This is a strategy question, not a coding task, so I’ll just work it through directly. A few things genuinely change the answer (your margin on this buyer, what % of revenue they are, your switching costs), so I’ll flag where assumptions are doing the work and you can correct them.

1. Separate positions from interests

Their position is “give us a better price or we walk.” That’s almost never the real driver. The threat to switch is itself a tactic — if switching were easy and cheap for them, they’d likely have done it instead of hinting. The hinting is the tell.

Their underlying interests (the buyer)

• Cost predictability, not just lower price. Large buyers often care more about locked, forecastable cost than the absolute number.
• Supply security — they need the part to keep their line running. An exclusive contract with you means they’ve concentrated risk on you; switching adds risk during transition.
• Switching cost avoidance — requalification, re-tooling, engineering validation, audits, and the ramp time before a new vendor hits your quality/yield. For a component that’s designed-in, this is often 6–18 months and real money.
• Internal leverage / optics — their procurement team may be under a mandate to “show savings.” The threat may be partly theater to justify their own performance, not a real intent to leave.
• Exclusivity value to them — if the contract is exclusive to you (you can’t sell to their competitors), they’re getting strategic protection they may not want to give up.

Your underlying interests (you)

• Revenue stability from your largest buyer — but be honest about the concentration risk this creates for you.
• Margin, not just volume. A big-but-thin contract that locks your capacity can be worse than smaller diversified business.
• Capacity / opportunity cost — exclusivity may bar you from higher-margin customers.
• Not being a price taker — avoiding the precedent that threats extract concessions, which trains them to do it every cycle.

2. Work out your BATNA (your alternative if this collapses)

Your BATNA isn’t “lose the customer.” It’s the best concrete thing you’d actually do if they walked. Build it before you negotiate, because it’s the only thing that sets your walk-away price.

Candidate alternatives to assess:

1. Backfill the capacity with other buyers. The key question: how fast and at what margin could you re-sell the freed-up capacity? If you have a waitlist or were turning business away because of the exclusivity, your BATNA is strong. If this buyer is 40% of revenue and the market is soft, it’s weak.
2. Pivot to higher-margin / diversified accounts that exclusivity currently blocks.
3. Sell to their competitors — often the single most powerful BATNA element, if the exclusivity clause is the only thing stopping you. That’s also leverage: their exclusivity has value precisely because it keeps you off their rivals’ lines.
4. Wind down / repurpose the line if no backfill exists — the weak-BATNA case.

To make this real, you need three numbers:

• What % of revenue and (separately) what % of contribution margin is this buyer? Revenue overstates dependence; margin is the truth.
• Time-to-backfill: months to replace the volume, and at what margin relative to current.
• The switching cost to them — requalification time and cost. This is the mirror of your BATNA and the core of your leverage.

3. Where your real leverage sits

Leverage = the gap between your BATNA and theirs.

• Their switching cost is your leverage. If requalifying a new supplier takes them 9–12 months and risks line-down, their walk threat is far weaker than they’re implying. Quantify it; then you know how much of the threat is bluff.
• Exclusivity is a chip you’re currently giving away. If you’re contractually barred from their competitors, you can trade that: a price concession in exchange for dropping or narrowing exclusivity (freeing your BATNA), or keep exclusivity only at a price that compensates you for the foregone business.
• Your weakness is concentration. The more of your revenue they are, the more their threat bites — independent of the merits. Reducing that dependence (even starting to) strengthens every future negotiation, not just this one.

What I’d do next

The analysis above is only as good as four inputs. If you give me:

1. Their share of your revenue and of your margin,
2. Your realistic time-and-margin to backfill the capacity,
3. Their switching cost / requalification time (your best estimate), and
4. Whether the contract bars you from selling to their competitors,

— I can turn this into a concrete walk-away number and a recommended opening move (e.g., trade exclusivity for price vs. hold price and call the bluff). Want to fill those in?

A note: I’m Claude Code running in your ora repository, so I’m answering this as a one-off reasoning task. If you wanted this routed through Ora’s actual negotiation/interest-mapping pipeline (it has modes built for exactly this — interest mapping, BATNA, consequences-and-sequel), that’s a separate thing I can help you set up or invoke through the orchestrator instead.

This is a classic dependency renegotiation scenario. The most dangerous assumption a supplier makes is that they have the leverage to say “exit.” Often, a “mid-size” title with one “largest buyer” means you are structurally dependent on that relationship.

Below is the strategic mapping of interests and a tactical breakdown of your BATNA.

1. Interest Mapping: Beneath the Positions

Positions are what is said publicly. Interests are why they are asking for it.

The Pivot Point: The Buyer isn’t trying to steal your business; they are trying to reduce their risk exposure without drastically reducing performance. The Supplier is not trying to exclude the Buyer from others; they are trying to ensure their investment utilization doesn’t sink.

2. Determining Your Real BATNA

Definition: BATNA (Best Alternative to a Negotiated Agreement) is the ultimate benchmark. It is your “walk-away” plan to calculate your true leverage.

Scenario A: The “True” BATNA (The Hard Numbers) If the deal collapses, what do you physically do?

1. Capable Capacity: Do you have the machine hours, engineers, and tooling utilized in full elsewhere? (If you can immediately replace 80% of lost volume, your BATNA is strong).
2. Reallocatable Talent: Can you shift the engineering team to another client?
3. Cost Structure: What are your fixed costs vs. marginal revenue?
   • Example: If you lose $1M/year revenue on this contract but $1.5M fixed costs were paid regardless, your BATNA is negative cash flow.
4. New Revenue Timeline: Can you onboard another strategic client?
   • Reality Check: If you are mid-size, this is often 6–18 months of delay.

The BATNA Calculation:

• If the walk-away results in layoffs, idled assets, or a balance-sheet crisis: Your BATNA is weak. You are in a position of vulnerability. Your leverage is operational specificity, not market failover.
• If the walk-away results in a smaller but profitable portfolio: Your BATNA is moderate. You can negotiate down price or terms because you value the working capital over the exclusivity.
• If the walk-away is a disaster: You must frame the negotiation not around “leaving,” but around “optimizing the current capacity.”

Strategic Adjustment: If your BATNA is weak (e.g., >50% revenue dependent on one client), lower your BATNA threshold. Changing the goal from “Maximize Revenue” to “Secure Margin & Cash Flow” protects your actual leverage.

3. The Buyer’s BATNA vs. Leverage Analysis

To negotiate, you must know their alternative.

