--- title: The best AI coding agents in 2026, compared | daily.dev description: Compare five AI coding agents by autonomy, reliability, and cost to pick the right tool for your workflow and review capacity. canonical: https://daily.dev/blog/best-ai-coding-agents-comparison/ og:type: article og:url: https://daily.dev/blog/best-ai-coding-agents-comparison/ og:title: The best AI coding agents in 2026, compared | daily.dev og:description: Compare five AI coding agents by autonomy, reliability, and cost to pick the right tool for your workflow and review capacity. og:image: https://media.daily.dev/image/upload/s--sI88uhez--/f_auto,q_auto/v1/recruiter-landing/6a767360d642d19a9792731f_1786152376463_c658f33ef0?_a=BAMAMiB80 og:site_name: daily.dev og:locale: en_US article:published_time: 2026-08-08 article:modified_time: 2026-08-08T01:51:54.958Z article:author: Carlos Mendoza twitter:card: summary_large_image twitter:site: @dailydotdev twitter:creator: @dailydotdev twitter:title: The best AI coding agents in 2026, compared | daily.dev twitter:description: Compare five AI coding agents by autonomy, reliability, and cost to pick the right tool for your workflow and review capacity. twitter:image: https://media.daily.dev/image/upload/s--sI88uhez--/f_auto,q_auto/v1/recruiter-landing/6a767360d642d19a9792731f_1786152376463_c658f33ef0?_a=BAMAMiB80 --- **If you want the short answer: there isn’t one best AI coding agent for everyone.** I’d pick **[Claude Code](https://code.claude.com/docs/en/overview)** for big terminal refactors, **[OpenAI Codex](https://developers.openai.com/codex/cloud/)** for background PR work, **[GitHub Copilot](https://github.com/features/copilot) agent mode** for [GitHub](https://github.com/)\-heavy teams, **[Cursor](https://cursor.com/)** for editor-first coding, and **[Devin](https://devin.ai/)\-class tools** for defined backlog tasks. Here’s the part that matters most: these tools now look close on paper, but they fail in different ways. In one 2026 finding, **75% of AI coding agents broke working code during CI workflows**. So I’d judge them on three things first: - **How much work they can do alone** - **How often they stay on track** - **How much they cost when usage grows** This comparison covers all five tools and the tradeoffs that decide whether they save time or create review work: - **Claude Code**: terminal-first, deep repo context, high token use - **OpenAI Codex**: cloud VMs, parallel jobs, sandbox limits - **GitHub Copilot agent mode**: IDE help plus GitHub issue-to-PR flow, but billing can jump - **Cursor agents**: strong editor UX, multi-file edits, can drift on large refactors - **Devin-class tools**: most hands-off, but loop risk and low outside success rates on fuzzy tasks **My main takeaway: pick the agent that fits your workflow and your team’s review capacity - not the one with the biggest autonomy claim.** ::: @figure {Best AI Coding Agents Compared: Claude Code vs Codex vs Copilot vs Cursor vs Devin (2026)} ## Quick Comparison | Agent | Best For | Main Strength | Main Risk | Price Shape | | --- | --- | --- | --- | --- | | **Claude Code** | Terminal-heavy refactors | Large context window and multi-file work | High token use; no IDE layer | Flat plans plus API | | **OpenAI Codex** | Background task batches | Parallel cloud execution | Sandbox limits; session gaps | Metered/token-based | | **GitHub Copilot agent mode** | GitHub-based teams | Issue-to-PR flow with GitHub controls | Credit burn on long runs | Credits plus metering | | **Cursor** | Everyday editor use | Strong in-IDE agent workflow | Context drift; session stops when app closes | Subscription tiers | | **[Devin-class tools](https://daily.dev/blog/can-microsoft-autodev-compete-with-devin)** | Defined backlog jobs | Most hands-off cloud workflow | Loops, weak results on vague tasks | Base fee plus usage | If you’re choosing today, I’d keep it simple: **use Claude Code for depth, Codex for async throughput, Copilot for GitHub flow, [Cursor for editor control](https://daily.dev/blog/cursor-ai-everything-you-should-know-about-the-new-ai-code-editor-in-one-place), and Devin only when the task is tight and the review bar is high**. ###### sbb-itb-bfaad5b ## 1\. [Claude Code](https://code.claude.com/docs/en/overview)  Claude Code is the most _terminal-first_ tool in this group. It runs right in your shell, reads your repo, runs Git commands, and even revises its own output. Its **1M-token context window** means it can look through large repos without needing a prebuilt index. In May 2026, Jarred Sumner used Dynamic Workflows to port **750,000 lines** from Zig to Rust in **11 days**, with a **99.8% test pass rate** [\[4\]](https://www.firecrawl.dev/blog/best-ai-coding-agents). When a change spans many files, Claude Code can split the work across subagents. That lets it handle separate threads of work - like database migrations and API endpoints - at the same time. Claude Opus 4.8 scored **88.6% on [SWE-bench](https://www.swebench.com/SWE-bench/) Verified** [\[4\]](https://www.firecrawl.dev/blog/best-ai-coding-agents), the highest published score at the time. The downside is pretty clear: **cost and speed**. Claude Code often uses **3–4x more tokens** than tools like Codex [\[4\]](https://www.firecrawl.dev/blog/best-ai-coding-agents). It also skips the IDE comforts many developers expect. There’s no GUI, no inline suggestions, and no built-in debugger, so if you live inside an IDE, it may feel a bit rough at first. And without a maintained `CLAUDE.md`, it can miss your build, test, and lint rules. So where does it fit best? Terminal-heavy refactors. Where does it struggle? Fast, IDE-native iteration. Claude Code makes the most sense for command-line workflows where higher token use is worth the trade. Here’s the current pricing snapshot [\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/)[\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/): | Plan | Price | Best For | | --- | --- | --- | | Claude Pro | $20/mo | Light usage | | Max 5x | $100/mo | Regular agentic workflows | | Max 20x | $200/mo | Power users, large-scale refactors | | API (Opus 4.8) | $5/M input · $25/M output | API access | For heavy users, the Max plans are estimated to be roughly **18x cheaper** than equivalent API usage [\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/). ## 2\. [OpenAI Codex](https://developers.openai.com/codex/cloud/)  Where Claude Code is terminal-first, Codex is built for **parallel, async execution**. It spins up short-lived cloud VMs, clones your repo, runs the task, and sends back a pull request in the background. It also uses Git worktrees to queue separate tasks in parallel without merge conflicts. So instead of feeling like a live coding partner, Codex works better as a background worker that you hand jobs to and review later. That setup makes Codex a strong match for **batch work**. Think README updates, typo fixes, repetitive refactors, and dependency bumps. Codex Cloud runs at about **240 tokens per second**, which is about 2.5x faster than Claude Opus, and Codex (GPT-5.5) scores **88.8%** on Terminal-Bench 2.1 [\[11\]](https://techsy.io/en/blog/background-coding-agents-compared)[\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/). The catch is the sandbox. Network access is off by default, which means [Docker](https://www.docker.com/) containers, [LocalStack](https://www.localstack.cloud/), and outside package installs are blocked during agent execution [\[7\]](https://topickz.com/list/developer-tools/best-ai-coding-agents/). If a task depends on a messy local setup, Codex can get stuck. The one-PR-per-task model can also feel clunky when a change should happen across several commits [\[7\]](https://topickz.com/list/developer-tools/best-ai-coding-agents/). For tight, well-scoped jobs, Codex is dependable. Once the setup gets messy or needs outside dependencies, it gives you less room to work. That same tradeoff shows up in pricing. > "The bottleneck is no longer what an agent can do. It is how many you can direct and review at once." - Hiba Fathima, Growth Marketing Lead, Firecrawl [\[4\]](https://www.firecrawl.dev/blog/best-ai-coding-agents) Pricing moved to **token-based billing on April 2, 2026**, so costs can swing more from task to task [\[11\]](https://techsy.io/en/blog/background-coding-agents-compared). The Plus plan comes with [ChatGPT](https://openai.com/index/chatgpt/) Plus, but 5-hour usage caps can stop long-running sessions in the middle of a task [\[4\]](https://www.firecrawl.dev/blog/best-ai-coding-agents). If you're using agents on a regular basis, the $100/month Pro