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Conditional Access

Prime #
725
Origin domain
Economics & Finance
Subdomain
bargaining and coupling → Economics & Finance

Core Idea

A party that controls access to a desired item couples it with an undesired item and offers them only as a unit: take both or neither. The structural move is leverage-by-coupling — the controller exploits its monopoly, or near-monopoly, on the desired item to transfer value from a second item it could not have sold on its own. The other party, facing a binary all-or-nothing choice, accepts the package if and only if the package's net value exceeds their outside option, even when the undesired item taken alone would have been rejected. The structural commitments are three: asymmetric access control, where one party can grant or withhold a desired item the other genuinely wants; a coupled offer, where access is offered only conditional on accepting some second item; and binarity, where the offer is take-or-leave and partial acceptance — taking the desired item without the undesired one — is structurally foreclosed.

The diagnostic question is what would the other party accept if the items were unbundled? If the answer is "only the first item," the move is conditional access. What the prime forces into view is that the leverage lives in the access asymmetry rather than in the bundle itself: bundling per se can be efficient, but conditional access is bundling as leverage, in which the controller's grip on the desired item is used to extract acceptance of a second item that would not have sold standalone. The move is substrate-independent in its logic — it appears wherever one side controls scarce access and can attach conditions — even though its instances are concentrated in contractual and political coupling, and it does not require malice or formal monopoly, only an access asymmetry that makes the counterparty's outside option small relative to the desired item's value.

How would you explain it like I'm…

Both Or Nothing

Imagine the only kid with the cool video game says, 'You can play it — but only if you ALSO take my broken yo-yo.' You can't get just the game; it's both or nothing. Because you really want the game, you might say yes to the yo-yo even though you'd never have taken it on its own.

The Tied Package

Conditional access is when someone who controls a thing you really WANT ties it to a thing you DON'T want, and says 'take both or take neither.' Since they're the only one who can give you the wanted thing, they use that power to make you accept the second thing too. You'll agree only if the whole package is still worth it to you compared to walking away — even though you'd have refused the unwanted item by itself. The giveaway question is: 'If these were sold separately, would you take only the first one?' If yes, then bundling them was being used as leverage.

Leverage By Coupling

Conditional Access is when a party controlling a desired item couples it with an undesired item and offers them only as a unit — take both or neither. The move is leverage-by-coupling: the controller exploits a monopoly (or near-monopoly) on the desired item to transfer value from a second item it couldn't have sold standalone. Facing a binary all-or-nothing choice, the other party accepts only if the package's net value beats their outside option, even though they'd have rejected the undesired item alone. Three commitments define it: asymmetric access control (one side can grant or withhold something the other genuinely wants), a coupled offer (access conditional on accepting the second item), and binarity (take-or-leave, with 'just the wanted item' structurally foreclosed). The diagnostic question is: what would they accept if the items were unbundled? If the answer is 'only the first,' it's conditional access. Note the leverage lives in the access asymmetry, not the bundle itself — ordinary bundling can be efficient; this is bundling AS leverage — and it needs neither malice nor a formal monopoly, only an asymmetry that makes the counterparty's outside option small.

 

A party that controls access to a desired item couples it with an undesired item and offers them only as a unit: take both or neither. The structural move is leverage-by-coupling — the controller exploits its monopoly, or near-monopoly, on the desired item to transfer value from a second item it could not have sold on its own. The other party, facing a binary all-or-nothing choice, accepts the package if and only if the package's net value exceeds their outside option, even when the undesired item taken alone would have been rejected. Three commitments define it: asymmetric access control, where one party can grant or withhold a desired item the other genuinely wants; a coupled offer, where access is offered only conditional on accepting some second item; and binarity, where the offer is take-or-leave and partial acceptance — taking the desired item without the undesired one — is structurally foreclosed. The diagnostic question is: what would the other party accept if the items were unbundled? If the answer is 'only the first item,' the move is conditional access. What the prime forces into view is that the leverage lives in the access asymmetry rather than in the bundle itself — bundling per se can be efficient, but conditional access is bundling as leverage, using the controller's grip on the desired item to extract acceptance of a second item that would not have sold standalone. The move is substrate-independent in its logic, appearing wherever one side controls scarce access and can attach conditions, and it requires neither malice nor formal monopoly — only an access asymmetry that makes the counterparty's outside option small relative to the desired item's value.