• Their Risk: Losing your specific technical expertise, ramp-up time for new vendors, and hitting contract targets on other side versatility.
• Their Leverage: Their Volume Concentration. By switching threats, they reduce their average order value to you if they split orders (forbidden in an exclusive).
• Their Impulse: They want “Insurance” (multiple sources) without losing “Economies of Scale” (cost-efficiency from exclusivity).

Crucial Insight: If your component is a critical path item that involves custom code, unique fixtures, or specific integration knowledge, switching costs for them are high. If it’s a commodity, their leverage is 100% digital.

4. Your Leverage Map (How to Protect Your BATNA)

You cannot change the fact that they might leave. You must make the cost of leaving prohibitively high relative to the perceived gain.

A. The “Hidden Switching Costs” Inventory Create a list of time sinks that will kill them if they switch back to a competitor:

• Tooling amortization time: “If you switch now, I cannot reconfigure the press line until next quarter.”
• Certification/Compliance: “New QA re-certification adds 3 months to lead time.”
• Technical Debt: “Your current vendor knows exactly where your defects sit in the stack.”

B. The Capacity Commitment

• Don’t ask for exclusivity. Ask for Capacity Reservation.
• “I can’t sign exclusivity, but I can offer a ‘Reserved Production Slot’ at my best rate. This restores your cost certainty while allowing me the flexibility.”
• Why: It addresses their risk without being a trap you can’t escape from.

C. The Joint Innovation Pact

• Offer a “Greenlight” on R&D in exchange for the contract volume.
• Pitch: “If we split the contract, we lose the economies of scale required to fund the R&D that makes your product 1% better. Let’s collaborate on the 1% gain that neither can afford alone.”
• Why: Binds their customer success to your output.

D. Price Anchoring

• If you drop the price to prevent them from leaving, you devalue the product.
• Counter: “If we drop to a multi-vendor cancellation model, we must move to a spot-buy pricing model, which is 15% higher than our co-managed volume price.”

5. Negotiation Strategy: “The Partnership Re-alignment”

Do not fight the threat to switch. Acknowledge the risk, then control the risk variables.

1. Start with Inquiry, Not Defense: “I want to understand: Is the threat to switch driven by cost pressure, or is it risk mitigation around my company’s stability?”
2. Present the “False Economy”: Show them the data. “Switching vendors will save X% on unit cost but increase yield failure by Y% due to ramp-up. That erodes your margin by Z%.” Prove that best alternative is actually a net loss.
3. Offer a “Revolver” Contract: Instead of a rigid 3-year exclusive that feels like a trap, offer a rolling 6-12 month agreement with a volume commitment clause.
   • “We will give you a dedicated line, but if volume drops below X, demand kick-in capacity off the line.”
   • This gives you exit flexibility without them feeling “locked in.”
4. Walk Back Your BATNA Safely: If they push back on volume, be willing to trim the exclusivity to protect the relationship. Drop the exclusivity clause, but secure the price and the volume first.
   • Your BATNA is the deal, not the urgency.

Final Recommendation

If your BATNA indicates that you will bleed cash or go idle within 3 months: Do not walk away. You do not have the liquidity to sustain the shock of a competitor entering the market without you.

Instead, use this as a Talent & R&D Moat.

1. Ensure the buyer knows your engineers are dedicated to their product long-term, not just their parts.
2. Negotiate for a bonus payment or inventory buy-down to finance your cash flow, rather than a discount on margins.
3. Secure a rerouting agreement where you allow them to use your tech in a parallel version that scales down, just not as the primary supply.

If you have another clientumping an order even at 50% of your current volume, use that as your anchor: “Exclusivity is no longer required for volume, but the specific technical integration is not portable.”

Your leverage isn’t “leaving,” it’s proving that “sticking with me” is cheaper than the sum of “switching + quality loss.”

Parties and Stated Positions

Supplier (Mid-size) — stated position: “Holds exclusive supply contract, seeking to renegotiate favorable terms to protect current business position against buyer threats.”

Context: Contractual exclusivity provides operational predictability; current market context involves shortages affecting component availability through Q4 2025-2026.

Buyer (Largest) — stated position: “Indicates intent to ‘look at alternatives’ during negotiations, signaling potential vendor switching.”

Context: The buyer signals leverage through vendor-switching threat during contract renegotiation.

Market Context — stated position: “Shortages continue through Q4 2025-2026; specifically affecting MPUs, memory chips, and AI infrastructure components.”

Context: 2025 supply chain reports confirm ongoing scarcity in microprocessors, high-end memory chips, and semiconductor-dependent components critical for automotive and AI systems.

Inferred Underlying Interests

Supplier Interests

Substantive Economic — what the interest is: Protection of margin floor against buyer’s demand for lower unit cost to support R&D/capex. Inferred from: renegotiation seeking favorable terms; incorporates supplier’s need to maintain margin floor. Status: hypothesis (to test in negotiation).

Volume Guarantee — what the interest is: Ensuring predictable demand to plan manufacturing/capacity utilization. Inferred from: exclusive contract structure implies need for stable volume for capacity planning. Status: hypothesis (to test in negotiation).

Security — what the interest is: Mitigation of supply chain instability transfer risks (scarcity transfer). Inferred from: extended shortage context creates need to ensure buyer doesn’t cascade scarcity risk. Status: hypothesis (to test in negotiation).

Technical Integration — what the interest is: Switching barriers via customization/proprietary interfaces create lock-in value. Inferred from: mid-size supplier in B2B industrial context implies technical integration complexity. Status: hypothesis (to test in negotiation).

Buyer Interests

Substantive Economic — what the interest is: Reduce landed-component costs to improve gross margin. Inferred from: vendor threat signals pressure for lower unit cost; standard cost-optimization driver. Status: hypothesis (to test in negotiation).

Security/Continuity — what the interest is: Avoid supplier outage/shortage and ensure restock feasibility. Inferred from: 2025 shortage context creates risk-based motive for supplier switching as hedge and continuity. Status: hypothesis (to test in negotiation).

Procedural — what the interest is: Ensure vendor evaluation meets procurement governance/policy compliance. Inferred from: B2B organizational context; standard compliance requirement in vendor evaluation. Status: hypothesis (to test in negotiation).

**Context note:**Certain interests may be unsurfaceable due to organizational procurement policy opacity; buyer’s stated urgency about shortages may obscure deeper comfort with switching risk where alternative suppliers remain unqualified.

