ROI

Illustrative business case

Every number below is derived from assumptions you enter, using simple arithmetic that is listed in full. This is a planning model to structure a conversation โ€” it is not a quote, a benchmark, or a guaranteed outcome.

Illustrative only. Figures are modelled from user-entered assumptions. They do not represent pricing, a commercial offer, or measured benchmark results, and should not be presented to a customer as such.
Assumptions
Replace these with the customer's own numbers.

Current platform cost

Data profile

Performance

Engineering effort

Incidents

Business impact assumptions

Future-state assumptions

Current annual cost

$1,080,000

Modelled annual cost

$350,377

Indicative year-one net

$822,859

Indicative payback

2 months

Current vs. modelled annual platform cost
Three-year view
Current-state cost grows at your stated rate; the modelled scenario grows more slowly because compression and pre-aggregation absorb part of the volume increase.
Benefit breakdown
Annual platform savings$729,623
Annual engineering effort recovered$153,393
Annual incident cost avoided$252,000
Annual business impact (your assumptions)$0
Three-year cumulative net benefit$5,001,876
Year-by-year
YearCurrent costModelled costSavingsOther benefitCumulative net
Year 1$1,080,000$500,377$579,623$243,236$822,859
Year 2$1,728,000$476,513$1,251,487$405,393$2,479,740
Year 3$2,764,800$648,057$2,116,743$405,393$5,001,876
Every assumption in the model
  • Storage cost divided by an assumed 4x compression factor.
  • Compute cost divided by an assumed 2.5x efficiency factor from pre-aggregation.
  • 58% of pipeline maintenance effort recovered, derived from the latency improvement ratio.
  • 30% of incident cost considered addressable, scaled by the same latency ratio.
  • Future-state volume growth assumed at 60% of current-state growth due to compression and rollups.
  • Year one benefits discounted to 60% to reflect ramp, and include the one-time migration cost.
  • All business-impact figures come directly from user-entered assumptions.