Budgets and tiers

The credit model, per-task budgets, and plan limits

Budgets and tiers

Foxl Code meters everything an agent spends - both LLM tokens and the cloud compute its VM uses - against a single credit balance, with a hard ceiling per task so a run can never overshoot.

Credits

Both LLM usage and AgentCore compute draw from one pool of credits.

  • 1 credit = $0.04 USD.
  • A typical 30-minute Sonnet task lands around 7-8 credits.

Per-task budgets

Every task carries a spending limit and the relay tracks cost in real time:

  • Auto-estimate - computed up front from the model, expected duration, and the VM's vCPU/memory profile.
  • Custom budget - set a ceiling before launch in the composer's "Budget (USD)" field. It must be at least the estimate.
  • Multiplier - a per-user scaling factor in Settings (clamped between 0.5x and 2x) for repos that routinely need more headroom.
  • Default per-task budget - an account-level floor in Settings (default $500) applied as the minimum on the auto budget for every task; the per-task "Budget (USD)" override on the new-task dialog still wins.

Budgets are a hard cap, enforced live. The moment a task's cumulative spend reaches its ceiling, the relay closes the upstream connection - the agent commits what it has and stops. There are no overage charges.

Tiers

TierPriceCredits / moConcurrent agentsModels
Free-105Codex (GPT) + Cursor (BYOK) only; Claude models require Pro
Pro$20 / mo500UnlimitedAll, incl. Opus + Codex
Ultra$200 / mo10,000UnlimitedAll + priority
EnterpriseUsage-basedUnlimitedUnlimitedAll + dedicated infra

LLM rates

Token prices (USD per million tokens) used by the estimator and meter:

ModelInputOutputCache read
Claude Fable 5$10$50$1.00
Claude Opus$5$25$0.50
Claude Sonnet$3$15$0.30
Claude Haiku$1$5$0.10
GPT-5.5$5$30$0.50
GPT-5.4$2.50$15$0.25

Compute is billed separately from tokens but out of the same credit pool: AgentCore charges for active vCPU time plus memory for the life of the VM. Because coding agents spend most of their wall-clock waiting on I/O, the active-vCPU portion is usually a small fraction of the total.

On this page