Solution · AI FinOps

    AI FinOps & Model Routing: Cost Per Successful Workflow, Not Cost Per Token

    Routing proxy + quality floors + budget-by-workflow + outcome attribution — so the CFO can see cost per resolved case, not cost per token.

    What this solution does

    AI FinOps puts every AI call behind a routing proxy that logs user, team, workflow, task type, model, tokens, latency, and downstream business result. Routing rules or lightweight routers enforce a quality floor per workflow; budget policies attach to workflows, not seats. Outcome attribution ties spend to a named business KPI. Result: 'what did we get for it?' becomes answerable in a dashboard, not a spreadsheet.

    The buyer problem

    • ›Nontechnical staff already 'past the pilot phase' with unpredictable AI subscription spend
    • ›No way to route lower-priority work to cheaper models
    • ›AI cost measured by seat or MAU — neither reflects value
    • ›Fragmented logs across Copilot, Anthropic, OpenAI, and API gateways
    • ›CFO can't answer 'what did we get for the AI bill?'

    Good-fit signals

    • Multi-provider AI spend already in production (Copilot + API-based agents + engineering assistants)
    • Growing API usage and hard budget scrutiny from finance
    • At least one workflow with a measurable business outcome (resolution rate, cycle time, etc.)
    • Willingness to centralize AI traffic behind a proxy

    Pilot scope

    In scope

    • +Cross-provider log normalization (user, team, workflow, task, model, tokens, latency, outcome)
    • +Workflow-to-call mapping
    • +Quality floors per workflow (accuracy, latency, containment)
    • +Shadow routing (observe-only) → active routing
    • +Budget caps + alerts by workflow, not by seat
    • +Outcome attribution dashboard: cost per successful workflow

    Out of pilot scope

    • −Replacing your ITFM / cloud-billing platform
    • −Full FinOps program build
    • −Model foundation choice for greenfield use cases (separate advisory)

    Timeline: 6–10 weeks · Investment: Fixed-fee build; optional monthly optimization retainer

    Systems we typically integrate

    • Anthropic / OpenAI / Azure OpenAI / Bedrock
    • GitHub Copilot / Cursor / Codeium
    • Microsoft 365 Copilot
    • Internal API gateways (Kong, Istio, LiteLLM, custom)
    • Snowflake / BigQuery / Postgres (usage warehouse)
    • Looker / Tableau / Metabase (dashboards)

    Where humans stay in the loop

    • Routing-rule changes require platform-owner review
    • Budget-cap overrides logged with justification
    • Model tier upgrades for a workflow gated by the process owner
    • Vendor swaps reviewed with procurement + security

    KPI scorecard

    MetricTypical baselinePilot target
    Cost per successful workflow completionNot measuredBaseline set + trending down
    % AI spend tied to a named business KPI<20%>80%
    Routed-call mix to non-frontier models<10%40–70% where quality allows
    Budget variance vs plan±30–50%±10%

    Risks and the controls we put in place

    Fragmented logging blocks attribution

    Log normalization layer is delivered first; workflows without traceable outcomes are surfaced for redesign.

    Poor quality labels

    Quality floors set per workflow with the process owner; shadow-routing period validates floors before active routing.

    Teams resist model constraints

    Router is transparent — teams see routing reasons + can escalate to frontier when needed; no black-box downgrade.

    Router itself becomes a latency bottleneck

    Proxy runs in-region, warm-cached, with a fallback direct-call path when quality floor demands it.

    How we help

    Shadow first, active second

    We route in observe-only mode long enough to validate quality floors before real traffic switches.

    Budget by workflow

    'Copilot seats' is a procurement view. 'Cost per resolved ticket' is a management view — we deliver both.

    Outcome attribution built in

    Every routed call is tied to a downstream business signal so ROI is a query, not a debate.

    Vendor-neutral

    We route across Anthropic, OpenAI, Azure OpenAI, Bedrock, and self-hosted equally — no channel-partner bias.

    Frequently asked questions

    Isn't this just LiteLLM or an API gateway?+

    Those are components. The engagement wires them into workflow-level quality floors, budget policies, and outcome attribution — the part that actually answers the CFO's question.

    Will routing degrade quality?+

    Only within the quality floor you set per workflow. Shadow routing validates the floor before real traffic switches.

    Can we route across cloud + self-hosted?+

    Yes. Self-hosted (vLLM, Ollama, Bedrock custom) is a first-class routing target.

    How is this different from cloud FinOps?+

    Cloud FinOps covers infrastructure. AI FinOps adds model choice, quality floors, and workflow-level outcome attribution — none of which show up in a cloud bill.

    How fast do savings appear?+

    Typical clients see 30–60% cost-per-workflow reduction within one quarter of active routing, without measurable quality loss.

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