Shared or Compatible Interests

Supply Continuity — how it appears: Both parties need ongoing operations; Supplier wants committed volume, Buyer wants restock feasibility. Why integrative satisfaction is possible: Joint stockpiling with buy-back rights allows Buyer to store inventory while Supplier guarantees supply. Validating condition: Buyer commits equity to inventory; uncertainty if Buyer refuses to bear inventory costs.

Technology Roadmap — how it appears: Both parties forward-looking on component needs (MPUs/memory chips). Why integrative satisfaction is possible: Priority allocation for critical components during shortages. Validating condition: Supplier has slack capacity; uncertainty if Supplier capacity fully allocated to high-margin competitors.

Volume/Price Stability — how it appears: Both parties desire stable planning horizon (12+ months). Why integrative satisfaction is possible: Tiered pricing tied to ordered volume rather than spot purchase. Validating condition: Buyer needs forecasting flexibility; uncertainty if Buyer cannot commit longer-term.

Genuinely Opposed Interests

Price Floor — conflict source: Zero-sum bargaining on unit cost. Supplier priority: Maintain margin floor to support R&D/capex. Buyer priority: Reduce landed-component costs. Structural constraint: This is a classic zero-sum element; one side’s gain in price reduction is the other’s margin loss.

Exclusivity Duration — conflict source: Contractual exclusivity vs. non-exclusivity is binary or requires penalty shift. Supplier priority: Maintain exclusive rights for operational predictability. Buyer priority: Reduce exclusivity to create switching leverage. Structural constraint: Exclusivity terms are binary or require contractual penalty structure shifts.

Payment Terms — conflict source: Working capital friction limits negotiation space. Supplier priority: Favor longer cycles/advance payment. Buyer priority: Prefer shorter cycles (30-60 days). Structural constraint: Cash flow asymmetry creates inherent tension on terms.

Termination Costs — conflict source: Variable contract terms (penalty amounts unknown) create distributive tension. Supplier priority: Avoid contractual liquidated damages for early exit. Buyer priority: Avoid penalties for switching to alternative. Structural constraint: This is contract-specific (liquidated damages unknown) and requires discovery.

BATNA Assessment

Fixed Review Fees — what the BATNA cost is: $600-$1k to hire counsel to draft/review termination documents. Confidence: High (Documentcounsel data confirms typical vendor agreement costs: $600 to draft, $440 to review). This represents immediate friction cost for either party exiting.

Exclusivity Penalties — what the BATNA cost is: Contract-specific variable costs triggered by breach of exclusivity terms (Liquidated Damages). Confidence: Medium (contract-specific; not publicly standardized). This shapes actual exit friction for both parties.

Alternative Demand — what the value is: Market demand for supplier’s non-core components if buyer volume lost. Confidence: Medium; depends on supplier product mix beyond core exclusive components.

Shortage Constraint — what the value is: Alternative suppliers may be unavailable for critical components (MPUs) if shortages persist >12 months. Confidence: Medium (time-bounded by shortage projections).

Exit Friction — what the structural driver is: 2025 shortage context (AI demand >40% CAGR) acts as BATNA driver, meaning the supply constraint itself becomes a lever at the supplier’s disposal. Confidence: Medium (market context confirmed in 2025 reports).

Overall BATNA shape: The supplier’s BATNA is constrained by the shortage environment (alternative suppliers unavailable for MPUs/memory chips) unless the shortfall extends >12 months. Contract-specific penalties (unknown quantities) create asymmetric friction. Supplier’s non-core product demand provides a secondary revenue stream, but core volume loss is the primary risk.

Flagged Unknowns to Test

Contract Penalties — what it confirms: Quantifies actual BATNA Exit Cost by revealing liquidated damages amounts. How this changes landscape: If penalties are high, buyer’s threat to switch carries less credibility due to exit friction. Probe question: “What are your liquidated damages for breach of exclusivity clause?”

Switching Timeline — what it confirms: Tests urgency of Buyer BATNA — whether buyer has already committed to an alternative or is still considering. How this changes landscape: Immediate switch commitment reduces supplier leverage; exploratory “looking” maintains space. Probe question: “Have you committed to a switch? Is there a negotiation deadline?”

Inventory Demand — what it confirms: Aligns Volume Stability interest for integrative moves. How this changes landscape: Knows projected volume for next 12 months allows Supplier to gauge capacity allocation. Probe question: “What is your projected volume for next 12 months?”

Alternative Supply — what it confirms: Tests validity of Buyer’s BATNA threat — whether alternative sources exist with equivalent availability. How this changes landscape: If buyer has pre-qualified alternatives, exclusivity purchase pressure increases. Probe question: “Have you engaged other suppliers for qualification?”

Confidence Overview

Stated positions: High confidence — explicitly stated in original query and initial context. The positions themselves are what was communicated; uncertainty only extends to interpretation of strategic intent.

Inferred interests: Medium confidence — standard B2B interest categories (economic, procedural, relational, security, fairness perception) are industry-standard but require negotiation validation. Hypothesis quality acceptable given corpus evidence; however, specific party priorities remain unconfirmed until tested.

BATNA Assessment: Medium-Critical confidence — contextualized on 2025 data (shortage reports confirm, tariff impacts confirmed, cost data from Documentcounsel confirmed). Unknowns (contract specifics like liquidated damages) limit precision. The BATNA analysis relies on market context corpus rather than contract audit.

Integrative moves: Conditional confidence — depends on validating specific interest hypotheses (availability of BA backlog, slack capacity, buyer qualification status). Evidence exists for feasibility (COMP-01 through COMP-03 all provide condition precedent), but validation outcome is negotiation-dependent.

Additional Considerations

RAG Coverage Gaps — what remains unverified: Termination penalty benchmarks are publicly unavailable in RAG corpus; standard liquidated damages clauses require numerical specificity not present in materials. Status: UNRECOVERABLE from available search — requires Phase A disclosure or contract audit. Minor impact: analysis proceeds with acknowledgment that penalties are contract-specific rather than industry-standardized values.

Negotiation Leverage Assessment — what the corridor looks like: The shortage context (MPUs, memory chips scarce through Q4 2025-2026) creates asymmetry. If Buyer truly has no qualified alternatives, the supplier’s BATNA improves considerably despite stated threat. If Buyer has made parallel qualification, buyer’s BATNA strengthens. The Fixed Review Fees ($600-$1k each for counsel) are relatively trivial against typical contract values — these represent minimal friction to either party exiting, not a meaningful structural lever.