Structural Signature

a controller with asymmetric access to a desired item — a counterparty who genuinely wants it — an undesired item the controller couples to it — the take-or-leave binarity (partial acceptance foreclosed) — the outside-option comparison that governs acceptance — the value-transfer leverage gain

The pattern is present when each of the following holds:

  • Asymmetric access. One party can grant or withhold an item the other genuinely wants, and the counterparty's outside option is worth less than that item.
  • A desired item. The controlled item has high marginal value to the counterparty, supplying the grip on which all the leverage rests.
  • A coupled undesired item. The controller attaches a second item that would not have sold standalone — one the counterparty would reject if offered alone.
  • Binarity. The offer is take-both-or-neither; partial acceptance (the desired item without the undesired one) is structurally foreclosed.
  • The outside-option comparison. The counterparty accepts the package if and only if its net value exceeds their outside option; the controller can attach any undesired item whose disutility falls below the gap between the desired item's value and the outside option.
  • The leverage gain. That gap is transferred from counterparty to controller — value extracted from access asymmetry, not from any merit of the undesired item. No malice or formal monopoly is required, only the asymmetry.

The components compose so that the diagnostic is a single question: what would the counterparty accept if the items were unbundled? If only the desired item, the move is leverage-by-coupling rather than value-creating bundling. The portable counter is that outside options break the leverage — competition, alternative venues, coalitions, or mandated unbundling all restore the unbundled choice.

What It Is Not

  • Not optionality. optionality is the value of holding a right without obligation — the freedom to choose; conditional access is the removal of choice by coupling, forcing a take-both-or-neither decision. Optionality expands the counterparty's options; conditional access contracts them.
  • Not a constraint. constraint is any restriction on the admissible space; conditional access is the specific leverage move of coupling a desired item with an undesired one under asymmetric access, not a generic limit.
  • Not exchange. exchange is a mutual transfer of value; conditional access is bundling as leverage, where the controller extracts value from a second item that would not have sold standalone, not a freely negotiated swap.
  • Not opportunity asymmetry. opportunity_asymmetry is unequal access to options across parties; conditional access is the active exploitation of such access asymmetry to force acceptance of a coupled undesired item.
  • Not modal reasoning. modal_reasoning concerns reasoning about possibility and necessity; conditional access is a bargaining structure, sharing only the surface word "conditional."
  • Common misclassification. Treating a coerced package as a freely negotiated bundle (or condemning an efficient complementary bundle as coercion). Catch it by asking what the counterparty would accept if the items were unbundled: if only the desired item, the coupling is leverage; if both, it may be value-creating bundling.

Broad Use

The pattern recurs across economics, politics, law, international relations, finance, and education. In economics it is bundling and tying — software and channel bundles, razor-and-blades tying, and the classic coupling of a dominant product with an adjacent one. In politics it is omnibus legislation and logrolling, where a popular bill is loaded with unrelated riders and legislators must vote yes-or-no on the whole package, with must-pass continuing resolutions the standing example. In criminal law it is the plea bargain, where the desired item — a reduced sentence and certainty — is offered only conditional on the undesired item — a guilty plea and waiver of trial rights. In international relations it is the package treaty, where a negotiating round bundles disparate areas as a single undertaking so that countries wanting any part must accept all. In contract law it is the adhesion contract and shrink-wrap licence, where the desired service is coupled with broad liability waivers or arbitration clauses on a take-it-or-leave-it basis. The pattern also appears in all-or-nothing capital subscription rounds that close only if a full target is met, in curricular requirements that couple popular electives with unpopular core courses, and in trade arrangements that tie market access to acceptance of safety, labour, or environmental standards.

Clarity

The reframe replaces the surface description — "a package deal" — with the structural diagnosis: one party is using monopoly on access to extract acceptance of a second item that would not have sold standalone. It exposes the load-bearing role of access asymmetry, distinguishing conditional access from ordinary bundling, which can be efficient when goods are complementary or transaction costs are reduced. The clarifying force is to separate the coercive subset from the benign one: a bundle is conditional access only when the coupling exploits an access asymmetry to force acceptance of an item the counterparty would otherwise refuse. The construct also makes visible the second party's only structural counter-move — find an outside option that breaks the access asymmetry, whether an alternative provider, an alternative venue, or an alternative coalition. By naming the structure, the analyst stops treating a coerced package as a freely negotiated one and starts asking whether the undesired item would survive unbundling, which is the question that distinguishes a leverage-by-coupling from a value-creating combination and that points directly to the available remedies.

