Protect revenue
Track enquiry response, follow-up completion, and qualification quality to understand where opportunities are being missed.
Your next opportunity
could be in
the everyday.
A few repeated minutes can become a meaningful amount of capacity over a year. Start with one task and explore the scale.
Try your own assumptions ↓A SMALL CHANGE. A DIFFERENT YEAR.What could
What could
better flow
give back?
Make the cost of repetitive work visible. Adjust the assumptions to explore potential capacity released in one workflow.
Understand the calculation ↗POTENTIAL ANNUAL CAPACITY437 hours
EQUIVALENT CAPACITY VALUE$17,472
Illustration using 52 weeks. Capacity value is not guaranteed cash savings; it excludes implementation, subscriptions, ongoing support, and adoption costs.
Explore this with usTHE MODEL, IN PLAIN SIGHTAn estimate is
An estimate is
a starting point.
Annual hours released = weekly tasks × minutes per task ÷ 60 × assumed time reduction × 52.
Equivalent capacity value = annual hours released × loaded hourly cost. Loaded cost may include employment costs and overhead allocated to that time. The currency selector changes the display unit; it does not convert an exchange rate.
The model assumes the same volume every week and applies to the task being measured. Adjust your assumptions for holidays, seasonality, varying task types, and review effort. Avoid counting the same released time in more than one workflow.
Capacity released may support faster service, more throughput, or less overtime. It is a cash saving only where an actual expense falls. The model excludes implementation, software, ongoing AI usage, maintenance, support, training, and transition costs. Those costs belong in the full business case.
The assumed reduction is your input, not a forecast. We establish a real baseline and test a pilot before making a recommendation to scale.
LOOK BEYOND HOURSTime is one measure.
Time is one measure.
Value has more dimensions.
A useful opportunity may improve quality, revenue protection, decision speed, or service reliability. We choose measures that fit the problem.
Improve quality
Measure errors, rework, and first-time-right completion so speed does not come at the expense of reliability.
Release capacity
Understand manual effort, throughput, and backlogs, then plan how the team can use any time released.
Make decisions sooner
Reduce the time spent assembling reports and surface changes that deserve a person’s attention.