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SMPLCTY Analytics

Case 05

Reducing a Critical Allocation Process by More Than 80% While Achieving 95%+ Accuracy

A manual allocation process rebuilt as governed logic, cutting cycle time by more than 80% while holding accuracy above 95%.

Client
A large operating organization
Industry
Other
Decision domain
Operational allocation and exception handling
Capabilities
Optimization · Data · Advanced Analytics & AI

Measured outcomes

What changed.

80%+

Reduction in process time

At least an 80% reduction in the time the allocation cycle takes.

95%+

Allocation accuracy

Accuracy greater than 95% against the agreed measure.

The situation

Where the work started.

A large operating organization ran a critical allocation process manually, across spreadsheets and email, on a recurring cycle.

The process consumed significant analyst time and its results were difficult to audit or reproduce.

Decision at stakeHow a constrained resource is allocated each cycle, and which exceptions require human judgment.

What prevented the decision

The constraints that had to be removed.

  • Allocation rules existed as practice rather than as documented logic.
  • Every cycle repeated the same manual reconciliation work.
  • No consistent measure of allocation accuracy.

What SMPLCTY delivered

The system we built.

Documented allocation logic
Existing practice captured as explicit, reviewable rules with named owners.
Automated allocation and exception routing
Routine allocations handled by the system; genuine exceptions routed to the people who should judge them.
Accuracy measurement
A defined accuracy measure tracked each cycle so performance is observable rather than assumed.

Implementation

  1. 01Reconstructed the current process and its implicit rules with the operating team.
  2. 02Built and tested the allocation logic against historical cycles before cutover.
  3. 03Ran parallel cycles until accuracy was demonstrated, then transferred ownership.

Have a decision like this one?

We will frame the decision, map the evidence it needs, and set out what it would take to build the system behind it.