By Adam Bawi, Director of BD at Centrifuge
A few weeks ago, I was chatting with one of my traditional asset manager friends about the recent rise in RWAs on-chain, where they hit me with the simple and honest question: "So, Adam, what the fuck is the point?" Over the past few weeks, it got me thinking about this dislocation in perceived value of RWAs on-chain, and how widespread this gap truly is across the market that this industry will be inevitably tapping into. Sure, many media figures will throw buzzwords out and say that "2026 is the year of RWAs" and "tokenisation is the future", but how many of us know how this is achieved? how many of us understand what this looks like in practice?
Putting treasuries on a blockchain and calling it RWA adoption was a nice starting point, but it had no right to call it "real adoption". Most of the RWA volumes and TVL we have seen on-chain to date have been a product of this, with DeFi allocators committing to the tokenised representation of RWAs and letting it sit in their wallets. The uncomfortable admission: you've arguably made it worse on-chain with higher costs (chain-dependent), regulatory overhead, and smart contract risk. Issuance is not innovation - this is merely the 'ground floor' integration level.
We haven't yet had that 'crossing the chasm' moment for RWAs.
Electric Capital published a report last week mapping 501 distinct real-world yield sources. Only 34 have any meaningful on-chain presence above $50M. 93% remain completely untouched by defi. Of $8.5B in RWA-backed stablecoin supply, only $1B (12%) is actually deployed in defi protocols. The other 88% sits idle behind KYC and whitelisting walls.
We’ve spent billions tokenising assets, and most of them are just sitting there. That’s a bank account with extra steps. So - what is the point? The point isn’t issuance. It isn’t “24/7 trading” or “fractional ownership.” The point is what happens after the asset lands on-chain. The point is integration. And it boils down to three things.
1. Programmable Collateral
This is the big one. This is where the entire thesis lives or dies. For years, defi has been running on a fundamentally broken collateral model. ETH backing ETH-denominated loans. Volatile tokens securing volatile positions. The same assets being used as both the collateral and the thing being leveraged. This is not financial innovation - it's a circular firing squad.
When prices rise, collateral strengthens, more leverage enters, and everyone feels like a genius. When prices fall, cascading liquidations. We saw it with Terra/Luna. We saw it with 3AC. We saw it around October 10 last year. Every single one traces back to the same root cause: reflexive collateral. The system's foundation was eating its own tail. This is not a risk management failure. This is an architectural one. You cannot build a stable financial infrastructure on collateral that moves in lockstep with the positions it's securing.
Now imagine collateral that generates real yield, is not directionally tied to ETH or BTC, is backed by cash flows off-chain, and has fundamentally different risk drivers. That's what tokenised RWAs introduce.
A tokenised S&P 500 position earning spot returns while simultaneously collateralising a lending position on Morpho, generating borrowed stablecoins that get redeployed - all in one composable stack. No prime broker. No phone call. No counterparty chain. In tradfi, this same trade touches a custodian, a margin desk, a PB, a transfer agent, and takes days. On-chain, it's one token doing multiple jobs simultaneously.
Or take it a step further - use that same tokenised S&P 500 position as margin collateral on a perp exchange. Your margin isn't dead, USDC is earning nothing. It's an interest-bearing position that generates spot returns while backing your leveraged trades. The collateral is working two jobs at once, and neither one requires the other to stop.
The yield is real (not emissions). The collateral is productive (not dead). The infrastructure is permissionless (not gated).
Using non-reflexive assets as base collateral reduces the feedback loops that cause cascading failures. They don't eliminate risk, nothing does, but they change the reflexivity of the system. And that changes everything about how much leverage the system can safely absorb.
Interest-bearing tokens are the future of collateral. Your S&P 500 exposure earns while it collateralises. Your AAA CLO position generates income while it backs your margin. Dead capital becomes productive capital. Leverage isn't the problem. Weak collateral is. And RWAs are one path toward fixing that foundation - but only if they're actually integrated into the infrastructure, not left sitting idle in a wallet.
2. Market Creation
This is the one that makes traditional finance people sit up when they finally get it. Tokenising an asset doesn't just put an existing product on new rails. It spawns entirely new markets and strategies around it that were structurally impossible before.
Take deSPXA - a tokenised & decentralised S&P 500 spot asset. S&P 500 perpetual futures recently started trading on Hyperliquid. Deploy the spot token onchain and you've just invented a basis trade that didn't exist 12 months ago: long spot, short perp, collect funding. Cash-and-carry on crypto rails. This is a trading strategy that attracts a participant class - basis traders - who have zero interest in the underlying asset itself. They don't care about the S&P 500. They care about the spread. And that spread only exists because the spot RWA lives onchain alongside the derivative.
