FI410 Unit 7 Blockchain Governance Analysis Example

A $4.2 Million Mistake and a Charter That Says Nothing: A Unit 7 Governance Analysis of a Nine-Bank Deposit Token Network

[Student Name]

Purdue University Global

FI410: Blockchain for the Financial Industry

Unit 7 Governance Analysis

[Instructor Name]

[Date]

The network, its member banks and every figure are composite; the 2016 Ethereum fork is a real event, and the principles and books cited are real.

The Incident

Nine regional banks run a permissioned ledger on which each issues tokens representing its customers' deposits. Corporate customers use the tokens to pay one another around the clock, and the banks settle among themselves at the end of each day. Each bank runs a validator, and a transaction is final once six of the nine sign.

On a Friday evening, an operations clerk at one member bank keyed a $4.2 million payment for a manufacturing customer. The intended recipient banked at a member whose address on the ledger differs from another member's by two characters. The clerk selected the wrong one. Six validators signed, and the tokens moved to the wrong bank within seconds.

The sending bank asked for the tokens back the same evening. The receiving bank agreed the payment looked like an error but declined to sign a return transaction until its lawyers reviewed the claim, since returning funds on request could expose it if the claim proved false. The network's operator, a small company the banks jointly own, then checked the charter. It covered how to admit new members and how to approve software upgrades. It said nothing about reversing a completed entry, resolving a dispute between members or who bears losses from errors. The manufacturer's supplier waited eleven days for payment.

Why the Gap Matters

In a traditional payment system, a misdirected transfer is handled by rules the operator publishes and every participant accepts in advance. International principles for payment and settlement systems expect governance to be clear and documented, with defined procedures for operational errors and the point at which a payment becomes final (Committee on Payment and Settlement Systems & Technical Committee of the International Organization of Securities Commissions, 2012). The network met the finality expectation in technical terms, since six signatures made entries irreversible, but it had no legal or procedural answer for when finality produced a wrong result.

Why the Receiving Bank Hesitated

The receiving bank's caution was reasonable from where it stood. It could not see the sending bank's internal records, and a request to return $4.2 million could, in principle, be a fraud aimed at the receiving bank itself. If it returned the money and the claim turned out false, it would owe its own customer the funds a second time. With no rule saying a documented claim was enough, its lawyers did what lawyers do without a rule: they asked for more evidence and took time. The delay was not bad faith; it was the predictable result of a missing procedure.

What the Delay Cost

The supplier waited eleven days and charged the manufacturer late-payment interest of about $9,700. The manufacturer's relationship manager spent most of two weeks on calls. The sending bank paid the supplier from its own funds on day six to protect its customer, carrying the $4.2 million on its books until the return. None of these costs was large, but most fell on parties that had done nothing wrong, which is the clearest sign that the network's rules were incomplete.

Who Decides What: A Decision-Rights Map

The analysis reviewed the charter and the operator's practices for six kinds of change.

Protocol upgrades. Proposed by the operator; approved by seven of nine members. Documented and used twice.

Admitting a member. Proposed by any member; approved by seven of nine. Documented.

Removing a validator. Not documented. In practice, the operator assumes it could disconnect a validator in an emergency but has no written authority.

Changing fees. Proposed by the operator; approved by a simple majority. Documented.

Reversing a completed entry. Not documented. Technically possible only if the receiving bank signs a return, or if six validators agree to a corrective entry, which no rule authorizes.

Halting the network. Not documented. The operator could stop accepting transactions, but no member has agreed that it may.

Three of the six decisions, the ones most likely to be needed under stress, had no rule.

The network wrote rules for the changes members planned, upgrades, new members and fees, and left out the decisions that arise when something goes wrong, which is precisely when members' interests diverge and agreement is hardest to reach.

The Public-Chain Contrast

Public blockchains face the same question without any charter. In June 2016, an attacker exploited a flaw in a smart contract called the DAO and drained about 3.6 million ether, roughly a third of the funds it held. The Ethereum community debated for weeks whether to change the ledger's history to return the funds. In July, a majority of users, miners and developers adopted new software that moved the drained ether to a recovery contract. A minority refused, kept running the original chain and continued as Ethereum Classic.

The episode showed that even a ledger designed to be unchangeable can be changed when enough of its participants agree, and that agreement on a public chain comes through social consensus, influence and the choice of which software to run rather than through a written rule (De Filippi & Wright, 2018). It also showed the cost: the network split in two.

A permissioned network has an advantage the public chain lacked. Its members are known, bound by contract and few. They can write the rule in advance, before a dispute pits one member's loss against another's caution.

What Good Governance Would Look Like

Writers on blockchain trust argue that ledgers do not eliminate the need for trust but shift it, from institutions to code and from code back to the people who govern it (Werbach, 2018). For this network, that means writing down how the people decide. Governance should cover three layers: who may propose a change, who must approve it and by what threshold, and what happens if a member refuses to comply.

Recommendations

First, amend the charter to cover reversals: a sending bank's documented claim of error, reviewed by the operator within four business hours, obliges the receiving bank to return the tokens unless it shows the payment was intended, with the sending bank indemnifying the receiver against a false claim. Second, authorize the operator to remove or suspend a validator for defined causes, subject to ratification by members within forty-eight hours. Third, define an emergency halt, who may call it, for how long and how members are notified. Fourth, require confirmation of the recipient bank's name before any payment over $1 million signs, so the error that started this incident is caught before finality. Fifth, assign losses from operational errors to the member whose staff made them.

References

Committee on Payment and Settlement Systems & Technical Committee of the International Organization of Securities Commissions. (2012). Principles for financial market infrastructures. Bank for International Settlements.

De Filippi, P., & Wright, A. (2018). Blockchain and the law: The rule of code. Harvard University Press.

Werbach, K. (2018). The blockchain and the new architecture of trust. MIT Press.