North Dakota has taken another step into blockchain-based banking with the launch of Roughrider Coin, a dollar-backed digital asset running on the Solana network.
But despite the attention-grabbing headline, the system is more complex than a state bank simply issuing a cryptocurrency.
Roughrider Coin is part of a digital asset platform launched by Fiserv, with more than 90 banks and credit unions reportedly able to access the system.
The Bank of North Dakota, or BND, plays an important governance role, but it is not the direct issuer of the token. VersaBank USA is responsible for issuing, minting and burning Roughrider Coin, while also managing its reserves.
Fiserv provides the banking interface, Fireblocks supplies wallet and tokenization infrastructure, and Solana handles the blockchain transactions.
Understanding those roles is important because moving a token across a blockchain is only one part of moving actual dollars between financial institutions.
Roughrider Coin is live on Solana
Fiserv announced the live Roughrider Coin use case on October 1.
The platform gives participating financial institutions access to blockchain-based bank-to-bank transactions using a permissioned token operating on Solana’s public network.
According to Fiserv, more than 90 banks and credit unions can access the system.
That does not necessarily mean all 90 institutions are already actively using Roughrider Coin for transfers.
Fiserv has not publicly disclosed a complete list of active participants, daily transaction numbers, settlement volume or other figures that would show how widely the system is currently being used.
The distinction between access and active usage is important.
The Bank of North Dakota has also made clear that participation is voluntary and limited to financial institutions.
This means Roughrider Coin is not designed as a retail cryptocurrency that consumers can freely buy, trade or hold.
Who actually issues Roughrider Coin?
Several organizations are involved in every Roughrider Coin transaction.
Bank of North Dakota sponsors the initiative and provides governance oversight.
VersaBank USA National Association, an OCC-chartered U.S. bank, acts as the issuer. It handles minting, burning, custody and reserve management.
Fiserv operates the digital asset platform and provides the Commercial Center interface that participating financial institutions use.
Fireblocks provides secure wallet and tokenization infrastructure.
Solana processes and records the blockchain portion of the transaction.
This structure means the Bank of North Dakota should not be described as the direct issuer of Roughrider Coin.
Instead, BND oversees the program while VersaBank manages the token and its underlying reserve structure.
How does a Roughrider Coin transaction work?
The most important part of the system happens before a token is created.
According to BND’s description of the process, a participating financial institution first transfers conventional dollars from its operating account into a designated account held for the benefit of that institution.
Once the funding is confirmed, the corresponding Roughrider Coin tokens can be minted.
Each participating institution maintains a VersaBank custody account under the program’s FBO, or “for benefit of,” account structure.
BND says this structure is designed so that tokens are backed one-to-one with U.S. dollars.
Consider a hypothetical $1 million transaction.
A bank first moves $1 million of conventional money into the designated account structure.
After confirmation, up to $1 million in corresponding digital tokens can be created.
Those tokens may then be transferred through Solana to another participating institution.
However, receiving tokens on Solana does not automatically mean that $1 million in conventional cash instantly appears in the recipient’s traditional bank account.
There is still an offchain settlement process.
Roughrider Coin uses an automatic burn system
One of the more unusual parts of the system is its autoburn mechanism.
When Roughrider Coin reaches the receiving institution’s wallet, the token can automatically be burned.
Burning removes the token from circulation.
That event then initiates the traditional banking side of the transaction.
In other words, the token effectively acts as part of the payment instruction and settlement workflow rather than remaining permanently inside the recipient’s wallet.
The receiving institution ultimately needs the corresponding dollar balance to be posted correctly through the banking system.
That distinction is crucial.
A blockchain observer may be able to see tokens being minted, transferred and burned, but they cannot see the underlying bank-account balances, internal reconciliation process or timing of fiat settlement simply by looking at Solana.
Traditional banking rails are still involved
Although Roughrider Coin uses blockchain technology, the system does not completely replace conventional banking infrastructure.
BND says participating institutions’ fund movements are netted daily through a VersaBank concentration account held at the Bank of North Dakota.
Fiserv and BND also use ACH files to move and reconcile money between participating accounts.
