The border has moved into exchanges, banks, KYC systems, APIs, and redemption infrastructure
Crypto assets are often described as borderless because a blockchain transaction can cross national boundaries without using the traditional banking system. At the protocol level, that description is partly accurate. A valid transaction can be broadcast, verified, and recorded without asking a commercial bank or central bank for permission.
But technical transferability is not the same as economic usability.
An asset may be transferable on-chain while remaining impossible to deposit at an exchange, redeem for fiat currency, use as collateral, move through a regulated custodian, or convert through a bank account. A wallet may receive funds even when its owner cannot open an account, access a stablecoin issuer, pass compliance screening, or reach the infrastructure required to use those funds.
The border has not disappeared.
It has moved.
It now appears inside account-opening systems, banking relationships, stablecoin redemption procedures, KYC and KYB reviews, Travel Rule infrastructure, tax reporting systems, API permissions, cloud services, wallet screening tools, and application distribution channels.
Sanctions and capital controls therefore do not merely surround the crypto market. They reshape its internal structure.
The Border of the Crypto Market Is a Graph of Permissions
A conventional map represents borders as lines separating territories. That model is increasingly inadequate for digital financial markets.
The meaningful border of the crypto economy is better understood as a graph of permissions.
Each participant occupies a position within a network of exchanges, banks, custodians, issuers, liquidity providers, identity systems, cloud services, and software interfaces. Access depends on a chain of approvals rather than physical location alone.
A person may be physically located in one country, legally resident in another, incorporated in a third, banking through a fourth, and accessing an exchange whose infrastructure is distributed across several additional jurisdictions.
The relevant question is not simply, “Where is the user?”
The relevant questions are:
Can the user open an account?
Can the account hold the asset?
Can the asset be deposited?
Can it be traded?
Can the resulting balance be withdrawn?
Can the stablecoin be redeemed?
Can fiat currency reach a bank account?
Can the transaction pass sanctions screening?
Can the service legally provide the product?
Can the user access the interface, API, cloud endpoint, or mobile application?
Market access exists only when enough of these permissions remain connected.
A Transferable Asset Is Not Necessarily a Usable Asset
Crypto markets often collapse several distinct capabilities into the single word “ownership.”
That simplification hides the actual structure of economic control.
An asset’s practical usability depends on several interacting conditions:
Technical transferability
Market connectivity
Settlement and redemption access
Legal eligibility
Operational availability
A token may remain technically transferable while one or more of the other conditions fail.
Bitcoin can move from one address to another, yet the recipient may be unable to deposit it at a regulated exchange.
A stablecoin can remain visible in a wallet, yet the holder may be unable to redeem it with the issuer.
A tokenized asset can remain on-chain, yet the holder may be legally ineligible to receive distributions or exercise contractual rights.
A decentralized finance position can remain inside a smart contract, yet access to the interface, oracle, bridge, stablecoin, or RPC provider may disappear.
The blockchain records possession. It does not guarantee market connectivity.
Sanctions Change the Market’s Connection Structure
Sanctions are often discussed as external political events that affect prices. That description is incomplete.
The deeper effect of sanctions is structural.
Sanctions can alter which institutions may transact with which users, which assets may be supported, which jurisdictions may be served, which banks may settle payments, and which service providers may supply infrastructure.
The immediate consequence may be an account restriction, a rejected payment, a frozen balance, a disabled withdrawal, or a blocked redemption request.
The broader consequence is a change in the topology of the market.
A participant who previously had several routes into and out of the crypto economy may suddenly have only one. Another may retain access to a blockchain while losing access to every regulated conversion point. A third may remain legally eligible but become commercially undesirable because service providers view the relationship as too costly or risky.
Sanctions do not need to stop a blockchain to alter the market.
They only need to remove enough connections.
Access Restrictions Extend Beyond Primary Sanctions
The effects of sanctions rarely stop with the formally designated party.
Financial institutions, exchanges, custodians, payment processors, software providers, and stablecoin issuers often evaluate not only direct legal exposure but also indirect operational risk.
A business may reject a transaction because it involves a sanctioned person. It may also reject the transaction because the ownership structure is unclear, a related company appears connected to a restricted entity, a wallet has interacted with a flagged address, or a banking partner will not process the resulting funds.
This creates a wider perimeter of exclusion.