Manages Complexity

The pattern compresses many superficially distinct coercive-coupling phenomena — tying, logrolling, plea coercion, package treaties, click-wrap — into one frame and a four-family intervention vocabulary. One can break the asymmetric access through antitrust action, competition introduction, or alternative suppliers. One can mandate unbundling through line-item requirements, single-subject rules in legislation, or limits on plea-bargain coupling. One can improve outside options through public defenders, alternative venues, or appellate review. And one can surface and price the undesired item through disclosure rules and mandatory itemisation, forcing the controller to value its leverage explicitly. The same four moves apply whether the coupling is a software tie, an omnibus bill, a plea bargain, or an adhesion contract, because the structural object — a desired item leveraged to force acceptance of an undesired one under asymmetric access — is invariant. The complexity reduction is that a practitioner facing any take-it-or-leave-it offer need not treat it as a domain-specific bargaining puzzle; they identify the desired and undesired items and the access asymmetry, ask whether the undesired item would sell standalone, and, if not, select among the four structural countermeasures.

Abstract Reasoning

The argument is bargaining-theoretic but general in form: when one party controls an item with high marginal value to the other, and the other's outside option is worth less, the controller can attach any undesired item whose disutility is below the difference, and the rational counterparty will accept. The transfer of that difference from counterparty to controller is the leverage gain. The mechanism works for any value, any outside option, and any disutility profile; it does not require malice or formal monopoly, only an access asymmetry that makes the outside option small relative to the desired item's value. This supports a precise reasoning move available in any substrate: identify the desired item, the undesired item, and the asymmetric access; estimate the desired item's value, the outside option, and the disutility of the undesired item; and ask whether the undesired item would sell standalone. If not, the structure is conditional access and the four interventions become available. The reasoning also predicts a substrate-independent counter-strategy: outside options break the leverage, which is why competition law, legal-aid provision, multilateral coalitions, and unbundling mandates all fall in the same family of structural countermeasures despite operating in different domains.

Knowledge Transfer

A diagnostician examining any take-it-or-leave-it offer can borrow the move intact: identify the desired and undesired items and the asymmetric access, estimate the values and disutilities, and ask whether the undesired item would survive unbundling. The transfer is substantive because the bargaining structure — leverage extracted from access asymmetry through coupled binarity — is the same object whether the coupling is commercial, legislative, legal, or diplomatic, so a practitioner who has analysed product tying recognises the identical structure in omnibus legislation, plea bargaining, and package treaties, and arrives already holding the four-family countermeasure vocabulary. The recognition that outside options break the leverage is the most portable insight, because it explains why countermeasures that look unrelated across domains — antitrust action, public defenders, multilateral coalition-building, unbundling mandates — are all the same structural move of restoring the counterparty's outside option or forcing the unbundled choice. A practitioner who has seen antitrust restore competition in a tying case understands why a single-subject rule restores the unbundled vote in legislation and why a public defender restores the outside option in plea bargaining; the substrate differs but the structural countermeasure is identical. The transfer is bounded by the pattern's character: coercive and normative framing is baked in, every instance involves contractual or political coupling, and the pattern is human-practice bound, so it reads as framed and does not port to non-cognitive systems. Within its range — economics, politics, law, international relations, finance, and education — the recognition that a desired item is being leveraged to force acceptance of an undesired one, the diagnostic of asking what would be accepted if unbundled, and the four-family countermeasure vocabulary built around restoring outside options are the portable core that carries from one coupling to the next, distinguishing genuine leverage-by-coupling from the efficient bundling it superficially resembles.