This means a blockchain transaction may happen quickly while the banking-side reconciliation continues separately.
For example, Solana may confirm the token transfer within seconds.
However, the related banking records, settlement entries and account reconciliation may follow their own timeline.
As a result, blockchain transaction speed and end-to-end payment settlement speed should not automatically be treated as the same thing.
What happens if a payment fails?
The system also creates several possible failure scenarios.
Imagine a financial institution wants to send $500,000.
The transaction could fail before any tokens are minted because the required funding has not been confirmed.
It could fail after minting if wallet security policies reject the destination.
The blockchain transaction could also be sent to an incorrect or frozen address.
Another possibility is that the token reaches the receiving institution and is burned, but the corresponding conventional account credit is delayed while reconciliation is completed.
Each scenario leaves the money in a different operational state.
This is why participating institutions need detailed records connecting the original banking instruction, funding movement, mint transaction, Solana transfer, token burn and final fiat account credit.
Without those records, retrying a transaction could create another problem.
For example, if a payment appears to time out but actually succeeded, an employee could unintentionally submit the same $500,000 payment twice.
Payment systems normally address this through idempotency controls, which ensure that repeating the same instruction does not repeat its economic effect.
Permissioned token on a public blockchain
Roughrider Coin represents an interesting combination of public blockchain infrastructure and restricted financial access.
Solana is a public blockchain, but Roughrider Coin itself is permissioned.
Only approved institutions can participate in the program.
The system reportedly uses access controls along with capabilities associated with Solana’s Token-2022 framework, including tools such as freezing and clawbacks.
These features can help institutions respond to fraud, compliance problems or erroneous transactions.
However, they also mean that Roughrider Coin does not function exactly like a traditional permissionless cryptocurrency.
The issuer retains administrative controls over the asset.
The rules governing when an asset can be frozen, reversed or recovered therefore become important parts of the system’s governance framework.
Fireblocks helps secure institutional wallets
Fireblocks provides the wallet and tokenization infrastructure used by the program.
According to BND, the system uses multiparty computation technology to help secure digital asset signing.
Instead of relying entirely on a single private key, MPC systems distribute signing authority across multiple components.
That can reduce the risk associated with one compromised credential.
Still, institutional security depends on more than the underlying wallet technology.
Banks also need clear policies around who can authorize transfers, change wallet permissions, recover access and respond to compromised systems.
If bank employees interact mainly through Fiserv’s Commercial Center, then its authentication and authorization controls also become part of the security environment.
Is Roughrider Coin really faster than ACH?
BND has highlighted the potential advantage of near-instant blockchain settlement compared with traditional ACH and wire-transfer operating hours.
Its published comparison also lists estimated transaction costs of roughly one cent for Roughrider Coin.
However, that figure should not automatically be interpreted as the total cost of using the system.
Financial institutions could also face platform fees, compliance costs, liquidity requirements, operational expenses and costs associated with handling failed or disputed payments.
A fair comparison with ACH, FedNow, RTP or traditional wires would need to measure the complete transaction lifecycle.
That includes authorization, funding, token minting, blockchain confirmation, burning, fiat posting and reconciliation.
If the blockchain portion completes in seconds but conventional funds are not available until later, then the end-to-end improvement may be smaller than the blockchain confirmation time suggests.
On the other hand, if institutions are willing to credit funds immediately and reconcile the accounts later, the process may feel much faster to participants.
In that situation, some settlement or liquidity risk shifts to the institutions involved.
The legal claim behind the token matters
Another major question concerns what a participating institution legally owns while Roughrider Coin is outstanding.
Before tokens are minted, the institution holds a conventional banking claim connected to its deposited funds.
While the token is circulating, its exact rights depend on the program agreements between the participating institution, issuer and other involved parties.
Once the token is burned, the receiving institution must rely on the corresponding account-settlement process.
Public announcements do not disclose every detail of these contractual relationships.
That means participating banks need to understand exactly which institution owes them the corresponding dollar at each stage.
The Bank of North Dakota’s involvement should also not automatically be interpreted as an unconditional state guarantee.
BND has an oversight role, while VersaBank is described as the issuer and reserve manager.