The perimeter may include subsidiaries, beneficial owners, controlled entities, intermediaries, counterparties, associated wallets, and customers whose risk cannot be resolved efficiently.
The legal boundary and the commercial boundary are therefore not identical.
A person can fall outside the formal sanctions list while still being denied service by institutions that prefer to avoid uncertain exposure.
Sanctions Screening Cannot Be Reduced to Name Matching
A sanctions list is not a complete representation of sanctions risk.
Names may be incomplete, transliterated differently, shared by unrelated individuals, or hidden behind corporate structures. Ownership and control can matter even when the immediate counterparty is not explicitly listed.
In the crypto market, the problem becomes more complex because addresses do not contain verified legal identities.
A wallet may be associated with an exchange, a decentralized autonomous organization, a bridge, a service provider, a sanctioned entity, or a cluster inferred through blockchain analytics. Those associations may be uncertain, outdated, or based on probabilistic methods.
A system that checks only whether a name or address appears on a list will miss important relationships.
A system that treats every inferred relationship as conclusive will produce false positives.
Effective screening therefore requires context, ownership analysis, transaction history, confidence levels, jurisdictional rules, and human review.
There is no single universal lookup that can determine whether a crypto transaction is legally and operationally acceptable.
Capital Controls Are Not the Same as Sanctions
Sanctions and capital controls can both restrict financial movement, but they operate for different purposes.
Sanctions generally target specific countries, sectors, entities, individuals, activities, or transaction types. Capital controls regulate the movement of money across borders or between currencies, often to preserve foreign exchange reserves, stabilize the domestic financial system, or manage monetary policy.
A country may limit foreign currency purchases, international transfers, overseas investment, cash withdrawals, or the conversion of domestic currency into external assets.
Crypto assets can become important under these conditions because they offer alternative channels for storing or transferring value.
That does not make those channels frictionless.
Capital controls can increase demand for peer-to-peer markets, stablecoins, offshore exchanges, informal settlement networks, and self-custodied assets. At the same time, banks and regulated platforms may tighten monitoring, restrict transfers, or block transactions associated with circumvention risk.
The result is not a simple shift from a controlled market to a free market.
It is the creation of multiple markets with different prices, access rules, risks, and settlement capabilities.
The Same Bitcoin Does Not Always Have the Same Liquidity
One bitcoin is technically equivalent to another bitcoin at the protocol level.
Its market liquidity, however, depends on location, venue, counterparty access, banking connectivity, compliance status, and available settlement routes.
A trader with access to several exchanges, multiple banking partners, stablecoin redemption, and institutional custody operates in a different liquidity environment from a trader who can use only a local peer-to-peer market.
The asset may be identical.
The market is not.
Liquidity is not stored inside the token. It emerges from the surrounding network of buyers, sellers, intermediaries, banks, custodians, and settlement systems.
When sanctions or capital controls remove some of those connections, the effective liquidity of the asset changes.
That change may appear as wider spreads, thinner order books, higher withdrawal costs, delayed settlement, unstable premiums, or dependence on a small number of counterparties.
Price Differences Can Measure Market Fragmentation
Regional crypto premiums are often described as temporary pricing anomalies.
In many cases, they are better understood as measurements of market separation.
If an asset trades at a higher price in one jurisdiction, the difference may reflect strong local demand. It may also reflect the difficulty of moving capital, accessing foreign currency, withdrawing assets, completing identity verification, transferring funds through banks, or executing legal arbitrage.
A price difference persists when arbitrage is constrained.
The obstacle may not be the blockchain transaction itself. The obstacle may be the bank transfer, exchange account, stablecoin redemption, tax treatment, sanctions review, or legal status of the participant.
A premium can therefore represent the cost of crossing a regulatory and operational boundary.
The larger and more persistent the premium, the more fragmented the market may be.
On-Ramps and Off-Ramps Help Determine Economic Value
Crypto markets often focus on the moment of trade.
Economic usability depends on the full route.
A participant must be able to enter the market, acquire the asset, hold it, transfer it, trade it, settle the transaction, withdraw the proceeds, and convert those proceeds into a form that can be used elsewhere.
The on-ramp and the off-ramp are not peripheral services. They are part of the asset’s functional value.
A token that can be purchased but not withdrawn has limited usefulness.
A stablecoin that can be received but not redeemed may trade at a discount.
