A New Prediction Market Landscape¶

Prediction Markets Today¶

Vertically Integrated Markets¶

Prediction markets today are built as vertically integrated platforms.

Liquidity is siloed.
Capital is fragmented.
New applications must recreate markets instead of extending them.

The Missing Layer¶

What’s missing is a protocol layer — infrastructure that separates markets from applications and allows multiple systems to operate on the same underlying state.

PredictionSwap introduces that missing layer.

The New Landscape¶

A new structure for prediction markets:¶

Markets Become Shared Infrastructure
Capital Becomes Horizontal
Liquidity and Execution Become Modular
Apps Become Thin
Automatic Netting Is Enforced by Design
Deposits Become Universal

1. Markets Become Shared Infrastructure¶

One Market, Many Venues¶

In crypto today, ETH/USDC is one market.

It trades on:

Centralised exchanges
Decentralised exchanges
Aggregators
Routing systems

Liquidity competes.
Execution differs.
Interfaces vary.
But the market itself is shared.

Prediction Markets Today Are Siloed¶

Prediction markets do not work this way.

Each platform creates its own version of a market.
Even if two platforms reference the same real-world event, they do not share liquidity, execution, or capital.

Every venue is a silo.

PredictionSwap Markets Are Shared¶

PredictionSwap introduces a canonical market layer.

Multiple applications, centralised venues, decentralised frontends, and execution systems operate on the same underlying market rather than recreating it.

The market becomes shared infrastructure rather than a vertically owned product.

2. Capital Becomes Horizontal¶

Prediction Markets Today Isolate Liquidity¶

Fully on-chain prediction markets rely on isolated liquidity pools.

Each market must be funded in advance.
Capital is allocated per event.
Liquidity fragments.

Prediction Markets Today Centralised Coordination¶

Centralised platforms solve this internally.

A single balance can support many markets — but the coordination is proprietary and off-chain.

PredictionSwap introduces a decentralised alternative.

Through decentralised intent matching and Zero-Sum AMMs operating over shared exposure rather than isolated pools, capital does not need to be pre-allocated to specific markets.

A single capital base can support many markets simultaneously.

Capital becomes horizontal — shared across the system rather than divided into isolated pools.

3. Liquidity and Execution Become Modular¶

The Modular Model in Spot Crypto¶

In spot crypto markets, liquidity and execution are modular layers.

Multiple systems operate over the same asset pair.
They compete on routing, pricing, and user experience — not on market ownership.

Vertical Control in Prediction Markets Today¶

Prediction markets today embed liquidity and execution inside the platform.

A single AMM or order book controls a given market.
Competing systems cannot operate simultaneously over the same event.

Modular Liquidity and Execution With PredictionSwap¶

PredictionSwap separates:

The market
Liquidity provision
Execution coordination

Because the market is shared and capital is horizontal:

Centralised order books can operate
Decentralised intent matching systems can operate
Routing layers can compete
Automated market makers can provide liquidity

All on the same event.

Liquidity and execution become modular and interoperable.

4. Thin Applications¶

Infrastructure vs Interface Today¶

Today, applications own the entire financial stack.

They manage deposits, pricing, liquidity, settlement, and accounting.

Infrastructure and interface are tightly coupled.

Shared Rails with PredictionSwap¶

PredictionSwap moves markets, capital, solvency, and settlement to the protocol layer.

Liquidity mechanisms operate independently.
Execution systems compete on top.

Applications no longer recreate markets — they plug into shared rails.

They differentiate through curation rather than infrastructure.

Frontends choose:

Which markets to surface
Which liquidity sources to prioritise
Which oracles to display
Which geographies or themes to emphasise

The market remains shared.

Apps become thin interfaces over shared financial infrastructure.

5. Automatic Netting Is Enforced by Design¶

Fragmented Exposure in Prediction Markets Today¶

In traditional on-chain prediction markets, economically equivalent positions can exist as separate balances.

Offsetting positions are not recognised automatically.
Collateral remains trapped even when exposures cancel.

Structural Netting in PredictionSwap¶

PredictionSwap enforces netting at the protocol level.

Economically equivalent positions resolve to the same state
Offsetting exposure collapses automatically
Collateral is freed immediately

Netting is not an optimisation layer.

It is structural.

Collateral efficiency extends across markets, applications, and liquidity systems.

6. Deposits Become Universal¶

Venue-Bound Capital in Prediction Markets Today¶

In traditional platforms, deposits are venue-specific.

Users fund one platform.
Capital cannot be reused elsewhere without withdrawing.
Each new application must bootstrap liquidity from scratch.

Protocol-Level Deposits With PredictionSwap¶

PredictionSwap changes this.

Users deposit once into the protocol.
Collateral becomes available across all applications operating on the shared market layer.

A new application launches into an existing capital base.

Deposits become universal rather than platform-bound.

Capital becomes shared infrastructure.