Intent 103: Anatomy of an Order
The whole iLayer network revolves around one struct. Here are its thirteen fields, grouped by the question each one answers.
/Education. · 02.
Intent 102: Not All Intents Are Equal
Why true intent-based systems coordinate outcomes instead of moving tokens, and a five-question test to tell them apart.
Why True Intent-Based Systems Don’t Move Tokens
Easy: they coordinate outcomes.
Welcome Back, Builders.
In Intent 101, we introduced the concept of intents — a new DeFi primitive that lets users express what they want (“stake,” “swap,” “farm,” etc.) while the system figures out how to make it happen.
We showed how iLayer uses this model to simplify crosschain execution:
- No bridging
- No wrapping
- No redundant UIs
- Just one signed intent and coordinated execution
But as “intents” became a hot term in 2025, many protocols began to adopt the label — even when their flows still rely on traditional bridging or custody systems behind the scenes.
This article clears the air.
We’ll explain:
- What most “intent-based” protocols are really doing
- Why bridging ≠ coordination
- What the iLayer model changes
- And how this impacts users, devs, and protocols in practice
Let’s dive in.
/01 · Chapter.
When “Intent-Based” Is Just a Label
At first glance, intents sound magical: “Tell the protocol what you want, and it’ll handle the rest.”
But here’s the catch: how that execution is handled defines everything.
In many cases, protocols claiming to be “intent-based” are simply abstracting a bridge + vault + dApp call flow behind a frontend.
The backend still follows this pattern:
- Bridge tokens to the destination chain
- Wrap them into synthetic assets
- Lock them in a vault or relayer-controlled smart contract
- Call the desired action (e.g., swap, stake, farm)
It feels smoother, but under the hood, it’s the same old crosschain UX — just dressed differently.
/02 · Chapter.
The Risks of Bridging-as-Coordination
Bridging may sound harmless, but it’s how we’ve done crosschain interactions for years. Here are some well-documented flaws:
- Custody risk: Your assets leave your wallet and land in a bridge contract. Now you’re trusting that contract not to get exploited (see: Wormhole, Multichain, Nomad…).
- Wrapped assets: Every bridge creates synthetic or IOU-style tokens that dilute liquidity and complicate routing. One asset, ten tickers.
- Vault lockups: Some protocols add another layer by routing bridged assets into central vaults, giving you even less visibility or control.
- Fractured liquidity: Bridging fragments ecosystems instead of connecting them, and every hop multiplies the complexity.
Bottom line: if your intent flow bridges tokens or locks them in vaults, it’s not user-first, and it’s not trust-minimized — it’s just bridge choreography.
/03 · Chapter.
The iLayer Model, A True Intent-Centric Architecture
iLayer takes a fundamentally different approach.
- We don’t bridge.
- We don’t wrap.
- We don’t build vaults.
Instead, iLayer functions as a crosschain orderbook for intents — a system that lets users express their goals and coordinates the execution without moving the tokens themselves.
Here’s what changes:
- Users stay in control: Assets never leave the origin chain unless the outcome is fully validated. Until then, they’re safely escrowed, cancelable at any time.
- Solvers provide execution: Solvers (off-chain agents) monitor the intent orderbook. When they see an executable flow — e.g. stake ETH on another chain — they use their own liquidity to fulfill the user’s outcome.
- Crosschain messaging verifies the result: Protocols like @LayerZero_Core or @Axelar are used not to bridge tokens, but to communicate and verify execution status across chains.
- Settlement is atomic and trust-minimized: When the action is proven complete (e.g. tokens staked on @eigenlayer), the user’s escrowed funds are released, and the solver is rewarded.
The user’s original tokens?
- Never bridged.
- Never wrapped.
- Never exposed to bridge risk.
Just outcome, confirmed.
/04 · Chapter.
Why This Architecture Wins
This isn’t just a cleaner model — it’s a fundamentally safer and more scalable way to coordinate DeFi across chains.
iLayer is:
- Trustless: your funds never leave your custody until the solver proves the outcome.
- Universal: works with any EVM chain and extends to non-EVMs thanks to @LayerZero_Core and @Axelar.
- Composable: solvers can compose multiple intents — e.g., “swap → bridge → stake” — as one permissionless flow.
- Resilient: no dependence on any one bridge, vault, or protocol. The system is solver-competitive.
/05 · Chapter.
The “Intent Test” and How to Tell What’s Real
If you’re comparing solutions, ask these five questions:
- Do user assets leave their chain before verification?
- Are vaults or synthetic tokens involved?
- Is execution atomic, or does it rely on best-effort bridging?
- Can users cancel their intents at any time?
- Is there any third-party custody at any point?
If the answer to 1–3 is “yes”, and 4–5 is “no”, you’re not using an intent protocol — you’re using a bridge abstraction.
/06 · Chapter.
A Vision for the Future
We believe intents will become the default coordination primitive for DeFi, but only if we build them right.
The future we’re working toward looks like this:
- No wrapped tokens
- No 5-step bridging flows
- No relayer bottlenecks
- No vault centralization
For UX instead, you’ll sign one message: “Yield farm on @base”, “Stake on @berachain”, “Vote on @arbitrum” — and solvers will compete to make it happen, securely and trustlessly.
That’s the intent economy, and that’s what iLayer is built for.
Ready to see it in action?
Check us out → ilayer.io
Dive into the docs → docs.ilayer.io
Follow us on X → @iLayer_io
Stay tuned, next week: Intent 103 – Solvers, Explained.
Let’s build the rails coordination actually needs.
/Read next.
Anatomy of an Order.
Next: the thirteen fields of the Order struct, and what each one protects you from.