Why Does One Tokenized Asset Have Two Prices?
Because closing the gap costs more than the gap is worth. Identical tokenized assets show documented pricing differences of 1-3% across chains, while moving capital cross-chain carries 2-5% in friction from bridge costs, slippage, timing risk and tied-up capital. Those two figures explain a market feature that is usually described as immaturity: the discrepancy is not an arbitrage opportunity, because the arbitrage loses money. For permissioned instruments the problem compounds, since an arbitrageur must also be an eligible holder on both chains, and eligibility does not travel with the token unless it was built to. The result is that multi-chain deployment — pitched as distribution reach — divides a fixed holder base into several thinner markets whose prices drift apart and stay apart. This guide sets out the arithmetic, what it does to NAV, and how to decide whether another chain is worth it.
TL;DR — Key Takeaways
- ✓The Numbers: 1-3% pricing gaps for identical assets across chains; 2-5% friction to move capital between them.
- ✓Why It Persists: The cost of correcting exceeds the discrepancy. That is a stable equilibrium, not a temporary inefficiency awaiting arbitrage.
- ✓The Permissioned Problem: An arbitrageur must be an eligible holder on both chains. Where compliance state does not travel, transfer rules block the trade before fees do.
- ✓Reach Costs Depth: $50 million across four chains is four $12.5 million markets. Depth does not aggregate across a bridge.
- ✓NAV Consequence: One fund NAV, different premiums per chain. Which chain a holder sits on becomes a determinant of their realised return.
An Inefficiency That Is Not an Opportunity
Identical tokenized assets trade at prices differing by 1-3% depending on which chain they sit on, and moving capital between chains costs 2-5%. Put those two numbers next to each other and the persistence of the gap stops being a puzzle.
In a conventional market, the same instrument quoted at two prices attracts capital until the difference disappears. That mechanism requires the correction to be profitable. Here it is not, so the discrepancy is a stable feature of the market structure rather than a temporary condition that maturity will resolve.
Asset-backed tokens issued on one network “often cannot move easily to another, creating fragmentation and limiting secondary market depth” — with 1-3% pricing gaps for identical assets across chains and 2-5% friction moving capital cross-chain.
— RWA.io market structure analysis, 2026
The second half of that sentence is the part with a number attached, and it is the part that determines whether the first half ever resolves.
Where the 2-5% Goes
The friction is not a single bridge fee. It accumulates across four components, and the components that matter most are the ones a fee schedule does not show.
| Component | What it is | Improves with technology? |
|---|---|---|
| Bridge or transfer cost | The explicit fee to move value between chains | Yes — this is the part that has fallen |
| Slippage on both legs | Price impact of buying thin and selling thin | Only with depth, which fragmentation prevents |
| Timing risk | The gap can close while the trade is in transit | Partly — faster settlement reduces exposure |
| Capital tied up | Funding cost while the position is in flight | Partly |
| Eligibility on both chains | Being a permitted holder at origin and destination | No — this is a compliance design question |
Key Insight
The bottom row is not priced in basis points because for most arbitrageurs it is not a cost at all — it is a prohibition. A permissioned token can only be received by a verified holder, so the party best placed to close a price gap is excluded from doing so unless they happen to be onboarded on both chains. This is the structural difference between fragmentation in crypto markets and fragmentation in tokenized securities: one is an economic friction that falls as infrastructure improves, and the other is a compliance boundary that improves only when eligibility is built to travel with the instrument.
Every Additional Chain Thins the Others
A fund with $50 million of tokens spread across four chains does not have a $50 million market. It has four markets averaging $12.5 million, and depth does not aggregate across a bridge that costs more to cross than the price difference justifies.
Multi-chain deployment is marketed as distribution reach, and it genuinely is that. What is rarely stated alongside it is the cost: the same holder base divided into more venues produces wider spreads on each, which makes every individual market worse for the holders in it while the aggregate looks more impressive.
What Another Chain Adds
- Access to holders who operate only there
- Collateral use in that chain's protocols
- Resilience if one network has problems
- A distribution story for the sponsor
What It Costs
- Thinner books and wider spreads everywhere
- Price dispersion that arbitrage will not close
- Supply reconciliation across more records
- Eligibility enforced identically in more places
The test is whether a specific chain brings holders or collateral uses that would not otherwise exist. Where it does, the trade is worth making. Where a chain is added because it is available, the sponsor has bought a line in a press release and paid for it in spread — the multi-chain launch pattern discussed in what changes when a tokenized fund is actively managed.
One NAV, Several Prices
A fund strikes a single NAV. Its token can trade at a different premium or discount on every chain it is deployed to, which means the chain a holder happens to be on becomes a determinant of what they realise.
Redemption at NAV versus selling at market
A holder eligible to redeem receives NAV; a holder selling into a thin secondary book receives whatever that book offers. On the same day, for the same instrument, those can differ by the dispersion figure — and only holders who can access redemption have the choice.
Chain choice becomes a return factor
Two investors with identical positions can realise different outcomes purely because of where their tokens sit. Fund documentation generally does not anticipate this, because conventional funds have no equivalent — there is one market and one price.
The premium can invert under stress
A chain where redemption access is weaker or holders are more leveraged can move to a discount precisely when a holder wants to exit. Dispersion is not symmetric across conditions, and the worst discount tends to appear on the venue with the thinnest support.
Creation and redemption windows amplify it
Where mint and redeem follow business hours while trading runs continuously, dispersion widens whenever the creation mechanism is closed. The arbitrage that would correct it is unavailable at exactly the moment the gap opens.