Examples

Formal/abstract

The pattern admits a tight bargaining-theoretic statement that makes the leverage gain a computable quantity. Let a controller hold asymmetric access to a desired item the counterparty values at V, and let the counterparty's outside option — the best they can do without the controller — be worth W, with V greater than W (this gap is the controller's grip). The controller couples an undesired item the counterparty values at −d (a disutility, d greater than zero) and offers the two only as a binary take-both-or-neither package worth V − d. The outside-option comparison governs acceptance: a rational counterparty accepts the package if and only if its net value exceeds the outside option, V − d > W, equivalently d < V − W. The result is sharp: the controller can attach any undesired item whose disutility falls below the gap V − W, and the rational counterparty accepts even though, offered the undesired item alone, they would reject it (its standalone value is −d < 0). The leverage gain is the portion of the gap V − W transferred from counterparty to controller — value extracted purely from the access asymmetry, not from any merit of the undesired item, since by construction it would not have sold standalone. The model exposes the single diagnostic question — what would the counterparty accept if the items were unbundled? If only the desired item, the move is leverage-by-coupling, not value-creating bundling. It also predicts the counter exactly: anything that raises the outside option W shrinks the exploitable gap V − W, so improving outside options mechanically destroys the leverage, which is why competition, alternative venues, and coalitions are all the same structural countermeasure.

Mapped back: The bargaining model instantiates every role of the signature — asymmetric access to a desired item valued V, a coupled undesired item of disutility d, take-or-leave binarity, the V − d > W acceptance test, and the V − W leverage gain — and proves the prime's core claim that the leverage lives in the access asymmetry and is broken by restoring the outside option.

Applied/industry

Omnibus legislation and the criminal plea bargain are the same conditional-access object on a political and a legal substrate, and reading both through the prime exposes the coupling and points to the same family of remedies. In the legislative case the controller is the leadership scheduling a must-pass bill — a continuing resolution that funds the government; the desired item is keeping the government open, which legislators across the spectrum genuinely want (high V), and whose outside option — a shutdown — is costly (low W). The leadership couples undesired riders — unrelated policy provisions that would never pass on their own — into the single package, and the binary floor vote forecloses partial acceptance: a legislator must vote yes-or-no on the whole bill. By the model, any rider whose political cost falls below the V − W gap rides through, even though it would be rejected standalone — which is exactly the diagnostic "what would survive an unbundled vote?" The prime's countermeasures map directly: mandate unbundling via single-subject rules that forbid coupling unrelated matter, or improve outside options via procedures that make a clean continuing resolution available. In the plea-bargain case the controller is the prosecutor; the desired item is sentence certainty and reduction (high V relative to the outside option of a risky trial with a severe possible sentence); the coupled undesired item is a guilty plea and waiver of trial rights; and the binarity is the take-it-or-leave-it offer. The model's prediction — that a defendant with a poor outside option will accept a package they would refuse if their trial prospects were better — explains why the structural remedy is to improve the outside option: adequately funded public defenders and meaningful appellate review raise W and shrink the exploitable gap. A practitioner who has watched antitrust restore competition in a product-tying case recognises that a single-subject rule and a well-resourced public defender are the same structural move — restoring the counterparty's outside option or forcing the unbundled choice — in different substrates.

Mapped back: Omnibus bills and plea bargains are the same leverage-by-coupling as commercial tying — a desired item leveraged through binary coupling under asymmetric access to force acceptance of an item that would not stand alone — so in each the diagnostic is "what survives unbundling?" and the remedies all reduce to restoring the outside option or mandating the unbundled choice.

Structural Tensions

T1 — Coercive Coupling versus Efficient Bundling (Boundary). The prime's defining line — leverage-by-coupling versus value-creating combination — is also its sharpest tension, because the two are observationally identical at the surface (both are package deals). The failure mode is bidirectional: condemning an efficient complementary bundle as coercion (razor-and-blades that genuinely lowers transaction cost), or excusing genuine leverage as "synergy." Diagnostic: ask whether the undesired item would sell standalone and whether the coupling reduces real joint cost; only a bundle that fails the first test and lacks the second is conditional access. Misreading the boundary either over-regulates efficient bundling or lets leverage hide as integration.

T2 — Outside Option Exists versus Is Reachable (Measurement). The counter — restore the outside option — assumes the option is not just present but accessible to the counterparty in time and information. A defendant theoretically entitled to trial, a buyer with a nominal alternative supplier, may face an outside option too costly, slow, or obscure to exercise. The failure mode is declaring the leverage broken because an alternative formally exists while the counterparty cannot actually reach it. Diagnostic: measure the effective W the counterparty can realise, not the nominal one; where the alternative is unreachable, the gap V−W stays wide despite its paper existence, and the remedy must lower the cost of exercising the option, not merely provide it.

