SIMULATIONEP 07
ready

Why Your Infrastructure Gets More Expensive as You Scale

SAP/Cloud Migration·#SUPERLINEAR

An interactive cost-economics dashboard showing why doubling users can quadruple the cloud bill. As the traffic slider climbs 1x → 10x, compute rises linearly while the coupled non-compute layers — cross-AZ egress, verbose telemetry, and idle storage — scale super-linearly (~traffic^2.1), pushing non-compute past 50% of the bill and cost-per-transaction from ~$0.02 to ~$0.12. The Infrastructure Iceberg and Metered Faucet metaphors reveal the hidden mass below the compute 'sticker price', then zone-aware routing + telemetry sampling + lifecycle cleanup flatten unit economics back to baseline while traffic stays at 10x. Benchmarks cited: Intel/Gartner compute = 45–50% of the bill, Flexera 2024 29–35% of cloud spend wasted.

LIVE SIMULATION

SIMULATION SPEC
CONCEPTThe super-linear cost trap — compute scales ~linearly with traffic, but coupled non-compute layers (egress, telemetry, idle storage) scale ~traffic^2.1 and overtake the bill
CAPTURE SOURCEEmbedded (React + framer-motion)
SLIDER PARAMSUser Growth / Traffic slider (1x → 10x) under Mode A; Cross-AZ Routing + Telemetry Ingestion toggles ramp Mode C optimization across Hook → Surge → Iceberg → Faucet → Solution → CTA
OUTPUT METRICCost-per-transaction ($0.02 → $0.12 → flat), monthly cost, non-compute share (crosses 50%+), and per-layer cost boxes (compute / egress / idle storage / observability)
TAGS
cloud-costfinopssuper-linearegressunit-economics

HOW THIS RUNS

This is a live, interactive recreation embedded directly on the page — not a static diagram. Step through the scenes above to watch traffic reroute across the tiers in real time. The embedded simulation is recorded on screen, and that capture becomes the content.