AgriFinTech

AgriFinTech Practice Sample

This sample brings together four questions from the existing self-test quiz bank and the book’s Chapter 8 applied exercise. The answers and explanations can be opened after attempting each question. The full student resource set also includes notebooks, prompts and framework tools.

Self-test questions

1. Which Brazilian instrument is the canonical agri-receivables financing tool comparable to a structured CPR?

• A. Cédula de Produto Rural
• B. Letras Hipotecárias
• C. Notas Promissórias
• D. Certificados de Depósito

2. An anchor-buyer SCF arrangement's biggest source of contagion risk is:

• A. Currency volatility
• B. Buyer cancellation or stretched payments concentrating exposure
• C. Commodity price volatility
• D. Weather risk

3. A fintech operates a marketplace with embedded credit. Under post-2022 RBI norms, who owns the customer grievance window?

• A. The marketplace operator
• B. The regulated lending entity
• C. Joint
• D. Self-regulatory organisation

4. Which combination best characterises a sustainable anchor-buyer SCF book?

• A. Maximum buyer concentration
• B. Diversification cap, exposure limits per anchor, event-trigger discipline
• C. Single-buyer focus
• D. No documentation

Applied exercise: Design a supply-chain finance program

Deliverable. Design a complete supply-chain finance program for a named commodity (cotton, soybean, or maize) in a named state, working through anchor selection, platform partner, the WDRA-accredited warehouse network, e-NWR custody arrangements, the DLG structure, and the unit economics for all parties.

Step 1. Define the commodity, the geography, and the value-chain scope. Specify the commodity (cotton in central India, soybean in Madhya Pradesh, or maize in Bihar), the cropping region, the principal value-chain actors (cultivators, FPOs, ginners or processors, anchor buyers), and the projected program size over the first twenty-four months.

Step 2. Specify the supply-chain finance model. Apply the Supply-Chain Finance Architecture for Agriculture framework. Identify the anchor (or absence of anchor), the platform, the lender, the insurer, and the warehouse-and-collateral-manager. Justify each role assignment with reference to the commodity-and-state context.

Step 3. Design the embedded-finance product family. For input-embedded credit, output-linked lending, and e-NWR pledge financing, specify the product structure, the pricing, the tenor, and the disbursement mechanism. Apply the Embedded Finance Design Canvas to verify that each product is well-specified across the five axes.

Step 4. Specify the DLG and risk-sharing architecture. Within the regulatory cap of 5 percent of the static loan portfolio, specify the DLG arrangement with the partner anchor and any complementary risk-sharing instruments (insurance, off-take guarantee, FPO joint-and-several liability).

Step 5. Compute the unit economics. For each participant (bank, NBFC platform, partner anchor, FPO, cultivator), compute the revenue, the operating cost, the credit cost (where applicable), and the margin.

Output format. Seven pages of analytical narrative set out across the five steps, plus a one-page architecture diagram showing the actor architecture, the capital flows, the data flows, and the risk-sharing relationships.

Discussion questions

1. What does an anchor genuinely add in supply-chain finance, and where does the anchor’s interest diverge from the smallholder’s? Identify three specific dimensions on which anchor-led finance produces durable advantage and three on which the anchor’s incentives may misalign with the supplier’s.
2. Compare the e-NWR ecosystem with the United States and Brazilian warehouse-receipt systems. What did India get structurally right, and what is still incomplete? Identify two design choices that travel and two that depend on conditions that do not.
3. Where does blockchain actually add value in supply-chain finance, and where is a centralized database equally good? Identify three substantive use cases and three ceremonial cases, and assess which questions a product designer should ask before committing to a blockchain architecture.
4. How should an FPO weigh the trade-offs of anchor-led supply-chain finance against direct lending against e-NWRs? Specify three considerations that argue for the anchor-led arrangement and three that argue for the e-NWR-based arrangement, and assess the conditions under which each consideration dominates.
5. What is the structural reason post-harvest losses persist in India despite WDRA-backed warehouse infrastructure? Identify the gap between the regulated network’s coverage and the actual smallholder cultivator’s storage decisions, and assess the policy and product responses that would close the gap.
6. How should sustainability certification economics flow through supply-chain finance, and who should capture the premium? Identify three governance practices that would route the premium to producers and three failure modes that route it to platform aggregators or anchor buyers.
7. Compare the platform power of a successful agri-supply-chain finance platform with the anchor’s power in anchor-led finance. Which is structurally more sustainable, and what conditions determine the answer?

What the wider resource set contains

The prepared student materials include chapter notebooks, self-test quizzes, prompts, framework tools, case indexes and a glossary. Instructor notebooks, a test bank and case teaching notes are held separately. Purchaser downloads and verified faculty access will be arranged when the book becomes available.