
Financial intelligence for coding agents
Prove which coding agents pay off.
Connect every model call, tool action, retry, and failure to an accepted task. Compare completed-work costs, eliminate wasted spend, and defend your coding-agent ROI.
Get more accepted work from every coding-agent dollar.
- Task outcome
- Accepted
- Cost provenance
- 8 recorded events
- Acceptance evidence
- Linear issue closed

One task. One proof chain.
Raw usage becomes a business result you can defend.
Inspect the evidence and financial states
All task records, organizations, provider charges, and financial values shown on this page are illustrative data. One canonical task is followed through the opening story.
Task receipt
See exactly how the cost accumulated.
ENG-2841 is the same accepted task shown in the hero. Its receipt preserves every provider, tool, retry, and acceptance event.
View all seven cost events
Illustrative task record · Outcome and financial state remain separate.

Model economics
Judge models by shipped work—not token price.
Portfolio comparisonNow compare the economics of equivalent accepted work across models.
Compare two matched tasksGLM‑5.2 costs 67% less
- Cost
- $1.58
- Elapsed
- 8m 42s
- Retries
- 0
Inspect task events
- Context loadRepository and issue context$0.42
- Model callPlan implementation$0.45
- Tool callSearch and edit repository$0.28
- Tool callRun test suite$0.24
- SuccessValidate accepted result$0.19
- Cost
- $0.52
- Elapsed
- 10m 18s
- Retries
- 1
Inspect task events
- Context loadRepository and issue context$0.12
- Model callPlan implementation$0.12
- Tool callSearch and edit repository$0.08
- FailureInitial validation failed$0.06
- RetryRevise implementation$0.09
- SuccessTests passed and task accepted$0.05
Illustrative comparison. Provider list prices checked July 30, 2026; infrastructure and platform fees excluded.
Failure diagnosis
Find the failure. Fix the cause.
AgentWolf connects the prompt, model response, tool results, retries, and acceptance evidence so teams can distinguish model failure from unclear instructions and execution problems.
Second example · rejected taskENG-2917 shows how AgentWolf distinguishes prompt ambiguity from model and tool failures.
Inspect the diagnosed failurePrompt ambiguity · $4.82 failed spend
invoice-sync · ENG-2917Task rejectedEngineer Make invoice sync retry-safe when the provider times out.
Claude Sonnet 5
I’ll inspect the retry path and its tests before changing the implementation.
- Read
src/workers/invoice-sync.ts184 linesSearchidempotencyKey0 matches Claude Sonnet 5
The timeout path retries the same write. I’ll add exponential backoff and rerun the focused test.
pnpm test invoice-syncFAIL retry after provider timeout Expected: one invoice Received: 409 duplicate_invoiceEngineer The retry created a duplicate invoice. Rejecting this task.
Illustrative diagnosis. AgentWolf presents correlated evidence for review; teams determine the final root cause and remediation.
ROI proof
Every assumption stays visible until the result.
Review the ROI methodology
AgentWolf multiplies accepted tasks by a workspace-defined value, subtracts recorded agent-stack cost, and divides net value by that cost. Every assumption stays visible for review.
Close the books
Put every dollar somewhere—and explain what remains.
Allocate recorded spend first. Reconcile it with provider invoices second. Forecast only after the current period makes sense.
Spend allocation$48,290 · 100% allocated
Month-end forecast$61,480
Evidence sources
Each system contributes a different part of the financial truth.
Inspect the evidence sourcesProviders · agents · work systems
VS Code
AgentWolf ledgerOne accepted taskOne defensible costAgent Cost & Efficiency Audit
Cut agent waste. Help engineers ship more.
Try AgentWolf with your existing coding-agent stack. Review task costs, failure patterns, model economics, and workflow friction to identify where you can lower spend and help engineers get more accepted work from every dollar.
Audit Your Agent Spend- 01Connect your coding-agent stack
- 02Review cost and efficiency analytics
- 03Prioritize the changes with the highest return