Or consider secondary market pricing. A tokenised fund creates a continuous secondary price on a DEX. That creates an arb between the pool price and the fund's NAV. In the ETF world, Authorised Participants close this gap through a formal create/redeem mechanism with contracts, legal agreements, and multi-day settlement. On-chain, any whitelisted participant with capital can arbitrage the spread permissionlessly. The price correction mechanism is native to the infrastructure.
Then there are lending markets for asset classes that have never been borrowable against. Private credit. Litigation finance. Structured products. These are not incremental improvements to existing tradfi markets. They're financial primitives that only exist because the asset is onchain and composable.
These aren't theoretical. Morpho has $6.8 billion in TVL with RWA deposits representing approximately 10% and growing. Aave Labs are building Horizon specifically for permissioned RWA collateral with permissionless stablecoin liquidity. The infrastructure is being built right now. The question for the tradfi friend isn't "why would you put it onchain?" It's "what markets become possible once you do?"
3. Composable Infrastructure
This is the meta point that ties the first two together, and it's the one that the traditional finance world fundamentally doesn't understand because it has no analogue in their architecture. Every tokenised asset that follows an open standard - ERC-20, ERC-4626, whatever comes next - is automatically compatible with every protocol that supports that standard. No integration partnership. No API build. No BD call. No legal review of a bilateral agreement.
Morpho doesn't need to sign a contract with JanusHenderson Investors to create a JAAA lending market. An Aerodrome Finance pool doesn't require a formal market-maker agreement to list a tokenised S&P 500 pair. A vault on any protocol can accept any compliant token as collateral the moment it's deployed.
In tradfi, the same process involves transfer agents, SWIFT messages, multiple settlement cycles, and at least three people who are “currently in a meeting.” On-chain, it’s a single atomic transaction. Every intermediary in that chain doesn’t get disrupted - it gets made structurally unnecessary.
This is why permissionless assets like reUSD hit 96%+ utilisation rates while permissioned RWAs sit at 12%. Composability is not a ‘nice to have’ feature. It is the mechanism that determines whether a tokenised asset actually does anything useful or just collects dust on-chain. The infrastructure that enables programmable collateral, that enables new market creation, that enables all of the above - it exists because of open standards and permissionless composability. Everything else is a consequence.
But only if the plumbing is right
I want to be clear about something. Everything I've written above breaks if the infrastructure is lazy. Everyone likes the "extra yield" part. Fewer want to talk about duration alignment, collateral quality, oracle integrity, and liquidation design. That's the line between productive leverage and fragility.
Conservative LTVs. Proper oracle design. Duration alignment. Realistic liquidity assumptions. These aren’t optional. As I write this, Resolv Labs' USR stablecoin just lost its peg after an attacker minted $80 million in unbacked tokens using $200k. The minting contract had no max mint limits, no oracle checks, and a critical admin role secured by a single private key instead of a multisig. Within hours, the damage had cascaded into Morpho vaults, where USR was accepted as collateral - traders bought the crashed token at a discount and borrowed USDC against it at the hardcoded $1 valuation, draining stablecoin liquidity from lending pools that had nothing to do with Resolv.
This is not meant as a shot at the Resolv team - they're genuine builders and this industry needs more of them, not fewer. But it's a brutal reminder that the gap between "functioning protocol" and "battle-tested infrastructure" is measured in exactly these kinds of details. A single key with no guardrails. No max mint check. These are not sophisticated attack vectors. They're basic engineering oversights that become catastrophic when real capital is on the line.
And the concentration risk across the sector is just as real. BlackRock's BUIDL has 98% of its supply controlled by its top 10 holders - and those holders are mostly other protocols. When the largest "institutional" RWA product is effectively a few protocol treasuries stacked on top of each other, you haven't built broad-based adoption. You've built a Jenga tower.
If RWA loops are going to mature into real financial infrastructure, the plumbing has to be as robust as the upside is attractive. Otherwise, we just recreate tradfi fragility on-chain, which would be the most expensive way to learn nothing.
So - what is the point? The point isn't "put treasuries on blockchain”.
The point is that on-chain infrastructure makes assets programmable, composable, and structurally useful in ways that tradfi's siloed architecture physically cannot replicate. "Programmable" and "composable" sound like buzzwords. They're not. They're an engineering reality. And it's a reality that 88% of tokenised assets haven't figured out yet. The question isn't whether this happens. The question is whether the people building it are honest about what actually matters - and whether they have the discipline to build the infrastructure properly, or whether they're just going to keep issuing tokens and calling it innovation.
We haven't crossed the chasm yet. But at least now you know what's on the other side. This is what we're building toward at Centrifuge.
This article originally appeared on LinkedIn HERE.
