Serial and cover routing checkpoint
Can you tell the serial method from the cover method, explain why MT202 COV exists, and handle a cover that does not match its announcement?
QUESTIONS AS TEXT
Q1. What distinguishes the cover method from the serial method in correspondent banking?
Answer: A: In the cover method, the customer payment message goes directly to the beneficiary's bank, while the funds move separately through a chain of correspondents as a bank-to-bank cover payment.
In serial routing, one message carrying the customer details hops bank to bank along the whole chain. In cover routing, the announcement (the customer credit transfer) goes straight to the beneficiary's bank while a separate bank-to-bank payment 'covers' it through the correspondents. The split is what creates both the speed advantage and the matching problem.
Q2. Why does MT202 COV exist alongside the plain MT202?
Answer: A: COV carries the underlying customer details (ordering customer and beneficiary) inside the cover payment, so intermediaries can see whom the funds ultimately relate to.
A plain MT202 shows only the banks involved, which historically let cover payments cross intermediaries with no view of the underlying customer — a serious transparency gap for sanctions screening. MT202 COV embeds the ordering customer and beneficiary details in the cover leg so every bank in the chain can screen meaningfully. Using COV whenever a customer payment underlies the transfer is established market practice.
Q3. Order the steps of a cover payment as commonly illustrated, from the ordering bank's first message to the beneficiary being credited.
Answer: 1. The ordering bank sends the MT103 directly to the beneficiary's bank (The announcement leg comes first: the MT103 goes straight to the beneficiary's bank so it knows whom to pay and how much.) 2. The ordering bank sends an MT202 COV into its correspondent chain (The funding leg follows: the MT202 COV enters the correspondent chain to move the cover.) 3. The correspondents settle the cover leg, crediting the beneficiary bank's nostro (The correspondents settle the cover leg — this is what actually puts funds on the beneficiary bank's nostro.) 4. The beneficiary's bank matches the incoming cover funds against the announced MT103 (The beneficiary bank matches the announcement against the received cover; paying on the MT103 alone would be paying on a promise.) 5. The beneficiary's bank credits its customer (Only after the match does the bank credit its customer: announced and funded.)
The MT103 announces the payment while the MT202 COV moves the money — two messages, two paths, one payment. The beneficiary bank needs both: the announcement tells it whom to pay, and the cover credit funds it. The match between the two is where cover routing succeeds or turns into an investigation.
Q4. Diagnose the situation and pick the most defensible next step for the beneficiary bank.
Answer: B: Hold the MT103 pending investigation: query the mismatch with the correspondent or ordering bank, establish whether the EUR 249,950 is this payment's cover (and why it is short), then credit accordingly.
A cover mismatch means the announcement and the funds disagree — here on both amount and reference. The sound sequence is investigate first: confirm which payment the credit belongs to, find out whether the difference is a deducted charge or a genuine error, and only then credit, request the shortfall, or return. Institutions differ on whether they ever credit ahead of a confirmed cover; that is a risk-appetite decision, not a scheme rule.
Q5. In the serial method, the MT103 itself travels through every intermediary bank in the chain. What operational consequence follows?
Answer: A: Each intermediary handles the full customer payment, so each can apply its own checks, deduct charges where the charge option allows, and add processing time.
Serial routing trades speed for simplicity and transparency: one message, one path, every bank sees everything. Each hop is also an opportunity for charges (depending on the charge option), repairs, screening holds, and cut-off misses — which is why a serial payment's arrival amount and timing are harder to predict than customers expect.