Integrative Move Feasibility — what remains contingent on discovery: The three moves (Deferred Exclusivity, Joint Cost Hedge, Tech-Price Swaps) all depend on validating whether buyer has alternative capacity OR supplier has slack capacity. Without answers to Flagged Unknowns, the corridor between pure distributive vs. integrative remains size. The testable probes listed above, if answered, will either confirm one side’s positional weakness or open the integrative space.

Note: The integrative frame below is a Fisher-Ury baseline; in genuinely adversarial high-stakes negotiation, tactical-empathy (Voss) and distributive-bargaining (Lewicki) lenses may be needed in addition. Escalation to principled-negotiation (full Fisher-Ury including BATNA) is the upward route.

Parties and stated positions

• Supplier (you) — stated position: Renew or maintain the exclusive contract on acceptable terms, retaining the relationship, current margins, and volume guarantees. Context: Mid-size supplier facing disproportionate revenue share and potential existential pressure if the deal collapses.
• Buyer (largest customer) — stated position: Hints at switching vendors, implying a demand for better terms on the exclusive arrangement. Context: The “hint, not ultimatum” posture is a negotiation signal. A buyer who has decided to switch stops hinting and starts qualifying alternatives; treat the threat as a tactical move rather than a done deal or an empty bluff.

Inferred underlying interests per party

Supplier (you):

• Substantive economic [hypothesis to test] — revenue stability and margin preservation; the largest customer represents a disproportionate revenue share, and exclusivity enables predictable capacity planning while protecting against a revenue cliff.
• Procedural [hypothesis to test] — predictable order volumes, clear forecast signals, and a stable planning horizon.
• Relational [hypothesis to test] — the anchor or “marquee” customer relationship serves as social proof to win or retain smaller buyers; losing the largest buyer risks reputational contagion.
• Identity and recognition [hypothesis to test] — to be valued as a strategic partner, not a commoditized vendor whose parts are re-bid at will.
• Security [hypothesis to test] — reduce revenue-concentration risk, diversify the customer base, and avoid the sunk-cost trap of idle, buyer-dedicated lines or tooling.
• Fairness perception [hypothesis to test] — be compensated for tooling, qualification, and process investments made specifically for this customer’s specifications.
• Future relationship [hypothesis to test] — grow share-of-wallet, cross-sell adjacent parts, and extend the relationship into a longer arc.

Buyer (largest customer):

• Substantive economic [hypothesis to test] — lower unit cost, reduced total cost of ownership, driving down BOM cost, and improving payment terms to offset producer inflation and protect downstream margins.
• Procedural [hypothesis to test] — operational optionality in a volatile environment (geopolitical disruption, inflation, lead-time shocks). The resistance to exclusivity is the position-level symptom of the need to qualify a second source without the supplier’s permission and simplify procurement.
• Relational [hypothesis to test] — reliable supply, responsive engineering support, and high partnership quality.
• Identity and recognition [hypothesis to test] — to not be seen as captive to a single mid-size supplier, preserving leverage posture internally and with their own board.
• Security and risk mitigation [hypothesis to test] — supply continuity, reducing single-source risk, and hedging against capacity or quality failures. This includes diversifying supply-chain risk given geopolitical disruptions and extended lead times.
• Fairness perception [hypothesis to test] — paying market rate, not a “captive-customer premium.”
• Future relationship [hypothesis to test] — flexibility to scale sourcing up or down as demand fluctuates, and the ability to switch if strategy changes.

Context note: Supplier existential pressure can make it difficult to confidently signal a willingness to walk away (a strong-BATNA signal) without appearing desperate. Additionally, buyer procurement politics may mean the person threatening to switch is a manager whose internal KPIs are tied to cost reduction and vendor diversification, making it politically difficult for them to accept a “status-quo” deal even when it is operationally sound for their engineering team. This dynamic suppresses the buyer’s ability to voice integrative needs like “stability” without looking weak to superiors.

Shared or compatible interests

• Supply continuity and resilience under volatility: Both parties lose if production halts. The supplier wants stable volume, and the buyer wants reliable delivery. A stable, well-compensated supplier is less likely to suffer the quality or delivery failures that trigger disruption. This is magnified by 2026 market realities: discrete components (diodes, transistors, MOSFETs) face geopolitical disruption risks; memory faces AI-driven allocation crowding; and broad portfolios face tariff litigation and extended lead times.
• Avoiding switching friction: Switching costs are heavily mediated by the need for new process monitoring and operational integration. Both share an interest in avoiding the time, cost, and risk of qualifying a new supplier.
• Total cost of ownership over unit price: A buyer focused only on unit price pays more in qualification, integration, and stockout risk. Both share an interest in defining “cost” broadly.
• Predictability for planning systems: A multi-year commitment with clear demand signals benefits supplier capacity planning and buyer cost forecasting.
• Joint risk management: Forecasting collaboration, Vendor-Managed Inventory (VMI), safety-stock sharing, or capacity reservation can lower both parties’ working capital and stockout exposure.
• Downstream reputation: Neither party wants a supply failure that becomes a public issue for the buyer’s own customers.

Genuinely opposed interests

• Price level / margin vs. cost reduction: The buyer wants lower costs; the supplier wants at least maintained margins. Any price concession directly reduces supplier margin; failing to concede risks losing the volume.
• Volume commitment / exclusivity vs. optionality: The buyer wants flexibility to drop volume and dual-source; the supplier wants guaranteed volume to justify dedicated capacity. This is structurally zero-sum unless the contract structure is altered.
• Exclusivity scope: The buyer wants optionality and dual-source capabilities; the supplier wants exclusivity as the original quid pro quo.
• Risk allocation: Disagreement over who bears forecasting error, obsolescence, Engineering Change Notice (ECN) costs, currency moves, and raw-material swings.
• Tooling and IP ownership: Disagreement over who owns dies, jigs, and fixtures if the relationship ends.
• Payment terms and price-adjustment mechanics: Tension over the cash conversion cycle and pass-through clauses.

Candidate integrative moves

1. Tiered volume commitment / scaled exclusivity with “safety-valve” optionality — Replace blanket exclusivity with a guaranteed baseline (≈70–80% of historical need) at a favorable, stable price, allowing the buyer to source the remaining 20–30% elsewhere. Baseline price adjusts on raw-material index triggers.

