Liquidity Control Is Moving to the Routing Layer

IOSCO’s November 2025 review found that tokenized assets had not yet produced broad secondary market liquidity. Many projects still depend on old market firms and old settlement systems. Assets may sit on new rails, but buyers, cash, credit, and legal rights still sit in separate places.

That is the structural signal. Fragmentation is creating a new control point above the venue.

An exchange can hold orders. A protocol can hold tokens. A dealer can hold inventory. None controls total liquidity unless it can see and reach the other pools. The router that joins those pools can decide where an order goes, which balance sheet funds it, and which settlement asset closes it.

Liquidity control is moving from pool ownership to flow control.

A fragmented market forces each trade through four tests.

The first is price discovery. Quotes arrive from exchanges, dealers, private pools, and smart contracts. They use different formats and update at different speeds. A router must compare the full cost. Fees, gas, slippage, rejection risk, and market impact can erase the best quoted price.

The second is access. A strong quote has no value when the buyer cannot enter the venue. Access may require a broker account, a custody link, a wallet, a credit line, or a compliance check. The router must know which path is open before it sends the order.

The third is funding. Capital often sits in the wrong place. Cash may be at a bank while the asset trades on-chain. Collateral may be locked with a prime broker while a better price appears elsewhere. The firm that can move or lend capital at execution gains the edge.

The fourth is settlement. A trade is not complete when the order matches. It is complete when cash and assets move with final legal effect. The BIS argues that tokenized markets gain more value when money, assets, and settlement rules share common infrastructure. Separate ledgers can speed up execution while leaving the funding gap in place.

This creates the fee model. The router can charge for order flow, execution, financing, collateral movement, or settlement access. It also sees demand across every connected venue. That data improves pricing and makes the router harder to replace.

Venues lose power when they become interchangeable endpoints. Brokers lose margin when software compares them in real time. Custodians lose control when assets can move without a manual release. The routing layer gains power because it sits before each of them.

The router does not need to own the liquidity. It needs to control the path.

Legacy finance manages fragmentation through brokers, dealers, clearing firms, and central securities depositories. Smart-order routers scan venues. Prime brokers supply credit. Clearing houses net risk. Custodians control asset movement.

This model has clear legal rules and deep balance sheets. It can support large trades and cover short funding gaps. It also adds accounts, cut-off times, credit checks, and reconciliation. Each layer protects a role and takes a fee.

Autonomous markets use aggregators, solvers, automated market makers, bridges, and smart contracts. Code can search many pools, split an order, and settle it without a human desk. Markets can stay open at all hours. Rules are visible, and execution can finish in seconds.

But code does not remove trust. It moves trust into contracts, oracles, bridges, validators, and settlement assets. The IMF warns that weak links between platforms can raise liquidity risk. Fast execution can also spread stress before a firm can add funds or stop a bad route.

Legacy systems lead in legal certainty, credit, and large-scale distribution. Autonomous systems lead in speed, open access, and direct settlement. The winning model will combine both while keeping control of the routing layer.

Capital accepts friction when access is scarce. It will tolerate trapped collateral, extra accounts, and wide spreads to reach a market with no substitute. That changes when a router offers the same exposure with less delay and lower total cost.

Flow then moves toward the system with the best reach. Market makers place inventory where one connection can serve many venues. Asset issuers choose rails that reach more buyers. Traders avoid pools that require idle capital unless those pools pay for the cost.

Settlement money also becomes a source of power. A bank deposit token, cash token, or stablecoin that works across many venues can join separate pools. Its issuer gains flow, reserve income, and data. The router gains more value because it can send both the asset and payment through one path.

This will compress venue fees. It will shift margin toward firms that provide cross-market credit, collateral mobility, and final settlement. Capital will pay for access where it has no choice. It will avoid every other toll.

Fragmented markets do not remove middlemen. They create a stronger one above the market.

That control layer sees the pools, ranks the paths, moves the funds, and chooses the place of settlement. It captures order flow before any venue can compete for it.

The permanent shift is clear: liquidity power belongs to the system that can make separate markets act like one. Venues will hold assets and orders. The router will control where capital moves, which fees survive, and who gets paid.

Sources: IOSCO, Bank for International Settlements, International Monetary Fund