tier is the better pick [\[1\]](https://scrimba.com/articles/claude-code-vs-codex-vs-cursor/)[\[11\]](https://techsy.io/en/blog/background-coding-agents-compared). | Plan | Price | Notes | | --- | --- | --- | | Go | $8/mo | \- | | Plus | $20/mo | Bundled with ChatGPT Plus; usage caps apply [\[7\]](https://topickz.com/list/developer-tools/best-ai-coding-agents/)[\[1\]](https://scrimba.com/articles/claude-code-vs-codex-vs-cursor/) | | Pro (5x) | $100/mo | Recommended for daily agentic use [\[1\]](https://scrimba.com/articles/claude-code-vs-codex-vs-cursor/)[\[11\]](https://techsy.io/en/blog/background-coding-agents-compared) | | Pro (20x) | $200/mo | Highest limits; token-metered [\[7\]](https://topickz.com/list/developer-tools/best-ai-coding-agents/)[\[11\]](https://techsy.io/en/blog/background-coding-agents-compared) | | Business | $25/user/mo | Team seats, SAML SSO, no data training [\[7\]](https://topickz.com/list/developer-tools/best-ai-coding-agents/) | ## 3\. [GitHub Copilot](https://github.com/features/copilot) agent mode  GitHub Copilot agent mode runs from guided IDE help all the way to unattended cloud execution, and Microsoft is still bringing those pieces into one product surface [\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/). Compared with terminal-first or background-run agents, Copilot lets you decide how much autonomy to hand over. That's the tradeoff: **more control modes, less consistency**. On the interactive side, Copilot works like a pair programmer inside [VS Code](https://code.visualstudio.com/), [JetBrains](https://www.jetbrains.com/), or the standalone app [\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/)[\[12\]](https://easycoding.tools/blog/en/autonomous-coding-agents-ranked-codex-vs-claude-code-vs-devin-vs-cursor-vs-copilot). It shows plans and diffs on a canvas for your approval before anything changes [\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/). That setup gives you a tight grip on edits, but the IDE has to stay open [\[12\]](https://easycoding.tools/blog/en/autonomous-coding-agents-ranked-codex-vs-claude-code-vs-devin-vs-cursor-vs-copilot)[\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/). In cloud agent mode, the flow is different. You assign a GitHub issue to Copilot, and it starts an ephemeral GitHub Actions VM, writes the code, runs tests, and opens a draft PR. No IDE required [\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/)[\[12\]](https://easycoding.tools/blog/en/autonomous-coding-agents-ranked-codex-vs-claude-code-vs-devin-vs-cursor-vs-copilot). The cloud agent also inherits your existing branch protections and CODEOWNERS rules, which gives you a useful safety net [\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/). Agent Merge pushes that one step further. It watches CI, tracks reviewers, fixes failing checks, and handles the merge unattended once everything passes [\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/). Of course, more autonomy means more room for [bad coding practices](https://daily.dev/blog/5-bad-coding-practices-github-copilot-cro-week-187) that result in code that _looks right_ but isn't. That can show up as off-by-one errors, dependency breakage, or tests that miss the bug [\[10\]](https://toolchase.com/blog/ai-coding-agents-2026/). There is one catch with the cloud agent: it may ignore repository instructions unless those instructions are wired into GitHub [\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/). In practice, tight tickets with clear acceptance criteria work best. Vague tasks tend to fall apart more often [\[10\]](https://toolchase.com/blog/ai-coding-agents-2026/). GitHub AI Credits moved to token-based billing on June 1, 2026 [\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/)[\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/). Some power users said their agentic bills jumped **10x to 50x** [\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/). So before you let it run long autonomous loops, setting a budget alert is a smart move. | Plan | Monthly Price | Included AI Credits | | --- | --- | --- | | Pro | $10/month | $15 in credits | | Pro+ | $39/month | $70 in credits | | Business | $19/user/month | Metered usage | | Max | $100/month | $200 in credits | That puts Copilot in the middle. It's more