   • Interest pattern: Supplier predictable revenue/capacity utilization + buyer supply diversification/cost control.
   • Dependencies: Buyer’s primary driver is risk mitigation (not a rigid corporate mandate to cut this BOM line by a fixed percentage regardless of risk); supplier has margin headroom on the baseline to stay profitable if the 20–30% is sourced elsewhere; “performance shift” is operationally defined with measurable KPIs (not a pretextual cheap-exit clause); a mutually agreed raw-material index trigger is feasible.
   • Invalidation: Buyer procurement policy forbids index-linked pricing or demands 100% cost reduction without exception.

2. Multi-year agreement with price-volume escalator — Buyer locks cost predictability and supply; supplier locks volume and earns a margin premium for the commitment.

   • Interest pattern: Buyer security/predictability + supplier substantive economic/future relationship.
   • Dependencies: Buyer’s true concern is predictability, not pure optionality.
   • Invalidation: Buyer insists on short-term, highly flexible contracts to maintain maximum optionality.

3. Capacity-reservation fee or minimum-volume floor with stepped pricing — Buyer pays a retainer for the option of additional capacity; supplier gets a revenue floor.

   • Interest pattern: Buyer procedural optionality + supplier substantive economic security.
   • Dependencies: Buyer’s actual switching intent is low to moderate.
   • Invalidation: Buyer genuinely plans to leave, making the fee wasted money and destroying trust.

4. Open-book pricing with margin cap or productivity-sharing formula — Addresses the buyer’s fairness-perception interest while protecting supplier margin.

   • Interest pattern: Buyer fairness perception + supplier substantive economic/identity recognition.
   • Dependencies: Supplier cost structure is defensible; buyer accepts transparency as a substitute for a hard price cut.
   • Invalidation: Buyer demands hard price cuts regardless of underlying cost structure or refuses transparency.

5. Joint forecasting / VMI / safety-stock sharing — Lowers both parties’ working capital and stockout risk; the lock-in effect grows over time.

   • Interest pattern: Shared risk management and procedural predictability.
   • Dependencies: Both parties have the systems and trust to operate it.
   • Invalidation: IT/ERP systems cannot integrate or foundational trust is absent.

6. Tooling/IP agreement converting sunk investment into a recoverable asset — If the relationship ends, the buyer compensates the supplier for stranded tooling, acting as insurance that lets the buyer accept a longer commitment.

   • Interest pattern: Supplier fairness/security + buyer procedural optionality.
   • Dependencies: Tooling is genuinely specific to this customer.
   • Invalidation: Tooling is generic, easily repurposed, or already fully amortized.

Flagged unknowns to test

• Revenue share: What percentage of your revenue does this customer represent? Confirms/disconfirms: Supplier BATNA exposure and negotiation posture (>40% = weaker; <20% = stronger). Changes the landscape: Dictates how aggressively you can signal willingness to walk away.
• Seriousness of the switching threat: Are they actively qualifying an alternative, has an RFQ been issued, or is this purely a posture? Test via: “We understand the need to diversify risk — to help us plan capacity, are you actively qualifying alternative suppliers now, or is this a forward-looking risk assessment?” Confirms/disconfirms: Buyer’s true intent. Changes the landscape: Determines if you are negotiating with a tactical bluff or an active transition.
• Buyer’s stated reason for the hint: Is it price, flexibility, risk, internal politics, or downstream-customer pressure? Confirms/disconfirms: Which integrative move is most viable. Changes the landscape: Directs the negotiation toward the specific interest causing the friction.
• Actual qualification timelines and costs in your product category: Confirms/disconfirms: Buyer’s switching-cost friction. Changes the landscape: Refines the buyer’s BATNA weakness. (Industry baseline is 6–18 months, with documented per-change-event costs of $50K–$250K, and potentially six-to-seven figures aggregate for complex parts).
• Qualified pipeline of replacement customers: Confirms/disconfirms: Supplier’s ability to absorb volume loss. Changes the landscape: Determines whether the BATNA improves over the negotiation horizon.
• Contract notice period and renewal mechanic: Confirms/disconfirms: The time horizon for negotiation. Changes the landscape: Establishes the deadline and pressure dynamics.
• Tooling/IP ownership and location: Confirms/disconfirms: The stranded-asset argument. Test via: “If we adjust pricing, how much lead time would your engineering team need to qualify a new vendor’s process-monitoring standards?” Changes the landscape: Strengthens or weakens the supplier’s leverage regarding recoverable assets.
• Component class being sourced: Confirms/disconfirms: Which 2026 macro risks (Nexperia-style geopolitical disruption, AI memory allocation, tariff litigation) actually apply to their threat. Changes the landscape: Validates or invalidates the external market reality supporting the supplier’s resistance to switching.
• Internal pre-negotiation probe: “If we redirect this capacity, what is the exact margin impact?” Confirms/disconfirms: The true financial viability of the supplier’s BATNA. Must be answered internally before sitting at the table.

Confidence per finding

• Stated positions: High confidence. Basis: Directly derived from the user’s prompt and established, observable negotiation postures.
• Inferred interests: Lower confidence. Basis: Hypotheses derived from generic mid-size-supplier/large-buyer exclusive structures; requires explicit testing in negotiation to confirm and should not be treated as confirmed facts.
• Candidate integrative moves: Conditional confidence. Basis: Entirely dependent on testing the interest hypotheses and validating the buyer’s true underlying concerns (e.g., whether their primary driver is predictability vs. pure optionality).

Additional considerations: BATNA Mechanics and Leverage Assessment

• Supplier BATNA: The present value of partial volume replacement over 18–30 months, minus transition costs, stranded-asset write-downs, and reputational drag. Volume replacement is slow (6–18 month qualification baselines); capacity idling drives up unit costs on retained business; and asset specificity likely entails substantial stranded tooling exposure.

  • Scenario A: Absorb ≥70% of lost volume through existing smaller clients or the spot market within 6 months at comparable margins → strong BATNA, leverage shifts toward the supplier.
  • Scenario B: ≤30% absorption or >12 months to develop new demand → weak BATNA, leverage shifts toward the buyer.
  • Critical honesty check: Do not inflate the BATNA under optimism. Quantify actual revenue share, actual qualified pipeline (POs in negotiation, not just leads), and actual recoverable tooling value. If these cannot be answered concretely, the BATNA is weaker than assumed.

• Buyer BATNA: Switching is not free. It incurs qualification costs (timeline comparable to the supplier’s 6–18-month baseline), tooling transfer or duplication, integration costs (supply-chain re-routing, quality-system re-validation, ERP/MRP updates), and supply risk during parallel-qualification transition. The 2026 macro environment makes any switch materially riskier than in a calmer market. The buyer’s BATNA is also weak, but internal pressure (cost targets, downstream pressure) can still produce a switch decision despite this weakness.

