and patch management — all relevant, but insufficient. An AI vendor can earn a perfect score on a traditional security questionnaire while using a foundation model trained on data that contains your customers' information, operating an inference pipeline that logs every query, and having no model rollback capability. The questions that matter for AI risk require an entirely different domain coverage.
🔑 The NSA 2026 Guidance Standard
The NSA's 2026 digital supply chain guidance for AI systems specifies that vendor contracts and assessments must address: AIBOM provision, third-party service governance, access control and segregation of duties, testing and red teaming evidence, and incident response and lifecycle management commitments. Organizations that rely solely on vendors' self-declared security posture — without requiring evidence — are accepting unverified risk as fact.
Interactive Vendor Assessment Questionnaire — Check Items Your Vendor Must Answer
The questionnaire below covers the six domains of AI vendor risk. Check each item that you have confirmed with your Tier 1 or Tier 2 vendor. Items marked HIGH are essential — missing answers to these represent critical governance gaps.
Contract Clauses — What Must Be in Your AI Vendor Contracts
Assessment questionnaires reveal the vendor's posture. Contracts create legally enforceable obligations. The following clauses are essential for Tier 1 vendors and strongly recommended for Tier 2. Expand each to see the clause language and negotiation notes.
Purpose: Requires the vendor to provide an AI Bill of Materials (AIBOM) at contract execution and on every material change to the AI system — enabling the deployer to inventory AI components, track vulnerabilities, and meet regulatory documentation obligations.
Sample language: "Vendor shall provide Customer with a complete AI Bill of Materials (AIBOM) in CycloneDX ML-BOM v1.7 or SPDX 3.0 AI Profile format within 30 days of contract execution and within 15 business days of any material change to the AI system, including model version changes, dataset changes, or infrastructure changes that affect the AI inference pipeline."
Negotiation note: Vendors relying on third-party foundation models (OpenAI, Anthropic, Google) may argue they cannot provide AIBOM fields for the foundation model layer. Accept this limitation but require documentation of the specific model version, API endpoint, and any fine-tuning performed on your organization's data.
Purpose: Requires the vendor to notify the deployer before making material changes to AI systems — including model updates, new AI features, changes to data processing, or changes to the inference provider. Prevents vendors from silently upgrading foundation models or activating new AI capabilities without deployer review.
Sample language: "Vendor shall provide Customer with not less than [30/60] calendar days' prior written notice of any material change to the AI features of the Services, including but not limited to: changes to the underlying AI model or model version; changes to training data or fine-tuning datasets; changes to the AI inference provider or data processing location; and activation of new AI capabilities that process Customer Data."
Negotiation note: Vendors often resist long notice periods for AI changes, arguing that rapid AI development requires faster iteration. A reasonable compromise: 30-day notice for changes affecting regulated data processing; 14-day notice for other AI capability changes; emergency changes with retroactive notification within 72 hours plus a root-cause summary.
Purpose: Grants the deployer the right to audit or commission audits of the vendor's AI system — including third-party bias audits, red team assessments, and security penetration testing of AI components. Also requires vendors to provide evidence of their own AI testing programs.
Sample language: "Vendor shall (a) maintain a program of regular adversarial testing and bias evaluation for the AI systems provided under this Agreement; (b) provide Customer with a summary of testing results annually upon request; and (c) permit Customer or Customer's designated third-party auditor to conduct or commission AI-specific assessments, including bias audits and security assessments of AI inference pipelines, no more than once per year upon [30] days' written notice."
Negotiation note: Most enterprise AI vendors will resist direct audits of their core AI systems (citing IP protection and multi-tenant security). Acceptable compromise: accept SOC 2 Type II reports that include AI-specific trust service criteria, third-party bias audit reports, and the vendor's published penetration testing schedule — while retaining the right to conduct your own assessment of the integration layer that processes your specific data.
Purpose: Defines the vendor's obligations when an AI-specific incident occurs — including model compromise, data poisoning discovery, significant performance degradation, or AI-generated output causing documented harm.
Sample language: "Vendor shall notify Customer within [24/72] hours of discovering any AI-specific security incident, including: (a) evidence of unauthorized access to or modification of AI model artifacts; (b) discovery of data poisoning affecting AI system behavior; (c) AI system outputs that have caused or are likely to cause documented harm to individuals; and (d) regulatory investigations or enforcement actions related to the AI systems provided under this Agreement. Vendor shall provide rollback capability for AI model changes and shall document rollback procedures in the Service Level Agreement."
Negotiation note: The definition of "AI-specific incident" is the critical negotiation point. Vendors prefer to limit notification to traditional security incidents (breaches, unauthorized access). Push for explicit inclusion of model behavior changes, bias discoveries, and regulatory investigations — all of which affect the deployer's governance obligations.
Purpose: Explicitly prohibits the vendor from using the deployer's data — including user queries, uploaded documents, and inferred behavioral signals — to train or improve the vendor's AI models. Prevents the organization's proprietary or regulated data from becoming training data for a shared model.