A crypto balance that cannot reach a bank account may remain economically isolated.
A market should therefore be evaluated as an end-to-end settlement path, not as a collection of quoted prices.
Banks Are Not Outside the Crypto Market
The crypto industry often presents itself as an alternative to banking.
In practice, banks remain deeply embedded in the market’s structure.
Exchanges need banking partners to receive customer deposits, process withdrawals, pay employees, manage reserves, and settle with counterparties.
Stablecoin issuers depend on banks, custodians, money market instruments, and payment networks to manage reserve assets and process redemptions.
Institutional investors rely on banks and regulated custodians for cash management, reporting, and settlement.
Even peer-to-peer markets often begin or end with domestic bank transfers.
When a banking relationship is lost, a crypto service may continue operating on-chain while becoming unable to provide normal fiat access.
The protocol may remain available.
The business model may not.
A Stablecoin Is Also a Claim on Access to an Issuer
A stablecoin is commonly treated as a digital representation of fiat currency.
That description ignores the importance of the issuer.
The value of a centralized stablecoin depends not only on the token’s transferability but also on reserve management, contractual terms, banking access, jurisdictional eligibility, compliance procedures, and redemption capacity.
Two holders of the same stablecoin may not possess the same practical rights.
One may be eligible for direct redemption with the issuer.
Another may be required to sell through an exchange.
A third may live in a restricted jurisdiction.
A fourth may fail KYC review.
A fifth may hold less than the issuer’s redemption minimum.
A sixth may control an address that has been frozen or blacklisted.
The token balance may be identical. The redemption path is not.
A centralized stablecoin therefore functions as both a transferable token and a conditional connection to an issuing institution.
Centralized Exchanges Are Permission-Control Systems
A centralized exchange is often described as a marketplace.
It is also a permission-control system.
The exchange decides who may create an account, which documents are accepted, which countries are supported, which products are available, which assets can be deposited, which withdrawals require review, and which APIs may be used.
Access can vary by citizenship, residence, corporate location, IP address, tax status, customer type, and regulatory classification.
A user may be allowed to hold spot assets but not trade derivatives.
An institution may be allowed to trade manually but not through an API.
A resident of one jurisdiction may access the platform but not a particular stablecoin.
A customer may retain an account while losing deposit, withdrawal, or conversion privileges.
The exchange is therefore not a neutral window into a universal market.
It is a controlled gateway into a specific subset of that market.
Offshore VASPs Must Be Understood by Activity, Not Address
A virtual asset service provider can operate across borders without maintaining a substantial physical presence in every jurisdiction it serves.
This complicates regulation.
A company may be incorporated offshore, host infrastructure in another country, employ staff remotely, serve customers worldwide, and depend on banks located elsewhere.
Regulators that focus only on the provider’s formal place of incorporation may fail to capture the actual scope of its activities.
The more relevant questions concern whom the platform serves, which products it offers, where its customers are located, how it handles custody, how it performs compliance, and which financial systems it connects to.
The regulatory perimeter increasingly follows activity rather than office location.
For crypto services, “offshore” does not mean outside the system.
It often means connected to several systems at once.
The Travel Rule Creates a Boundary Between Counterparties
The Travel Rule requires certain identifying information to accompany qualifying virtual asset transfers between regulated service providers.
Its implementation changes the structure of market access.
A transfer may depend on whether the receiving provider is recognized, whether it can exchange the required data, whether the information format is compatible, whether the counterparty satisfies risk standards, and whether the destination wallet is treated as hosted or self-hosted.
A transaction can therefore fail even when the blockchain address is valid.
The reason may be informational rather than technical.
The sending platform may not recognize the recipient institution.
The required customer information may be missing.
The receiving provider may not meet compliance standards.
The transfer may involve a jurisdiction with incompatible requirements.
Travel Rule infrastructure turns counterparty identification into a practical market boundary.
KYC Is an Ongoing Market-Participation Test
KYC is often described as a one-time identity check performed during account opening.
In modern crypto markets, it is better understood as a continuing test of eligibility.
A customer may be asked to update identity documents, confirm residence, explain the source of funds, disclose beneficial ownership, provide tax information, or justify transaction activity.
A change in citizenship, address, corporate structure, risk profile, sanctions exposure, or product use can trigger a new review.
An account that was previously active may become limited.
Withdrawals may be paused.