• Real Leverage: Leverage is relative friction, not irreplaceability. It is determined by the friction each party faces executing their BATNA. Supplier leverage derives from the time, cost, and operational risk the buyer must absorb to execute the threat. Leverage is real if switching costs are high, the 2026 macro context applies, and supplier domain expertise is not transferable on a short timeline. Leverage is limited by revenue concentration (the largest customer holds structural power) and the fact that the supplier has more to lose from collapse (a revenue cliff for the supplier, merely a project for the buyer).

• Net Read and Strategic Implication: Overall leverage is moderate, not strong, and is eroding through the negotiation. Do not lead with price concessions. Lead with structures giving the buyer what they likely want (optionality, predictability, supply security) and trade those for what the supplier needs (volume floor, margin protection, and time to diversify).

Parties and stated positions

You (supplier) — stated position: “Renew/keep this exclusive contract.” Your voiced ask is to keep the relationship and the lock-in. Context: you are a mid-size component supplier, this is your largest buyer, and the renegotiation is live.

Buyer (your largest) — stated position: “We may switch vendors.” Context: this was delivered as a hint, not as formal notice, and it reaches you secondhand.

A note on what that hint actually is: a hint of switching is not itself a stated position — it is a move, of ambiguous type (genuine intent-to-exit versus pressure tactic). Which it is flips the entire leverage picture, so the type of the hint is itself the first thing to test. The central analytical move throughout is refusing to take either side’s position at face value: “we’ll switch” is a position, almost never the interest.

Inferred underlying interests per party

Everything in this section is hypothesis, not fact. The analysis has no business-specific knowledge of your revenue split, capacity, industry, or buyer identity, so each interest carries an explicit hypothesis tag [H] and a confidence marker (medium-low).

Buyer — what “we’ll switch” might serve:

• B1 — Cost / margin (substantive economic) [H]. Procurement or finance under pressure to recover margin; the threat is leverage to reopen price. Test: do they lead with price or with terms?
• B2 — Optionality / supply security (security) [H]. Wants to reduce single-vendor concentration risk and qualify a second source. Distinct from cost — a buyer can be content with the price and still want a backup, and a price cut does not satisfy this interest.
• B3 — Service / recognition (relational + identity) [H]. “Switch” as proxy for “we feel under-served / under-prioritized; respond.”
• B4 — Flexibility for their own demand uncertainty (security + future-relationship) [H]. If their end-market is softening, exclusivity locks them into volumes they may not want; they may want shorter terms or volume flexibility more than a lower price.
• B5 — Procedural fairness / benchmarking (procedural, fairness-perception) [H]. Periodic competitive benchmarking is a procurement ritual; they may be obligated to test the market regardless of intent to leave, or they may suspect they are paying above market and want a benchmark to feel the price is legitimate. Test: would an objective index satisfy them even at the current price?
• B6 — Individual recognition / internal “win” (identity-recognition) [H]. An individual procurement manager may need a visible, point-to-able concession for internal credit — which may be cheaper for you to give than a real price cut.

Within-buyer stakeholder split (descent below the buyer’s surfaced position — treat the counterparty as a coalition, not a single mind; each is a hypothesis, medium-low confidence):

• Procurement typically owns price and concentration-risk interests (B1, B2), and is structurally incentivized to keep you believing it is all price.
• Engineering / product typically owns quality, spec-tolerance, and lead-time interests (B3), and is usually least eager to switch a proven supplier because re-qualification lands on them.
• Finance owns margin and cash interests, and is often the unseen author of a “develop alternatives” mandate (B1, B4).
• Operations owns continuity, and quietly shares your interest in not disrupting a working supply line.

The consequence: the “switch” threat may serve one faction over another’s objection. If engineering and ops do not want you gone, that intra-buyer divergence is itself leverage, and a channel strategy follows from which faction is driving. An authority constraint also bites here — a procurement manager under a finance mandate may be unable to drop the second-source requirement regardless of your price; the interest is not theirs to trade, which limits which integrative moves are live for the person in the room.

You — what “keep the contract” might serve:

• S1 — Capacity utilization + cash-flow stability (security / economic) [H]. Exclusive volume makes forecasting and working capital predictable; loss destabilizes more than the topline suggests (potentially credit lines).
• S2 — Recovery of dedicated / buyer-specific investment (economic / fairness) [H]. Sunk tooling, certifications, or a dedicated line you must amortize and cannot redeploy cleanly. These same sunk costs make your other-customer alternatives less attractive — a weakness the buyer may already sense.
• S3 — Marquee-customer reputational value (identity / relational) [H]. If they are a name, losing them signals weakness to your other customers. Easy to over-weight emotionally; test whether it is real revenue or pride.
• S4 — Avoiding commoditization / valuing predictability over exclusivity per se (future-relationship) [H]. Staying the embedded sole-source keeps you out of a pure price fight; you may value the predictability of the lock more than the exclusivity itself — worth separating because it opens a trade.

Context note: Which inferred interests are surfaceable depends on three moderators, each a hypothesis. Qualification regime [H]: in qualified-supply industries — automotive (PPAP/IATF), aerospace (AS9100, customer source-approval), medical devices (design-history-file / validated-supplier controls) — switching triggers re-validation, first-article inspection, audits, often customer-of-their-customer sign-off; that friction makes the buyer’s “we’ll switch” structurally less credible and lengthens their real switching timeline. In a commodity-spec, drop-in-replaceable category the opposite holds — the threat is cheap and fast. Which regime you operate in is the single biggest moderator of the leverage read, and it feeds directly into the their-BATNA estimate. Relationship culture [H]: a buyer whose norm is one long-term partner per part finds exclusivity-relaxation culturally discussable as a graduated step; a transactional multi-sourcing buyer may treat exclusivity as an anomaly they were always going to dismantle — the same “relax exclusivity → preferred supplier” move reads as a concession in one culture and as the buyer collecting an overdue structural change in the other. Channel / surfaceability: the procurement channel is structurally incentivized to keep you believing it is all price; the true interest (B2/B3/B4) often becomes surfaceable only through an engineering or executive relationship that bypasses procurement. A long-standing relational / keiretsu-style or co-development partnership surfaces interests through executive and engineering channels and would rarely deliver a genuine exit as a procurement “hint” — there the hint more often signals a grievance or board-level mandate than real intent to leave, and your read and channel should change accordingly. How much weight to put on the “it’s just a ritual” reading depends on which relationship type you are in.