T3 — Static Coupling versus Repeated Game (Temporal). The bargaining model is one-shot, but most conditional access recurs — the same controller faces the same counterparty across many rounds, and reputation, retaliation, and relationship change the calculus. A counterparty who would accept a coercive package once may refuse to build future dependence, and a controller who over-extracts loses the relationship. The failure mode is pricing the leverage from the single-shot model when the shadow of future dealings constrains it. Diagnostic: ask whether the parties interact repeatedly; where they do, repeated_game dynamics cap the extractable gap below the one-shot V−W, and a controller maximising per-round extraction may be destroying the access asymmetry's long-run value.

T4 — Binarity as Given versus Binarity as Constructed (Scopal). The prime treats take-or-leave binarity as a fixed feature, but binarity is usually engineered by the controller — the omnibus bill could be split, the contract could be severable. The leverage depends on foreclosing partial acceptance, which is itself the contested move. The failure mode is accepting the binary frame as natural and arguing only about the package's net value, conceding the real battleground. Diagnostic: ask who decided the items must move together and whether they are genuinely inseparable; where binarity is a choice rather than a technical necessity, the highest-leverage counter is mandated severability (single-subject rules, unbundling orders), attacking the constructed binarity rather than the bundle's contents.

T5 — Undesired Item as Disutility versus Hidden Value (Sign/Evaluation). The model labels the coupled item "undesired" (disutility −d), but the counterparty's valuation may be uncertain or the item's harm deferred and diffuse — an arbitration clause, an environmental standard, a waived right whose cost surfaces only later. The failure mode is the counterparty accepting because the coupled item seems low-cost now, with the true d realised after the deal. Diagnostic: ask whether the disutility of the undesired item is known at decision time or revealed downstream; where d is deferred or obscured, the prime's "surface and price the undesired item" intervention (disclosure, itemisation) is load-bearing, because acceptance computed against an underestimated d transfers more than the counterparty knowingly conceded.

T6 — Single Controller versus Counter-Coalition (Scalar). The dyadic model pits one controller against one counterparty, but counterparties can aggregate — a coalition of legislators, a class of buyers, a bloc of states — converting their individually small outside options into a collectively credible one. The failure mode for the controller is treating each counterparty as isolated when they can coordinate to refuse the package jointly, collapsing the access asymmetry. Diagnostic: ask whether the counterparties can combine their outside options; where they can, coordination among them is the structural counter the dyadic frame misses, and the controller's leverage rests on keeping them atomised, since a coalition's joint W can exceed the desired item's value the controller monopolises.

Structural–Framed Character

Conditional Access sits on the framed side of the structural–framed spectrum, with an aggregate of 0.7. There is a genuine relational skeleton — leverage-by-coupling, where a controller exploits an access asymmetry to attach an undesired item to a desired one, expressible as a tight bargaining inequality (accept iff V − d > W) — but the prime is human-practice bound and carries a coercive charge, and the diagnostics that drive the grade reflect that.

Two criteria reach their maximum. Its evaluative weight is maximal (1.0): coercive and normative framing is baked into the prime — "leverage," "extract," "force acceptance," the whole point is that value is taken rather than freely exchanged, and the entire clarity move is to separate coercive coupling from benign bundling, a normative line. Its human_practice_bound score is maximal (1.0): every instance — tying, omnibus bills, plea bargains, package treaties, adhesion contracts — involves contractual or political coupling between parties who reason about outside options, and the pattern, as the prime states, "does not port to non-cognitive systems."

Three criteria carry partial weight, which holds the aggregate at 0.7. The vocabulary travels only halfway (0.5): "desired item," "outside option," "coupling," "binarity" port across economics, law, and diplomacy, but a bargaining-and-contract lexicon comes along. The institutional_origin is partial (0.5): its home is economics and bargaining theory and its instances are institutional (contract, legislation, criminal procedure), though the access-asymmetry logic is more general. And invoking it is part recognition, part import (0.5): one can recognise a coupled take-or-leave offer as a present structure, but naming it imports the leverage-and-countermeasure frame — the unbundling diagnostic and the outside-option remedies. The relational skeleton is real and is what lets the analysis carry from product tying to plea bargains to package treaties; but it is wrapped in human contractual practice and a built-in coercive evaluation, which is exactly the framed character the 0.7 aggregate records.

