Enterprise teams cannot measure ROI on AI agent spend because token costs are not attributed to business outcomes
Enterprise AI agent spend is now a trillions-of-rows-per-month data problem with no shared measurement standard. Uber burned its entire 2026 AI budget by April (HN #47976415, 347 points). A TechCrunch investigation (June 5, 2026) documented CTOs paralyzed: one engineer spent $40k in a month and the CTO could not tell if he should stop him or replicate him across the team. 96% of enterprises report AI costs exceeding estimates; 40% of agentic projects fail due to hidden costs. The specific unsolved problem: token costs in agentic pipelines are not attributed to business task outcomes (PR merged, ticket closed, customer replied). Current tools (Datadog, Braintrust, AgentOps, Pay-i) give per-token observability traces but cannot answer the question 'what did this $40k buy us in delivered business outcomes?' No product maps agent token spend to task completion rates, compares cost-per-outcome across model configurations, and surfaces which agent prompts are burning budget without shipping work. AgentBudget (105 stars) enforces circuit breakers but does not do per-outcome attribution. Claude-code-router does cost routing but has no business-outcome tracking. The Linux Foundation Tokenomics Foundation was announced but its first deliverable is months out.
A web app that attributes and hard-caps AI coding assistant spend across seats, credit pools, and agent runs for engineering orgs
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Gap Assessment
TechCrunch investigative piece (June 5, 2026) quotes enterprise CTOs naming this exact gap. Uber story HN 347 pts. The DB has 'cost attribution + MCP server deployments' but that is versioning/tracing focused, not business-outcome ROI attribution. AgentBudget does circuit breaking only. No product ties agent token spend to shipped business outcomes (PRs merged, tickets closed, tasks completed). Differentiated from existing DB ideas on the outcome-attribution angle.