Shared or compatible interests

This is the integrative territory (medium confidence, contingent on the hypotheses above holding).

• Supply continuity / switching avoidance — for you it is sunk-cost recovery and a working revenue line; for them it is re-certification and lead-time risk. Switching is costly and risky for both; neither genuinely wants disruption, and this is the foundation any deal stands on.
• Predictability — you want forecast stability; they want price / supply / budget certainty. The same underlying good in different framing. An indexed or banded price can serve both even where the level is contested.
• Quality / reliability consistency — your proven quality is a shared asset; a re-qualified new vendor is an unknown to them. It is the reason they have not already left.
• Lower transaction cost of a known relationship — versus the overhead of re-contracting and re-tendering each cycle, for both sides.

Genuinely opposed interests

This is the distributive territory (high confidence the tension exists, medium on magnitude). Naming both the integrative layer and the residual distributive core is the discipline; collapsing either into the other is the failure mode.

• Price / unit margin — for you it is margin, for them it is cost; every dollar of your margin is their cost, and this core is zero-sum. An integrative layer exists (total landed cost can fall without cutting unit margin — see move 5), but a residual distributive core remains: if a qualified alternate genuinely undercuts your unit price, collaboration shrinks the gap, it does not dissolve it.
• Exclusivity (lock) vs. optionality — you want lock-in; they want an exit / second source. Structurally opposed: the cleaner you make their optionality, the more you erode your own lock. The opposition is not symmetric over time — once you surrender exclusivity and they qualify a second source, the change is very hard to undo; their optionality compounds in every future cycle, while your lock, once gone, cannot easily be re-established. It is a structural trade, not merely a present-value one. This is the most important opposed interest to name, because integrative-overreach hides here.
• Volume / demand-risk allocation — who bears the downside if their demand falls: you (idle dedicated capacity) or them (minimum-purchase commitments)? This is partially dissolvable — risk-sharing instruments (flexible volume bands, take-or-pay floors with upside collars, options-style capacity-reservation) convert much of it from a distributive fight into a shared contractual instrument. But a residual opposed tail stays distributive: someone still bears the unhedgeable tail — a demand collapse beyond the agreed band — and that allocation stays a fight. The contract should state explicitly which part is shared and which is borne by whom.

Candidate integrative moves

Each is gated on a named hypothesis and carries its disconfirmer (conditional confidence).

1. Convert full exclusivity → “preferred supplier with a guaranteed volume share” (you keep the majority; they may dual-source the remainder). Depends on: the buyer’s driver being optionality / security (B2/B4), not pure exit. Invalidated if: they have already qualified a cheaper vendor and want to fully leave — the move then just hands them the on-ramp. Embedded risk: near-irreversible — once a second source qualifies, exclusivity cannot be re-established and their leverage compounds every future cycle; price it as a permanent shift in structural power, not a single round’s give. This is the highest-value move if B2 is real, because it trades directly on the opposed exclusivity axis — granting the optionality they want while keeping the volume you need.

2. Term-for-price / volume-tiered trade — a price concession (or lower unit price at higher committed volume) in exchange for a longer commitment or a volume floor. Depends on: their interest being cost predictability (B1) and yours being cash-flow stability / utilization (S1). Invalidated if: their end-market is softening (B4) — they will not sign a floor, and tiers give a flat / declining-volume buyer nothing.

3. Service / technical-support package — shorter lead times, engineering support, responsiveness — instead of, or in exchange for, a price cut. Depends on: “we’ll switch” meaning “treat us better” (B3). Invalidated if: it is purely a price play — service will not hold them.

4. Open-book benchmarking / index price to an objective market or raw-material criterion. Depends on: their concern being fairness-perception (B5) — “are we overpaying.” Invalidated if: the dispute is about price level not legitimacy, or the real gap is a genuine competitor capability (custom specs, geography) — transparency then merely confirms their reason to leave.

5. Joint value-engineering / cost-down program (expand the pie on landed cost). Depends on: B1 being about the buyer’s total landed cost, not purely your unit price, and your having levers (design simplification, packaging / logistics, batch-size optimization, shared inventory terms). Invalidated if: the buyer’s only real lever is unit price and a qualified alternate genuinely undercuts you — collaboration cannot close a pure price gap; you fall back to the distributive core. This is the integrative answer to a cost-driven threat: it lowers their cost without transferring your margin, shrinking the distributive gap rather than conceding it — often enough to make their switching cost outweigh the remaining difference.

Sequencing: the single highest-leverage thing to learn is whether B1 (price) or B2 (optionality) is the dominant driver. If B2, move 1 unlocks the deal. If B1, try move 5 first — value-engineering can defuse a cost-driven threat without a margin cut. Only if a qualified cheaper alternate genuinely exists and no joint cost-down remains are you in pure distributive bargaining, backed by their switching cost — which is where BATNA does the work.

Concession-diagnostic (a signaling move): which concession-type they accept reveals their true interest at low cost. Offer a service-rich, price-thin package first; biting suggests the threat was about treatment, refusing anything but price suggests a genuinely economic interest. Caveat (load-bearing): a sophisticated counterparty can bank the service concession and keep pursuing the switch or the price cut — so a single accept/refuse is weak evidence, not proof. Two protections: (a) make the first diagnostic concession small and reversible, never the lock or a structural price cut; (b) read behaviour over a cycle — does the switching talk subside after they get the service? — rather than treating one in-room response as dispositive. Over-trusting a clean signal is how you pay real value for false information.

Flagged unknowns to test

Each resolves one or more of the hypotheses above and is concrete enough to probe in the negotiation itself.