API keys may be disabled.
Additional documentation may be required.
The user’s market access is therefore conditional and renewable.
Identity is not merely recorded. It is repeatedly evaluated.
Wallet Screening Produces Risk Assessments, Not Legal Facts
Blockchain analytics systems assign labels and risk scores to addresses and transaction flows.
These systems are useful, but their outputs are not identical to legal determinations.
A wallet may be labeled based on direct interaction with a known service, indirect exposure through several transactions, clustering assumptions, behavioral patterns, or external intelligence.
The strength of the inference can vary significantly.
A low-confidence association may be enough to trigger an automated review. A high-risk score may lead to a rejected deposit or frozen withdrawal even when the owner has no direct relationship with the underlying illicit activity.
This is especially important because blockchain transactions are composable and assets can pass through many addresses.
A screening system must distinguish among direct control, service usage, incidental exposure, pooled transactions, and historical contact.
Without that distinction, compliance automation can turn probabilistic evidence into automatic exclusion.
Overcompliance Excludes More Than Sanctioned Parties
Financial institutions face asymmetric incentives.
Failing to block a prohibited transaction can produce severe legal and reputational consequences. Rejecting a lawful but complex customer often produces far less visible harm.
This imbalance encourages overcompliance.
Banks, exchanges, custodians, issuers, and payment processors may avoid customers connected to certain countries, sectors, transaction patterns, or asset types even when no specific prohibition applies.
The affected party may not be formally sanctioned.
The service provider may simply decide that the cost of investigation exceeds the commercial value of the relationship.
Overcompliance expands the practical reach of sanctions beyond the legal text.
It creates a shadow border made of risk tolerance, internal policy, vendor scores, banking pressure, and operational capacity.
DeFi Is Not Outside Regulatory Reach
Decentralized finance is often framed as an escape from centralized control.
The protocol layer may be difficult to shut down, but the user experience depends on many centralized or controllable components.
These can include:
Front-end websites
Domain names
Hosting providers
RPC endpoints
Oracles
Bridges
Stablecoins
Wallet software
Application stores
Cloud services
Developer repositories
Administrative keys
Governance mechanisms
A smart contract may remain deployed while the front end becomes unavailable.
A lending protocol may continue operating while its price oracle fails.
A bridge may be disabled.
A stablecoin used as collateral may freeze selected addresses.
A wallet provider may remove access to a particular service.
DeFi does not eliminate the regulatory perimeter. It distributes the perimeter across multiple technical layers.
A Front End and a Protocol Are Not the Same Thing
When access to a decentralized application is restricted, public discussion often treats the restriction as proof that the protocol itself has stopped.
That is not necessarily true.
A front end is an interface. The protocol is the underlying smart-contract system.
Blocking the interface may prevent most users from interacting with the protocol, even if direct contract interaction remains technically possible.
This distinction matters because practical access is not evenly distributed.
Sophisticated users may interact directly with contracts.
Most users depend on websites, wallets, RPC services, routing systems, and standardized transaction prompts.
The protocol may remain alive in a technical sense while becoming inaccessible to the majority of the market.
Operational availability must therefore be measured at the level of actual user pathways, not merely contract existence.
Self-Custody Changes the Dependency Structure
Self-custody reduces dependence on a centralized custodian.
It does not eliminate dependence.
A self-custodied user may still rely on wallet software, hardware manufacturers, firmware updates, seed storage, RPC providers, internet access, stablecoin issuers, bridges, exchanges, banking services, and application interfaces.
Self-custody changes who can directly freeze or transfer the asset.
It does not guarantee that the asset can be traded, redeemed, valued, or converted.
A user may control the private key while losing access to every regulated off-ramp.
The asset remains under the user’s cryptographic control, yet its economic reach narrows.
Custody and usability are related, but they are not the same property.
Tax Reporting Changes the Identification Structure of the Market
Tax reporting frameworks increasingly require crypto service providers to collect and transmit information about customers and transactions.
This development changes more than administrative reporting.
It strengthens the connection between wallet activity, account identity, tax residence, legal ownership, and cross-border financial records.
A user may interact with a service in one country while becoming reportable in another.
An exchange may need to determine tax residence, collect taxpayer identification numbers, classify transactions, and report relevant information to authorities.
The resulting system turns jurisdictional identity into a persistent part of market participation.