The legal agreements ultimately determine the rights of participating institutions.
One-to-one backing still needs reconciliation
BND says Roughrider Coin is backed one-to-one with U.S. dollars.
But verifying that statement requires looking beyond the number of tokens visible on Solana.
The autoburn design means some tokens may disappear from the blockchain before the related fiat transaction has fully completed.
Imagine, purely as an example, that $4 million in tokens remain outstanding.
Another $2 million in tokens have already been burned but the associated recipient account credits are still pending.
If $6 million is sitting across the relevant backing and settlement accounts, comparing only the $4 million blockchain supply with the $6 million reserve balance could misleadingly suggest 150% backing.
Economically, however, the system may still have $6 million in obligations when the pending $2 million is included.
This illustrates why a useful reserve report should account for more than circulating token supply.
It should also include amounts awaiting minting, recently burned tokens awaiting fiat credit and other unsettled obligations.
Public blockchain transparency has limits
Anyone can potentially inspect transactions recorded on Solana if the relevant wallet and mint addresses are publicly identified.
That may allow observers to track metrics such as token issuance, transfers and burns.
However, Solana cannot show every participating institution’s underlying custody balance or contractual rights.
Those records exist inside the banking system.
Therefore, a public blockchain does not automatically prove that every token is fully backed.
Reliable verification would require reserve attestations or other reports connecting blockchain liabilities with the corresponding banking accounts.
Those reports would ideally specify the reporting date, accounts included, outstanding liabilities and unsettled amounts.
More than 90 institutions have access — but usage remains unclear
Fiserv’s announcement says more than 90 banks and credit unions can access the platform.
That is an important distribution milestone, but it should not be confused with confirmed active adoption by more than 90 institutions.
Public reporting has not yet provided detailed numbers showing how many institutions are actively transacting.
Data that would help assess adoption include:
- Number of active financial institutions
- Total transaction count
- Total transaction value
- Average settlement time
- Failed or reversed transactions
- Reconciliation exceptions
- Reserve attestation results
These metrics would make it easier to compare Roughrider Coin with traditional banking payment systems.
Roughrider Coin is not the same as FIUSD
Fiserv has previously discussed a separate digital asset initiative called FIUSD.
Roughrider Coin should not be confused with that project.
Roughrider Coin is a specific Bank of North Dakota-linked use case issued by VersaBank.
FIUSD represents a broader Fiserv digital asset initiative with a different structure.
Keeping those products separate is important because the issuer, backing structure and redemption process determine the legal and economic rights attached to each digital asset.
Could the system expand beyond North Dakota?
Fiserv says its broader platform can support applications including tokenized deposits, cross-border payments, treasury automation, digital asset accounts and card issuance.
Roughrider Coin represents one early institutional deployment.
Its relatively limited participant base may actually make the initial rollout easier to manage.
The institutions involved already operate inside regulated banking environments and have established operational relationships.
Expanding the same model nationally or internationally could require different reserve arrangements, regulatory controls, onboarding requirements and redemption mechanisms.
The underlying technology might be reusable, but the financial and legal structure would not necessarily remain identical.
What should banks watch next?
The success of Roughrider Coin will ultimately depend on more than Solana transaction speed.
Financial institutions and observers will likely focus on several areas.
Active usage will matter more than the number of organizations with access.
End-to-end settlement should be measured from the original authorized payment instruction through to the moment the recipient can actually use the funds.
Reserve reporting should reconcile tokens, designated banking accounts and unsettled obligations.
Operational reporting should also show how failed transactions, freezes, reversals and outages are handled.
Most importantly, participating institutions need clear documentation showing who legally owes the underlying dollars throughout every stage of a transaction.
Roughrider Coin is now live, making it a notable real-world example of blockchain technology being integrated into regulated banking infrastructure.
But its long-term significance will depend on whether the system can consistently connect fast blockchain transactions with secure, transparent and reliable movement of actual dollars.
The technology may be modern, but the most important questions remain traditional banking questions: where is the money, who owes it and when can the recipient actually use it?
Disclaimer: This article is for informational and educational purposes only and does not constitute financial or investment advice.