Substrate Independence

Conditional Access is a moderately substrate-independent prime — composite 3 / 5 on the substrate-independence scale. The structural core — gaining leverage by coupling a wanted item to an unwanted one under asymmetric access, so the gatekeeper extracts more than the wanted item alone would command — recurs in product bundling, omnibus legislation (riders attached to must-pass bills), plea bargains, treaty package deals, and adhesion contracts. Its transfer evidence is strong within that band: these are concrete, well-documented instances of leverage-by-coupling, lifting transfer evidence to a 4. What holds domain breadth and structural abstraction to the middle is that every instance sits on a contract-and-policy substrate presupposing parties, asymmetric access, and a bargaining relationship — there is no physical or biological medium in which conditional access operates with the same force. The prime inherits a contractual-leverage frame, so applying it imports that bargaining perspective rather than merely recognising a substrate-free pattern. The concreteness of transfer within the contract-policy band lifts the composite to a 3, but the absence of any non-social substrate caps it there.

  • Composite substrate independence — 3 / 5
  • Domain breadth — 3 / 5
  • Structural abstraction — 3 / 5
  • Transfer evidence — 4 / 5

Neighborhood in Abstraction Space

Conditional Access sits in a sparse region of abstraction space (90th percentile for distinctiveness): few abstractions share its structure, so a faithful description tends to retrieve it precisely rather than landing on a neighbor.

Family — Logical Moves & Precondition Gating (10 primes)

Nearest neighbors

Computed from structural-signature embeddings · 2026-06-14

Not to Be Confused With

The most consequential confusion is with exchange, because conditional access looks like an ordinary exchange — a package offered, a price accepted — but is structurally a leverage move rather than a mutual value transfer. In a genuine exchange, both items move because each party values what it receives more than what it gives; the bundle, if there is one, is efficient because the goods are complementary or jointly cheaper to transact. Conditional access is the specific case where the controller couples a desired item with an undesired one that would not have sold standalone, using monopoly on access to extract acceptance of the second. The decisive structural difference is the prime's diagnostic: what would the counterparty accept if the items were unbundled? In an exchange, both items survive unbundling (each is wanted on its merits); in conditional access, only the desired item survives, and the undesired item rides through on borrowed leverage. The two are observationally identical at the surface — both are package deals — which is exactly why naming the prime matters: it separates the coercive subset (leverage-by-coupling) from the benign one (value-creating bundling), and reading conditional access as mere exchange treats a coerced package as freely negotiated, missing the value-transfer the access asymmetry effected.

Conditional access is also distinct from optionality, with which it stands in near-opposition. Optionality is the value of holding a right without an obligation — the freedom to exercise or not, which expands the holder's choice set and is valuable precisely because it preserves options. Conditional access destroys a choice the counterparty would otherwise have: the binary take-both-or-neither offer forecloses the partial acceptance (the desired item alone) that the counterparty would prefer. Where optionality is about the upside of keeping options open, conditional access is about a controller closing an option to extract value. The embedding model places them near each other because both involve choices and conditions, but the structural directions are opposite — one creates latitude, the other removes it. A practitioner who reads a conditional-access situation as optionality will look for the value of flexibility, when the actual structure is the foreclosure of flexibility used as a lever.

A third confusion is with bare constraint. A constraint is any restriction on the admissible space — a budget, a deadline, a physical limit. Conditional access is a particular constructed constraint: the binary coupling, engineered by the controller, that ties a desired item to an undesired one under asymmetric access. The difference is agency and purpose: a constraint may be impersonal and given, while conditional access is a deliberate leverage structure whose binarity is itself the contested move (tension T4 — binarity is usually constructed, not natural). Treating conditional access as a mere constraint to be optimised around accepts the binary frame as given, conceding the real battleground; the highest-leverage counter is often to attack the constructed binarity itself (mandated severability, single-subject rules), which the generic constraint framing never surfaces.

For practitioners the distinctions decide the response. Read conditional access as exchange and you treat a coerced package as a fair deal, never asking what would survive unbundling. Read it as optionality and you hunt for the value of flexibility that the move has destroyed. Read it as a given constraint and you optimise around a binarity you could instead break. Naming conditional access correctly directs attention to its one diagnostic — what would be accepted if unbundled — and to its countermeasure family built on restoring the counterparty's outside option or forcing the unbundled choice.

Solution Archetypes

No catalogued solution archetypes reference this prime yet.