Why the real cost of AI emerges when pilots move into production
In the second episode of ADAPT Insider’s AI Economics Series, The Pilot Trap author Vijayan Seenisamy discusses why uptime can hide rising costs and quality drift.Cost per successful outcome determines whether an AI agent creates value or quietly consumes it.
In Episode 2 of ADAPT Insider’s AI Economics Series, “Negative unit economics and the silent drift”, Vijayan Seenisamy, Author of The Pilot Trap| Enterprise AI Delivery, joins ADAPT’s Byron Connolly to reveal the costs and performance decline hidden by conventional monitoring.
Catch up on Episode 1 to learn why polished AI pilots fail when they reach production.
Listen to the full Episode 2 on Apple Podcasts, Spotify or YouTube.
Key takeaways:
- Cost per successful outcome includes retries, corrections, human review, escalations and oversight excluded from token pricing.
- Higher transaction volumes multiply weak unit economics, turning an apparently efficient pilot into an expensive production system.
- Quality-over-time monitoring detects performance drift that uptime, latency and error rates miss.
Successful outcomes expose the true cost
Token pricing captures only one component of AI economics.
The full cost extends from the initial request to the successful outcome.
Every retry, correction, escalation and manual review adds expense to the transaction.
Vijayan illustrates the gap through a human process costing $1 per completed outcome.
During the pilot, an AI agent appears to complete the same task for 30 cents.
Production introduces failures, rework and oversight. The cost rises to $1.40 per successful outcome.
The pilot presents a 70% saving. Production delivers a 40% cost increase.
Measuring cost per successful outcome gives leaders a direct comparison between an AI agent and the process it replaces.
Volume multiplies weak unit economics
Higher transaction volumes amplify every unresolved weakness in an AI agent.
Probabilistic outputs create retries, escalations and human intervention, with pilot teams manually correcting failures that reported costs exclude.
In production, those failures repeat across thousands of transactions and expenditure grows faster than value.
Measuring unit economics before wider deployment reveals whether scale will improve returns or multiply losses.
Quality drift erodes value over time
Traditional software monitoring tracks availability, latency and errors.
AI agents also require outcome-level monitoring that tests accuracy, relevance and commercial value as source data, customer behaviour and language change.
Quality-over-time monitoring measures each response against a defined business standard.
Combined with cost per successful outcome, it shows whether the agent delivers value after launch.
See what each successful AI outcome really costs
Based on the AI Economics Iceberg in Vijayan Seenisamy’s The Pilot Trap, the AI Economics Calculator reveals the full cost of one agent in three minutes.