AlphaPepe Dev Release #010
AlphaRouter enters advanced optimisation testing, analysing up to 1,000 candidate routes to improve swap execution across liquidity, gas, fees and price impact.
AlphaRouter Enters Advanced Optimisation Testing
AlphaRouter has now entered its advanced optimisation and benchmarking phase, marking another important step in the development of AlphaSwap.
The goal is straightforward: instead of sending a trade through the first available route, AlphaRouter will analyse multiple execution paths, compare the real cost of each one and select the route expected to deliver the strongest result after gas, fees, price impact and execution risk are taken into account.
The current benchmark is set at up to 1,000 candidate routes within a single quote cycle.
How AlphaRouter Searches for the Best Route
AlphaRouter maps available liquidity as a weighted graph. Tokens are treated as nodes, while liquidity pools form the connections between them.
A trade might move directly:
TOKEN A → TOKEN B
But another route could produce a better result:
TOKEN A → WETH → TOKEN B
TOKEN A → USDC → WETH → TOKEN B
Each route comes with its own mix of available liquidity, pool fees, gas requirements and expected price impact.
Route Pruning
Not every possible route deserves a full simulation.
AlphaRouter first removes paths that are clearly inefficient, including those with:
- •low usable liquidity
- •excessive fees
- •too many unnecessary hops
- •weak expected output
- •duplicated pool exposure
- •gas costs that outweigh any potential improvement
The strongest candidates are then passed into deeper analysis.
For traders, this means AlphaSwap can compare hundreds of possible ways to complete a swap without asking the user to manually check different exchanges, pools or fee tiers.
Looking Beyond the Headline Liquidity Number
Concentrated-liquidity pools are more complex than traditional pools because liquidity is placed inside specific price ranges known as ticks.
A pool can show a large total liquidity figure while only a fraction of that liquidity is actually available around the current market price.
AlphaRouter models how a trade moves through those ranges and recalculates:
- •active liquidity
- •fee-adjusted input
- •expected token output
- •tick boundaries crossed
- •cumulative price impact
This allows the router to judge what the pool can realistically provide for that specific order, rather than relying on the headline number alone.
Splitting Trades Across Multiple Routes
For larger swaps, sending the full order through one pool can create unnecessary price impact.
AlphaRouter will test whether the order should be split across several execution paths:
Q = q₁ + q₂ + ... + qₙ
A trade could, for example, be allocated:
- •55% through one concentrated-liquidity pool
- •30% through another liquidity source
- •15% through an intermediary-token route
The allocation is adjusted until shifting more volume from one path to another no longer improves the final result.
Extra routes also create more contract calls and higher gas costs, so AlphaRouter will only split a trade when the expected gain is greater than the cost of the added complexity.
In practice, the most complicated route does not win. The route expected to leave the trader with the most value does.
Why the Largest Quote Does Not Always Win
A route may appear to return more tokens while requiring significantly more gas to execute.
AlphaRouter therefore scores each candidate using net executable value:
Net Route Value = Raw Output − Gas − Fees − Price Impact − Execution Risk
This prevents a route from ranking first simply because its headline output looks better.
The real target is what should reach the user’s wallet after the full cost of execution has been included.
How AlphaSwap Fits Into the DEX Landscape
PancakeSwap and Uniswap already use sophisticated routing systems within their supported liquidity environments.
AlphaRouter is being developed as AlphaSwap’s own decision layer, with the aim of comparing supported execution paths and returning one gas-adjusted, validated result through a single interface.
Instead of manually checking different exchanges, intermediary assets, pools and fee tiers, the trader should be able to let AlphaRouter handle that work in the background.
The intended AlphaSwap experience is simple:
- •more routes compared automatically
- •gas and price impact included in the decision
- •weak routes rejected before execution
- •one final result presented to the user
AlphaSwap is not being built as another basic swap screen. It is being built to make advanced routing easier to use.
Validation Before the Wallet Opens
Liquidity can change quickly between quote generation and transaction execution.
Before a selected route is presented to the wallet, AlphaRouter will validate it against the latest available chain state and simulate whether the transaction is likely to complete successfully.
A route can be rejected if:
- •available liquidity has changed materially
- •expected output falls below the user’s minimum
- •gas costs rise beyond the accepted threshold
- •the transaction is predicted to revert
- •another validated route has become stronger
This means AlphaRouter is not only searching for a good route. It is also checking whether that route still makes sense at the point of execution.
AlphaRouter Is the First Step
The immediate focus is advanced same-chain execution.
Once AlphaRouter is live and stable, its modular architecture is intended to support a future AlphaSwap bridging layer.
A future cross-chain route could take into account:
- •source-chain liquidity
- •bridge fees
- •settlement time
- •destination-chain liquidity
- •cross-chain execution risk
- •final output on the destination chain
That would allow AlphaSwap to eventually calculate not only which pool should execute a trade, but also which chain and bridge path could offer the strongest overall result.
Why This Matters for $ALPE Holders
AlphaRouter takes AlphaPepe another step away from being judged as a standalone presale concept and closer to being judged as real trading infrastructure.
AlphaSwap provides the interface. AlphaRouter handles the execution logic. Future bridging would expand the number of chains and liquidity environments the platform can reach.
Together, these developments are being built around an ecosystem where $ALPE sits at the centre of the product rather than being added as an afterthought.
Development continues while $ALPE remains available at presale pricing ahead of launch.
Each AlphaRouter milestone brings AlphaPepe closer to a working product traders can use, test and judge for themselves.