LLM Inference Cost Assessment & Decision Framework
Evaluate your LLM deployment maturity across 5 dimensions and calculate if you should route to hosted APIs or deploy dedicated GPU VM nodes.
Company Profile
Company Name
Monthly Token Volume (Millions)
Primary API Provider
Framework Deliverables
Amortization Model
Compare VM spot prices and engineer hourly rates against linear token consumption.
Routing Optimization
Calculate savings from triaging query complexity categories.
Prompt Caching Gates
Assess performance enhancements and dollar savings using dynamic TTL caches.
Hardware & Hosting Amortization
Step 1 of 51. Where are your primary inference models hosted?
API Routing & Load Balancing
Step 2 of 52. How are query requests routed to models?
Cache Efficiency & Hit Rates
Step 3 of 53. What caching strategies are active on your prompt pipelines?
Evaluation & Output Integrity
Step 4 of 54. How is model output quality checked when using smaller models?
Operational FinOps Lifecycle
Step 5 of 55. How are your model expenditures tracked?
LLM Cost Comparison Model Calculator
Calculator Inputs
Monthly Volume (M tokens)
Input API cost ($/1M tokens)
Output API cost ($/1M tokens)
Hosting Dedicated GPU ($/hour)
Engineer Support Hours / mo
Unit Economics Comparison
Total Monthly Tokens
160M
Projected API Monthly Cost
$720.00
Self-Hosted Dedicated GPU Cost
$4,420.00
Recommended Infrastructure
Hosted API Model (Lower Volume)
Decision Advice
API hosting is cheaper at this volume. Dedicated hosting will become cost-effective when traffic exceeds 980M tokens monthly.
Maturity Scoreboard Matrix — Enterprise AI Corp
Hardware
3
Routing
3
Caching
3
Evaluation
3
FinOps
3
Weighted Score Summary
3.0
1
Ad-hocNo controls
2
ExploringBasic APIs
3
ScalingManaged Cache
4
OptimizingRouter proxy
5
LeadingSpot clusters
Gap Analysis & Action Matrix
| Maturity Gap | Dimension | Severity | Optimization Effort | Priority |
|---|---|---|---|---|
| Prefix caching not fully structured for long prompt blocks | Caching | High | Low | #1 |
| Dedicated VMs idle during night hours | Hardware | Medium | Medium | #2 |
| Dynamic classification router not yet triaging queries | Routing | Medium | Medium | #3 |
| CI/CD automated regression eval tests absent | Evaluation | Low | Low | #4 |
90-Day FinOps Execution Sprints
Days 1-30 — Quick Caching Wins
Reorder prompt structures to place static instructions first. Enable prefix caching on cloud API client objects. Establish session-level token tracking parameters.
Days 31-60 — Routing Proxy Deployment
Deploy centralized triage proxy handler. Split incoming queries: simple classifications go to smaller model endpoints, deep lookups go to premium models.
Days 61-90 — Spot Instance Scaling
Migrate high-volume pipelines to dedicated spot cloud instance GPU VMs running vLLM. Connect logging telemetry to Board level dashboard portals.
Download Completed Toolkit Files
Scorecard Snapshot
Maturity Level
Scaling (3.0 / 5.0)
Monthly Tokens
160M
Blended Priority
Prefix Prompt Caching