Key takeaways
- • A "simple" four-step process was really 32 steps, with every representative doing it differently.
- • Borrowing the bank's own automated check-issuance workflow re-engineered wires in four weeks.
- • A $50,000 re-engineering effort removed $4.5 million of double-payment and wrong-account risk.
The challenge
A medium-size bank in the middle of a rapid growth cycle had one central concern: could its business processes scale? Management wanted the rigour and controllership to handle rising transaction volume while controlling cost and keeping service consistent.
A pilot program applied Six Sigma, tailored for the financial sector, to several high-volume processes. Wire transfers, considered by many in the bank to be relatively simple, were one of them.
What we found
The perceived process had four steps: receive request, book wire, approve wire, reconcile. Following real wires from initiation to completion told a different story:
- 32 actual process steps, and every representative had their own way of completing them
- 55% of transactions contained errors, leaving 45% of customers dissatisfied
- 31% of steps were non-value-add, costing around $120,000 a year in misapplied labour
- 2% double payments or wrong accounts, putting $4.5 million at risk
Over 85% of steps were manual, and the root causes were clear: the bank's IT infrastructure was under-used, and the data needed to complete a wire wasn't collected before the process started.
Our approach
Rather than reinvent the wheel, we studied a similar process inside the same bank: check issuance, where over 80% of steps were already automated. The same technology could be used for wires. Within four weeks the process was re-engineered to five steps, with critical data inspected up front at the branch.
Results
- Process steps reduced from 32 to 5
- Transaction errors cut from 55% to under 5%
- Non-value-add steps eliminated entirely
- Double payments and wrong-account errors reduced to zero, removing $4.5 million of risk
- $4.69 million in total savings for a $50,000 re-engineering cost
Imagine the savings if every high-volume transaction were examined the same way.
Sheila ShaffieCo-founderBusiness transformation leader who honed her skills at three GE businesses: Plastics, Healthcare and Capital. GE Master Black Belt, University of Chicago MBA and co-author of The McGraw-Hill 36-Hour Course: Lean Six Sigma.