Economic control planes • Runtime enforcement • Unit economics

Cut your AI infrastructure costs by 40% — without slowing down your teams.

Running AI at scale is expensive. The problem isn't the GPUs — it's that most platforms give you utilization dashboards instead of actual cost controls. We built the missing layer: a system that tracks what every model, team, and feature is spending in real time, enforces limits, and eliminates the structural waste that quietly inflates your bills. Think of it as financial discipline for your GPU fleet.

CFO Mode Unit economics, predictability, governance
CFO
CTO
CFO Mode

Unit Economics (Not Vanity)

tokens/sec/$ by model, tenant, and workload class — tied to cost attribution you can defend.

Policy Enforcement at Runtime

Fairness, routing, isolation, and cost envelopes enforced by a control plane — not tribal process.

Predictable Fleet Outcomes

Reduce drift and regressions through measurable guardrails and continuous economic optimization.

CFO dashboard (live telemetry)

Unit economics, fairness, leakage, and p99 stability — shown as CFO-defensible metrics (mock telemetry).

tokens/sec/$

Fleet efficiency KPI

Cost / 1M tokens

Budgetable cost attribution

Fairness index

Multi-tenant yield stability

Leakage (lower is better)

Structural waste signal over time (mock).

p99 latency stability

Tail latency tightening under policy (mock).

Why this matters: CFO Mode focuses on predictable spend and defendable unit economics. Toggle to CTO Mode to see the technical control surfaces that make these metrics real.

Platform adoption path (hybrid, platform-first)

Phase 1 — Fleet Telemetry Activation

Activate token, GPU-second, and workload telemetry to generate a fleet-wide economic baseline.

Phase 2 — Policy Engine Enablement

Enable fairness, routing, and cost guardrails across controlled production slices.

Phase 3 — Fleet-Wide Enforcement

Expand runtime governance across inference + training surfaces with deterministic p99 controls.

Phase 4 — Autonomous Optimization

Continuously tune runtime + scheduling using live economic + performance signals.