The second point deserves more attention than it gets in offering documents. Where a fund is deployed across several networks, the disclosure that secondary prices may diverge from NAV should probably say that they may diverge differently on each network, because that is the fact a holder needs to understand their own position.
What Would Actually Close the Gap
Making the correction cheaper than the discrepancy. That means reducing the friction components that can be reduced and removing the eligibility barrier that stops the natural arbitrageurs from participating at all.
Genuinely helps
- Eligibility that travels with the instrument
- Fewer, deeper deployments
- Continuous creation and redemption
- A market maker eligible on every chain
Helps less than claimed
- Cheaper bridges alone
- More chains for distribution reach
- Listing on more venues per chain
- Wrapping to evade transfer rules
Ask an issuer
- What dispersion do you observe between chains?
- Who is eligible to arbitrage it?
- Is redemption available on every chain?
- Why was each chain added?
The last item in the middle column is worth naming explicitly because it is attempted. Wrapping a permissioned token into an unrestricted one to make it bridgeable does not solve fragmentation; it creates an instrument whose transfer breaches the restrictions the original was subject to, which converts a pricing inefficiency into a compliance failure.
How Blockmaze Approaches Multi-Chain Instruments
By treating eligibility as a property of the holder and the instrument rather than of a deployment. Where the same verified holder is recognised on every chain an asset reaches, the compliance barrier to cross-chain correction disappears and only the economic friction remains.
Eligibility Carried Across Deployments
A verified holder is recognised wherever the instrument is deployed, so a party able to hold on one chain is not re-onboarded to act on another — which is what makes cross-chain correction possible at all.
Supply Reconciled to One Register
Total issued supply across every network reconciles to a single holder register, so multiple deployments remain distribution routes to one instrument rather than several independent records.
Identical Rules on Every Chain
Transfer restrictions are enforced the same way in each deployment, which prevents the weakest chain becoming a route around the eligibility an exemption depends on.
Per-Chain Activity Visible
Transfer and holding activity is observable per deployment, so an issuer can see which chains carry real depth and which are adding dispersion without adding holders.
The fourth item is what turns chain strategy into a decision rather than a habit. An issuer who can see that one deployment holds 4% of supply and produces most of the price dispersion has the information to consolidate — and consolidating is usually the intervention that improves holder outcomes most, even though it reads as a retreat — the architecture behind carrying state across chains is covered in ensuring interoperability for RWAs on Layer-0.
Deployed Across Chains and Watching Prices Drift?
Blockmaze carries eligibility across deployments, reconciles supply to one register, enforces identical rules on every chain, and shows which deployments actually carry depth.
Frequently Asked Questions
How large are cross-chain price gaps for tokenized assets?
Documented pricing gaps of 1-3% for identical assets across different chains, with 2-5% friction when moving capital cross-chain. Those two numbers are the whole story: the cost of closing the gap exceeds the gap itself in most cases, so the discrepancy is not an arbitrage opportunity anyone will take. It persists because correcting it loses money, which is a stable equilibrium rather than a temporary inefficiency.
Why doesn't arbitrage close the gap?
Because the arbitrageur has to move value between two chains and, for a permissioned asset, be eligible to hold it on both. Bridge costs, slippage, timing risk and the capital tied up during transit together account for the 2-5% friction. A 2% price gap against a 3% round-trip cost is not a trade. In conventional markets the same asset trading at different prices on two venues attracts capital until it does not; here the capital never arrives.
Does deploying on more chains help or hurt?
Both, and the balance depends on where the holders are. More chains means more distribution reach and more places an asset can serve as collateral. It also divides a fixed pool of holders across more venues, so each individual market is thinner, spreads are wider and price dispersion increases. A fund with $50 million across four chains has four $12.5 million markets, not one $50 million market, and depth does not aggregate across a bridge.
How does this interact with NAV?
It makes NAV divergence visible and chain-specific. A tokenized fund strikes one NAV, but its token can trade at different premiums or discounts on each chain it is deployed to. A holder redeeming at NAV and a holder selling on a thin secondary venue receive different outcomes on the same day for the same instrument — and which chain they happen to hold on becomes a determinant of their return, which is not a distinction the fund documentation usually anticipates.
Is this a bridging problem that better technology solves?
Partly, and less than commonly assumed. Bridge costs and latency are engineering problems that improve over time. The eligibility problem is not: a permissioned token can only move to a holder verified on the destination chain, so cross-chain movement requires the compliance state to travel with the asset. Where it does not, an arbitrageur is blocked by the transfer rules rather than by the bridge fee, and no amount of bridging throughput fixes that.
What should an issuer conclude about chain strategy?
That each additional deployment should earn its place. The right question is not how many chains the asset can reach but whether a specific chain brings holders or collateral uses that justify thinning the market elsewhere. Concentrating on fewer venues produces tighter spreads and less dispersion; spreading across many produces reach and fragmentation. Both are defensible strategies, and choosing by default rather than deliberately usually produces the second.
Related Articles
Ensuring Interoperability for RWAs with Blockmaze Layer-0
The architecture for carrying compliance state across chains.
What Changes When a Tokenized Fund Is Actively Managed?
A four-chain fund launch and the supply reconciliation it requires.
RWA Secondary Market Liquidity and Compliance
What produces depth in a permissioned market.
Why Do 56% of Tokenized Assets Never Move?
The activity picture underneath the fragmentation.