Sample language: "Vendor shall not use Customer Data, Customer User Data, or any data derived from Customer's use of the Services (including but not limited to: user queries submitted to AI features, documents processed by AI features, and output feedback signals) to train, fine-tune, evaluate, or improve Vendor's AI models, except with Customer's express written consent and subject to Customer's review and approval of the training methodology and data governance documentation."
Negotiation note: This clause is frequently pre-included in enterprise AI contracts at the request of large customers. If the vendor resists, treat this as a Tier 1 red flag — a vendor that insists on the right to train on your data is prioritizing their model improvement over your data governance obligations. For FERPA-protected data, this restriction is not negotiable; it is a legal requirement.
MVCC Vendor Portfolio — Supply Chain Risk Analysis
MVCC has the following vendor relationships, each of which has recently added or is considering AI capabilities:
Instructions:
- Think (5 min): For each vendor, identify: (a) what tier they belong in, (b) the single most critical risk, and (c) one contract clause or assessment requirement that directly addresses that risk. Write individually.
- Pair (10 min): Compare with a partner. Did you reach the same tier for each vendor? If you differed, what was the deciding factor?
- Share (10 min): Class share-out. Focus on Vendor C — the startup with no SOC 2. What does the class recommend: proceed with enhanced requirements, hold pending certification, or decline?
- Debrief (5 min): Which role (provider, deployer, importer) does MVCC occupy for each vendor relationship? Does the Article 25 analysis change for any vendor if MVCC customizes the tool?
🎓 Instructor Note
Vendor A is designed to surface the most consequential discussion: an automated AI flag triggering an action affecting a student, without human review, using FERPA-protected data. This is likely a Tier 1 system that may qualify as high-risk under EU AI Act Annex III if the college enrolls any EU-national students. The automated action without human review may violate both FERPA and MVCC's own policies. The class should debate whether the vendor's AI feature should be disabled until human-in-the-loop requirements are met — and who makes that decision: IT, legal, academic affairs, or a cross-functional AI governance committee.
Build the Vendor Contract — Select the Right Clauses
For each vendor scenario below, select the contract clauses that are essential (not just helpful) for governing the AI risk in that relationship. Click clauses to select them, then score your choices. This exercise feeds into your assessment artifact.
⚖️ Activity D · Read the Vendor Evidence — Tier & Decide
You are assessing GradeAssist AI, an ed-tech vendor whose tool would process student PII (FERPA) — so it is a Tier-1 / high-risk vendor. Below are findings from its assessment packet. Classify each as an assurance (reduces risk) or a red flag (a gap), then make the go-live call.
| Finding from the vendor packet | Your classification |
|---|---|
| Current SOC 2 Type II report, no major exceptions | |
| Per the DPA, the vendor trains its base models on customer data | |
| Contract has no AI-incident / breach-notification clause | |
| Subprocessor list disclosed (includes a hyperscaler model API) | |
| Vendor cannot state what data its model was trained on | |
| Student PII stored in-region, encrypted in transit and at rest |
📝 Assessment Artifact · Due: End of ClassAI Vendor Risk Assessment Report
📋 Day 12 Assessment Artifact
Mini-Project Component: MVCC Vendor Risk Assessment (Part 1 of 2)
This artifact is the first component of the AI AUP + Vendor Risk Assessment Mini-Project (20% of course grade). Produce a structured vendor risk assessment document for one of the three MVCC vendors from Activity B. The document must include:
- Vendor classification: Assigned tier with documented rationale using the Data Sensitivity × AI Decision Influence matrix. Include the specific data categories processed and the nature of AI-influenced decisions.
- EU AI Act role determination: Identify MVCC's role (provider, deployer, importer, or distributor) for this vendor relationship. Address whether any MVCC customization of the vendor's tool could trigger an Article 25 role shift.
- Top 5 risk findings: Identify the five most significant AI-specific risks in this vendor relationship, using the assessment questionnaire domains as a framework. For each risk, state the risk, the evidence basis (what the vendor has or has not disclosed), and the recommended treatment.
- Three required contract clauses: Identify the three contract clauses most critical for this specific vendor relationship. For each clause, explain why it addresses this vendor's specific risk profile rather than generic AI vendor risk.
- Assessment gap: Identify one significant question about this vendor's AI practices that you cannot answer from publicly available information — and state what assessment activity (audit, questionnaire, certification review) would close that gap.
Format: Professional memo with section headers and, where appropriate, a one-row summary table at the top (vendor name, tier, MVCC role, primary risk). Prose throughout — bullet points only for the five risk findings.
Note: This artifact will be combined with the AI AUP document produced in Lesson 13 as the full Mini-Project submission due Day 13.
❓ Day 12 Knowledge Check · 6 Questions · Instant FeedbackTest Your Mastery
Formative check — does not affect your grade. Predicts performance on the week's assessment.