Crypto activity that once appeared fragmented across platforms becomes easier to associate with a legal person and tax residence.
Tax infrastructure therefore becomes another layer of the market’s permission graph.
Sanctions and Regulatory Data Can Change During a Transaction
Compliance data is not static.
Sanctions lists change.
Corporate ownership changes.
Wallet labels change.
Country restrictions change.
Exchange policies change.
Stablecoin terms change.
Banking relationships change.
A transaction that appeared acceptable when an order was created may become restricted before settlement or withdrawal.
This creates a temporal problem.
Market systems must not only ask whether a transaction is permissible. They must ask when the determination was made, which data source was used, how recent the data was, and whether the status changed before completion.
A compliance decision without a timestamp is incomplete.
In automated finance, stale regulatory data can be as dangerous as stale market data.
A Working API Does Not Prove That Trading Is Available
An API may return a valid response while the account remains unable to complete the intended transaction.
Market data access may continue even after trading permission has been removed.
Order submission may succeed while withdrawal remains blocked.
A balance may appear available while the asset is under review.
An API key may retain read access but lose trading access.
A platform may allow spot orders but prohibit derivatives, margin, or transfers.
Automated systems that treat API availability as proof of market availability will misread the environment.
The relevant test is not whether an endpoint responds.
The relevant test is whether the entire transaction path remains executable.
A Blockchain Can Keep Running While the User Interface Disappears
A decentralized network may continue producing blocks even when users lose access to the services surrounding it.
An application can disappear from an app store.
A domain can be seized.
A website can be blocked.
A cloud provider can terminate hosting.
An RPC service can restrict requests.
A wallet can disable an integration.
A browser extension can be removed.
A protocol may therefore remain technically operational while ordinary users lose practical access.
This separation between protocol continuity and interface continuity is essential.
The survival of the chain does not prove the survival of the market.
Crypto Assets May Be Irreversible While Their Economic Use Is Stoppable
Blockchain transactions are often described as irreversible.
That property applies to confirmed ledger updates. It does not mean that all subsequent economic uses are unstoppable.
A received asset may be frozen by an issuer.
A deposit may be held for review.
An exchange account may be restricted.
A bank may reject the withdrawal.
A custodian may decline the transfer.
A marketplace may refuse the token.
A regulated counterparty may reject the wallet.
The original blockchain transaction remains intact, yet the asset’s usable future can be narrowed.
Irreversibility protects the historical state of the ledger.
It does not guarantee access to every future market.
Regulatory Arbitrage Does Not Always Flow Toward the Weakest Jurisdiction
Crypto businesses are often assumed to move automatically toward jurisdictions with the least regulation.
In reality, market access depends on more than regulatory leniency.
A jurisdiction with weak oversight may also have poor banking access, limited investor trust, unreliable infrastructure, political instability, or difficulty connecting to major payment systems.
A stricter jurisdiction may offer clearer licensing, stronger banks, deeper capital markets, and greater institutional credibility.
Businesses therefore optimize across several variables:
Regulatory burden
Legal certainty
Banking access
Customer access
Capital availability
Infrastructure quality
Reputational risk
Enforcement exposure
The most attractive jurisdiction is not always the least regulated one.
It may be the jurisdiction that offers the most reliable connection to the rest of the market.
Geopolitical Fragmentation Cuts Infrastructure Nodes
Geopolitical conflict affects crypto markets by disrupting specific nodes of financial and technical infrastructure.
A country may lose access to correspondent banking.
A company may lose cloud services.
A platform may lose access to application stores.
A stablecoin issuer may restrict users from a particular region.
A regulated custodian may terminate relationships.
An exchange may withdraw from a jurisdiction.
Each action removes a node or connection from the network.
The effect can be gradual at first. Users move to alternatives, liquidity shifts, and new intermediaries appear.
But alternative routes may be weaker, more expensive, less transparent, or dependent on the same underlying infrastructure.
The market can appear resilient while becoming increasingly fragile beneath the surface.
Market Fragmentation Becomes Nonlinear When Several Connections Fail at Once
The loss of a single service may be manageable.
The loss of several interconnected services can produce a much larger disruption.
An exchange may survive the loss of one bank by moving to another.
A stablecoin may survive the loss of one trading pair through alternative venues.
A user may survive an account restriction by moving assets to self-custody.
