This site and domain are for sale. Inquire: [email protected]
Home › Benchmarks › Software Engineering / DevOps › Dependency Patching
Software Engineering / DevOps

How much does an AI agent cost to run Dependency Patching?

Token cost benchmark for an autonomous Dependency Patching agent, across 24 models. Prices as of 25 Oct 2026.

An agent for Dependency Patching on the clean path costs about $0.0290 to $2.90 per outcome depending on the model, around 37x the cost of a single chat message. At 10,000 outcomes a month that is roughly $290 to $29,000.
Estimate your own numbers →

Cost per outcome by model

Model$/1M in$/1M outCost / outcomeCost / month*
Claude Haiku 5.5$0.10$0.50$0.0290$290
GPT-6 Luna$0.10$0.50$0.0290$290
Llama 4 Maverick$0.25$0.87$0.0691$691
DeepSeek V4.1 Flash$0.30$1.20$0.0843$843
Gemini 2.5 Flash$0.30$2.50$0.0960$960
Mistral Large 3$0.50$1.50$0.136$1,360
Gemini 3.8 Flash$0.75$3.75$0.217$2,175
Claude Haiku 4.5$1.00$5.00$0.290$2,900
DeepSeek V4 Pro$1.32$3.96$0.359$3,590
Mistral Large 4$1.36$4.18$0.371$3,708
Gemini 2.5 Pro$1.25$10.00$0.396$3,962
Grok 4.7$2.00$6.00$0.544$5,440
Claude Sonnet 5.5$2.00$10.00$0.580$5,800
Claude Sonnet 5$2.00$10.00$0.580$5,800
GPT-6.1 Sol$2.00$10.00$0.580$5,800
Gemini 4 Argon$2.00$10.00$0.580$5,800
Gemini 3.1 Pro$2.00$12.00$0.598$5,980
Claude Sonnet 4.6$3.00$15.00$0.870$8,700
Claude Opus 5.5$4.00$20.00$1.16$11,600
Claude Opus 5$5.00$25.00$1.45$14,500
Claude Opus 4.8$5.00$25.00$1.45$14,500
Claude Fable 5.1$10.00$50.00$2.90$29,000
Claude Fable 5$10.00$50.00$2.90$29,000
GPT-6 Astra$10.00$50.00$2.90$29,000

*At 10,000 outcomes per month. Cheapest model highlighted.

What this agent does

The clean-path steps this benchmark prices:

  1. Scan Dependencies
  2. Check Advisory & Exposure
  3. Affected & reachable?
  4. Breaking / major?
  5. Bump & Build
  6. Builds clean?
  7. Run Test Suite
  8. Tests pass?
  9. Confidence high?
  10. Open Patch PR

What drives the cost

This path runs 10 steps: 5 tool calls and 5 decision points. Tool steps make two model calls each, and the agent re-reads its growing context on every call. That compounding is why one Dependency Patching outcome costs about 37x a single chat message ($0.870 on Claude Sonnet 4.6), not the price of one message.

Why these numbers matter.

How this benchmark is calculated

These figures are modeled estimates, not metered bills. We price a generic, representative Dependency Patching workflow across 24 models using the same cost engine as the live estimator, at each model’s published list price (checked 25 Oct 2026), under documented default assumptions for planning loops, tool calls, memory retrieval, sub-agents and context size. Your own process will differ, so use these as starting points, tune the assumptions in the estimator, and validate against your real usage. Illustrative estimates, not financial advice.

Frequently asked questions

How much does an AI agent cost to run Dependency Patching?

On the clean path with default assumptions, an agent for Dependency Patching costs about $0.0290 to $2.90 per outcome depending on the model, or roughly $290 to $29,000 per month at 10,000 outcomes. The cheapest model here is Claude Haiku 5.5 at $0.0290; the most expensive is GPT-6 Astra at $2.90.

Why does an AI agent cost more than a single chatbot message?

An agent does not make one model call. It plans, calls tools, retrieves context and re-reads its growing working context on every step. For Dependency Patching that adds up to about 37x the cost of a single chat message.

Which model is cheapest for Dependency Patching?

Across the 24 models benchmarked, Claude Haiku 5.5 is cheapest at $0.0290 per outcome and GPT-6 Astra is the most expensive at $2.90. A cheaper model is not always the right choice, but it sets the floor for this workflow.

How can I reduce the cost of an agent for Dependency Patching?

The biggest levers are prompt caching on the base context, fewer planning loops, smaller tool results, less retrieval, and choosing a cheaper model where quality allows. You can test each lever in the live estimator.

What is this Dependency Patching benchmark based on?

These are modeled estimates, not metered bills. Each figure prices a generic, representative Dependency Patching workflow across 24 models with the same cost engine as the live estimator, at each model's published list price (checked 25 Oct 2026), under documented default assumptions for planning loops, tool calls, memory retrieval, sub-agents and context size. Your own process will differ, so treat these as starting points, tune them in the estimator, and validate against your own usage.

More Software Engineering / DevOps benchmarks

Open Dependency Patching in the live estimator →