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Replacing raw screenshots with a compact structured payload cuts per-action token cost from several thousand down to roughly 700, directly extending how long an agentic UI automation session can run before hitting context limits.
Ctx shifts token-cost management to the pre-session stage, preventing context bloat from ever occurring rather than cleaning it up after the fact.
Token-warden replaces unverified, accumulating agent memory with a self-auditing system that keeps only rules proven to reduce token costs, directly cutting the ongoing expense of running Claude Code agents.
The post identifies that Claude Code's locally stored transcripts already contain the data needed to diagnose and reduce API token costs, making waste measurable without additional instrumentation.
The post identifies a per-turn token cost that accumulates silently in every MCP server deployment, and the `toolbudget` CLI gives developers a concrete way to measure and manage it.
The experiment provides concrete token-count measurements showing that schema design and output pruning — not model choice — are the dominant levers for reducing MCP call costs, with output pruning alone responsible for 35–40% of total token overhead.
Teams running Claude agents at scale should audit token usage now — Opus 4.7's new tokenizer can silently inflate costs by up to 35% on unchanged prompts, and infrastructure failures (not model reasoning errors) may be the largest source of waste.