The Litecoin Double-Spend Attack
Cross-chain speed can expose users to losses.
Aug 25, 2026 · 30 min · 10 segments
In this episode, Austin chats with Declan from Aurora Labs about building on NEAR’s Intents architecture. Declan explains why intents go beyond “a better bridge UI" and how Aurora Intents actually…
Declan HannonGuestAustinHostI click a button, some magic happens, I get it where I want it.
What's actually going on behind the hood? And what are all the sort of different parties involved in that process?

Yeah, so from a user's perspective, it's actually pretty simple, right? So they'll express what intent it is.

Now, the first step is for the solvers to kind of answer that incoming request.

So instead of just following a predefined route, multiple solvers will evaluate how they can fulfill that intent.

And they'll consider factors like available liquidity, execution costs, or the potential speed of being able to kind of fulfill that intent.

Once that's been done, They'll coordinate with whatever infrastructure they need to so they can tap into bridges, DEXs, you know, or other products that they've got.

And then once that's done, the near-intense protocol itself will verify and second that.

And Aurora will then surface the final result back to the application that's using the product.
Like that is like DeFi version zero, right? And then we move into these very simple, you know, AMM formulas, which are like a fairly passive activity where like you see pricing responds to the various balancing in a liquidity pool.
And then we sort of moved into different systems that now use order books sometimes.
There's also prop AMMs, which are at different type of system that is effectively an on-chain quant trading and market making strategy like under the hood where does the liquidity provisioning come from because intense is not it's not a direct period of here swap in the typical way there is still some type of market making either automated or manual system involved correct

Yeah, so a lot of that is done at a protocol level, right? So, for example, with Aurora Intents, we're not providing direct liquidity ourselves.

So, of course, NIR is involved in that process and the solver networks themselves are also from some of that liquidity.
And so when you guys are kind of like thinking about building on top of like one of these primitives that like Near has developed, like what do you sort of see as the opportunity? And how is this like what made you guys decide like, hey, this is a market that there needs to be folks making more accessible and serving data in?

So there's quite a lot of partners that are actively using both Aurora Intense and Near Intense already, right? I think the lifetime volume is like 21 plus billion.
Yeah, it's
I click a button, some magic happens, I get it where I want it.
What's actually going on behind the hood? And what are all the sort of different parties involved in that process?

Yeah, so from a user's perspective, it's actually pretty simple, right? So they'll express what intent it is.

Now, the first step is for the solvers to kind of answer that incoming request.

So instead of just following a predefined route, multiple solvers will evaluate how they can fulfill that intent.

And they'll consider factors like available liquidity, execution costs, or the potential speed of being able to kind of fulfill that intent.

Once that's been done, They'll coordinate with whatever infrastructure they need to so they can tap into bridges, DEXs, you know, or other products that they've got.

And then once that's done, the near-intense protocol itself will verify and second that.

And Aurora will then surface the final result back to the application that's using the product.
Like that is like DeFi version zero, right? And then we move into these very simple, you know, AMM formulas, which are like a fairly passive activity where like you see pricing responds to the various balancing in a liquidity pool.
And then we sort of moved into different systems that now use order books sometimes.
There's also prop AMMs, which are at different type of system that is effectively an on-chain quant trading and market making strategy like under the hood where does the liquidity provisioning come from because intense is not it's not a direct period of here swap in the typical way there is still some type of market making either automated or manual system involved correct

Yeah, so a lot of that is done at a protocol level, right? So, for example, with Aurora Intents, we're not providing direct liquidity ourselves.

So, of course, NIR is involved in that process and the solver networks themselves are also from some of that liquidity.
And so when you guys are kind of like thinking about building on top of like one of these primitives that like Near has developed, like what do you sort of see as the opportunity? And how is this like what made you guys decide like, hey, this is a market that there needs to be folks making more accessible and serving data in?

So there's quite a lot of partners that are actively using both Aurora Intense and Near Intense already, right? I think the lifetime volume is like 21 plus billion.
Yeah, it's
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3 of 9
The Litecoin Double-Spend Attack
Cross-chain speed can expose users to losses.
Who Pays When Users Lose?
Decentralized systems lack guaranteed responsibility for losses.
Being Your Own Bank
Crypto may need bank-like protection for adoption.
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