Network Simulation
Model fuel costs, route disruptions, and volume surges
Network Conditions
Adjust variables to stress-test your logistics network.
Total
212%
CURRENT BASELINE
Standard Operations
Current routing logic with standard constraints
On-Time Delivery
96.5%
Cost per Mile
$2.45
Fleet Util
88%
Fuel Crisis
Impact of +15% fuel cost increase
On-Time Delivery
96.4%
Cost per Mile
$2.82
Total Cost Impact
+$42k/mo
Eco-Routing Mode
Optimize for efficiency over speed
On-Time Delivery
94.8%
Cost per Mile
$2.18
Carbon Savings
-12% CO2
Scenario Comparison
| Metric | Standard | Fuel Crisis | Eco-Routing |
|---|---|---|---|
| On-Time In Full (OTIF) | 96.5% | 96.4% | 94.8% |
| Cost Per Mile | $2.45 | $2.82 | $2.18 |
| Total Monthly Cost | $345k | $387k | $312k |
| Miles Driven | 140k | 140k | 132k |
AI Strategy Recommendation
Confidence Score: 89%
Switch to Eco-Routing Mode. With fuel prices trending up
+15%, maintaining the Standard routing profile will incur $42k in
excess costs.
The Eco-Routing profile consolidates shipments and optimizes for highway mileage. While this drops OTIF slightly to 94.8%, it is still within acceptable SLAs for 92% of customers, and generates a net savings of $33k/month.
The Eco-Routing profile consolidates shipments and optimizes for highway mileage. While this drops OTIF slightly to 94.8%, it is still within acceptable SLAs for 92% of customers, and generates a net savings of $33k/month.