But if banking access, exchange access, stablecoin redemption, cloud services, and application distribution fail simultaneously, the market’s remaining routes can collapse rapidly.
This is a nonlinear failure.
The damage is not equal to the simple sum of the lost components because each component depends on the others.
A market with five weakly connected exit routes may be less resilient than a market with two strong, independent routes.
Resilience depends on the quality and independence of connections, not merely their number.
Financial AI Must Observe Market Connectivity, Not Just Prices
A financial AI that sees only prices, spreads, and order books has an incomplete view of the market.
It must also determine whether the transaction can be completed legally and operationally.
That requires awareness of:
Account permissions
Jurisdictional restrictions
KYC and KYB status
Sanctions exposure
Wallet risk assessments
Banking availability
Deposit and withdrawal status
Stablecoin redemption access
API permissions
Custody limits
Travel Rule compatibility
Tax-reporting obligations
Cloud and infrastructure availability
For a financial AI, tradability does not mean that the quoted price satisfies a strategy.
Tradability means that the entire path from order submission to settlement, withdrawal, and redemption remains institutionally open.
An attractive price in an inaccessible market is not an opportunity.
It is unusable information.
Compliance Must Be Designed Into the System
Compliance is often added after the trading logic has been built.
That architecture is inadequate for autonomous financial systems.
If an AI can select venues, generate orders, move funds, use APIs, interact with wallets, or rebalance assets, compliance must shape the decision before execution.
The system must know which actions are permitted, which require review, which data sources support the determination, and which conditions invalidate the permission.
It must also preserve evidence.
A robust system should record:
The user or entity involved
The account and wallet used
The jurisdictional assumptions
The sanctions data consulted
The time of the check
The confidence level of wallet attribution
The applicable product restrictions
The reason for the decision
The human approval, if any
The final execution result
Compliance by design is not an obstacle placed beside the trading engine.
It is part of the trading engine’s definition of reality.
There Is No Universal “Globally Legal” Flag
Crypto markets span multiple jurisdictions, service providers, asset types, and transaction structures.
A transaction may be permitted in one country and prohibited in another.
A token may be available to retail users in one jurisdiction and limited to qualified investors in another.
A stablecoin may be tradable through an exchange but unavailable for direct redemption.
A decentralized protocol may be accessible through one interface and blocked through another.
A wallet may be acceptable to one institution and rejected by another.
There is no single Boolean variable called “legal.”
The relevant status is conditional:
Legal for whom
In which jurisdiction
Through which service
Using which asset
For which purpose
At what time
Under which identity
With which counterparty
Any financial AI that reduces this structure to a universal true-or-false flag will eventually make invalid decisions.
What bitBuyer Must Observe
An autonomous trading system such as bitBuyer cannot treat compliance and market access as external administrative concerns.
It must model the market as a changing network of executable routes.
Before acting, it should determine not only whether a trade appears profitable but whether the full path remains available.
That path may include:
The trading venue
The account’s current permissions
The user’s jurisdiction
The asset’s deposit status
The asset’s withdrawal status
The destination wallet
The receiving institution
The relevant bank
The stablecoin issuer
The redemption route
The applicable reporting obligations
The current sanctions and risk data
The system must also recognize degraded states.
A venue may remain useful for price observation but not execution.
An asset may remain tradable but not withdrawable.
A stablecoin may remain liquid on secondary markets but unavailable for direct redemption.
A wallet may remain operational but subject to enhanced review.
A market may remain open in appearance while its settlement path has already broken.
The system’s decision model must distinguish among these states rather than treating access as binary.
The Border Did Not Disappear. It Entered the Market.
Crypto assets weakened the traditional connection between physical borders and value transfer.
They did not eliminate borders.
The border now appears in exchange registration, bank compliance reviews, stablecoin redemption, Travel Rule messaging, API permissions, wallet scores, application-store regions, tax residence, and cloud infrastructure.
Sanctions and capital controls change who can enter the market, which counterparties can interact, where liquidity forms, which assets can be redeemed, which banks can serve as exits, and which actions an autonomous financial system may execute.
The blockchain may remain global while the market around it becomes fragmented.
This is why crypto-market analysis cannot stop at price charts, transaction counts, or on-chain flows.
It requires a map of connections.
The decisive question is no longer merely whether an asset can move.
The decisive question is whether the surrounding system will allow that movement to become economically usable.