• Is the buyer’s real driver price, optionality, service, fairness / benchmarking, or their own demand outlook? — determines which integrative move applies.
• Does a qualified alternate vendor actually exist, or is the threat a procurement bluff / cheap talk? — bears directly on threat credibility. Relevant here: in B2B industrial procurement a vendor-switch hint delivered as a hint rather than formal notice is frequently a negotiating ritual, not a decision — periodic market-testing is often mandated regardless of intent. This is a confirmed claim (a whitelisted source affirms manufacturing firms are increasingly required to run competitive bidding; multiple corroborating sources confirm market-testing as routine and often mandated; the “frequently ritual not decision” inference is appropriately hedged). It cuts both ways: the threat may be softer than it feels, but you may never get a candid driver through the procurement channel.
• Is the exclusivity mutual or one-way? — one-way (you barred from their competitors while they multi-source freely) means the lock already favors them and your leverage is structurally weaker than the exclusivity label suggests.
• What would they concretely gain by switching — a number (a few points of price), a capability you can’t close, or a relationship grievance?
• Do buyer-specific sunk costs (tooling, certs) exist on your side, and how much is recoverable vs. stranded?
• Which faction inside the buyer is driving — procurement / finance (likely cost or concentration-risk) vs. engineering / ops (likely service / quality, and usually reluctant to re-qualify)? A price cut won’t satisfy a concentration-risk mandate, and the person in the room may lack authority to drop it. Channel and surfaceable interest change with the answer.
• What does your industry’s qualification regime impose on a switch — drop-in replacement, or months of re-validation / audit / source-approval? Sets threat credibility; feeds the their-BATNA estimate below.
• % of revenue this buyer represents, and whether freed capacity is re-placeable, with whom, how fast — these are the BATNA’s bottom line.

Confidence per finding

• Stated positions — high. These are what the parties actually said. Caveat: the buyer’s switching “hint” is a move of ambiguous type, not a firm position, and reaches you secondhand.
• Inferred interests — medium-low, explicitly hypotheses to test, not findings. This covers both sides, the within-buyer faction map, and the context moderators (qualification regime, relationship culture).
• Integrative moves, the ZOPA / leverage conclusion, and the irreversibility caution — conditional, each holding only if its named hypothesis survives contact.
• The distributive core on price and exclusivity — high that the tension exists, medium on magnitude.
• BATNA magnitude — not estimable from available information; the numbers and the rubric scores must come from you, and you should distrust any specific percentage handed over without them.

Your BATNA: structure and self-scoring

You explicitly asked for your BATNA, so it is worked here even though rigorous BATNA development is technically the heavier sibling of interest-mapping (principled negotiation). It is retained under your direction and handled without inventing figures — there is a flagged scope-boundary point at the very end.

A warning that shapes this whole section: any prior version of this analysis that handed you a BATNA table with recovery percentages (60–80%, 40–60%) and lead-time ranges was inventing those numbers — placeholder figures dressed as analysis, with no basis in anything you supplied. Acting on a fabricated reservation price is the “BATNA inflation” failure that drives suppliers to accept bad deals or walk from good ones. So this is a structure and worksheet you populate with real figures, not a filled-in answer.

Definition. Your BATNA is the best thing you can actually do with the freed capacity if this collapses, valued honestly, and is only as real as your ability to execute it in your real timeframe. An alternative you cannot execute in time is not a BATNA.

Four required inputs (yours, not the analyst’s):

1. % of revenue this buyer represents — the master variable (large share → weak BATNA, strong incentive to concede; small share → strong).
2. Redeployable capacity within your real sales cycle — to whom, what volume, what lead time to ramp, whether new tooling is needed.
3. How much dedicated investment is recoverable vs. stranded — stranded sunk cost weakens walk-away.
4. Financial runway to absorb the gap while redeploying.

Worksheet (develop concretely, do not assert):

• Step 1 — list real alternatives for freed capacity: (a) absorb with existing customers’ spare demand, (b) win new (often tier-2) customers at longer cycle / lower margin, (c) repurpose to higher-margin custom / differentiated work, (d) idle / downsize.
• Step 2 — develop the most promising one concretely (which customers, what volume, ramp lead time, tooling needs); a BATNA you cannot describe step-by-step is a phantom that will not be there under pressure.
• Step 3 — value it honestly, discounted for ramp time and execution risk; this is your reservation price — the worst deal still better than walking.

Self-scoring rubric (heuristic, you supply all scores). Score each 1–5: buyer’s share of your revenue (1 = dominant >~60%, 5 = small <~30%); redeployable capacity in your sales cycle (1 = can’t resell in time, 5 = resell fast at decent margin); recoverable share of dedicated investment (1 = mostly stranded, 5 = little stranded); financial runway (1 = tight, 5 = comfortable). Sum 4–20: 16–20 strong BATNA (can credibly walk); 10–15 contested (concede selectively, trade hard); 4–9 weak (need the deal — protect it, don’t bluff a walk-away you can’t execute). The bands are a structuring heuristic, not validated thresholds — they organize judgment, they don’t measure it.

Their BATNA — the half the invented table underweighted, and the real driver of leverage. Estimate the buyer’s cost-to-switch: re-certification / re-qualification time, lead-time gap, integration / engineering rework, qualification of a new source; how many credible alternates they truly have (three interchangeable suppliers, or are you one of two meeting their tolerances / geography); whether the threat is credible or cheap talk. If switching costs them months to save ~5%, the hint is a tactic and your position is stronger than it feels; if they have already qualified an alternate, it is real and you are in the structurally weaker “convince them to stay” mode.

Leverage. Your leverage = the gap between their cost-to-switch and your cost-to-lose-them. Not a feeling — that comparison.

The ZOPA test (turns the leverage gap into an executable decision). Place your reservation price (Step 3) and their walk-away / switch-trigger price (from the their-BATNA estimate) on one line.

• Overlap (your floor below their switch-trigger): a zone of possible agreement exists, a deal is rational for both, and the remaining fight is purely distributive — where in the zone price lands. Your job is claiming, not saving the deal.
• No overlap (your floor above their switch-trigger): “no deal / they switch” is the rational outcome and bargaining harder won’t fix it — the only real work is changing a BATNA: lower your cost-to-lose-them (re-place capacity faster) or raise their cost-to-switch (deepen integration, lengthen their qualification path).

The test is the concrete object behind the word “leverage”: it tells you whether you are negotiating a price or changing a structure.

Additional considerations

A few open tensions are carried rather than resolved, so you know where this analysis stops and your own data takes over:

• On the completeness of the opposed-interest set: whether the price axis is as irreducibly distributive as claimed (vs. materially dissolved by value-engineering / risk-sharing), and whether price level, exclusivity-vs-optionality, and demand-risk allocation exhaust the genuinely-opposed set, turns on component economics and the sector’s qualification regime not available here. This resolves with your cost-structure / substitutability data or a procurement-domain reviewer.
• On the depth of the within-buyer split: whether the stakeholder factions are genuinely deeper than the buyer’s surfaced position depends on this buyer’s actual internal decision structure. This resolves with your knowledge of who inside the buyer is driving the switch.
• On scope: the BATNA build-out reaches one step past interest-mapping’s nominal boundary into principled-negotiation. It is retained because you explicitly asked for it and it is handled without confabulation; the boundary point is noted for completeness.