guided than fully autonomous tools, but less centered on one workflow than a single-purpose agent. ## 4\. [Cursor](https://cursor.com/) agents  If Copilot is about mixed control modes, Cursor leans hard into **editor-native control**. It’s an AI-native IDE built on a VS Code fork. Composer and Agent modes live inside the editor, so they can pick files, make multi-file edits, and run terminal commands for you. In practice, it ranks high for ease of use, sits in the middle on autonomy, and lands in the mid-to-high range on price. The main draw is the Tab model. As Marius Bughiu of Start Debugging put it: > "Cursor's custom Tab model predicting your next multi-line edit is still the feature people switch for." [\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/) Cursor goes past inline suggestions. The **Agents Window** can run multiple agents at the same time across local worktrees, SSH sessions, and the cloud. **Cloud Agents** run in isolated VMs and send back PRs [\[3\]](https://www.paperclipped.de/en/blog/ai-coding-assistants-compared-2026/)[\[4\]](https://www.firecrawl.dev/blog/best-ai-coding-agents). Cursor says that **35% of its own internal merged pull requests** are now generated by those cloud agents [\[3\]](https://www.paperclipped.de/en/blog/ai-coding-assistants-compared-2026/). It also supports model routing, which means you can switch between frontier models from different providers for each task instead of staying locked into one stack [\[8\]](https://www.digitalapplied.com/blog/ai-coding-agents-claude-code-cursor-codex-replit-2026)[\[2\]](https://startdebugging.net/2026/06/claude-code-vs-cursor-vs-copilot-agent-mode-where-each-wins/). That matters in day-to-day work. One model might do a better job on UI changes, while another handles data-layer logic with fewer missteps. The catch is context drift during large refactors. So while Cursor can do agent-led work, it tends to perform better when the task is scoped and clear. That makes it a stronger fit for targeted changes than broad autonomous rewrites. There’s also an IDE tie-in here: if you close the Cursor app, any active agent sessions stop too. That flexibility comes at a premium for heavier users. | Plan | Monthly Price | Best For | | --- | --- | --- | | Hobby | Free | Light use | | Pro | $20/month | Solo developers | | Business | $40/user/month | Teams needing SSO and privacy mode | | Ultra | $200/month | Power users | Cursor sits between guided IDE help and fully autonomous agents. If you want more autonomy outside the editor, the next step is Devin-class tools. ## 5\. [Devin](https://devin.ai/)\-class tools  Devin-class tools are the most autonomous option in this group. With tools like Devin 2.0, the idea is simple: hand off a task now, then come back later to a pull request. Each task runs in an isolated cloud VM with a browser, terminal, and editor. The agent can read a [Jira](https://www.atlassian.com/software/jira) ticket or GitHub issue, map out the work, write code, run tests, and open a PR. Devin reports a **67% PR merge rate in 2026**, up from **34% in 2025**. But outside testing paints a very different picture. [Answer.AI](https://www.answer.ai/) found a **15% success rate across 20 real-world tasks**, which shows a big gap between vendor numbers and independent results. These tools do best on work that is clearly defined and tightly scoped. Think: - Bug fixes with reproduction steps - Migration scripts - Dependency upgrades - Infra work - CVE remediation That’s where Devin-class tools tend to do well. Ambiguous tasks are another matter. Success rates drop to **15%–30%** on fuzzy work, and ACU billing can quietly stack up **$30–$100** before you catch a loop. So the main issue isn’t just what the tool _can_ do. It’s how much review work you’re willing to take on yourself. You should review agent PRs line by line, run your full test suite locally, and never merge blind. That’s the tradeoff to keep in mind when weighing the pros and cons. The pricing model has changed a lot. Devin 2.0 cut its entry price from **$500/month** to **$20/month plus ACUs**. | Plan | Price | Notes | | --- | --- | --- | | Pro | $20/month + $2.25/ACU [\[3\]](https://www.paperclipped.de/en/blog/ai-coding-assistants-compared-2026/)[\[9\]](https://levelop.dev/blog/the-best-ai-coding-agents-in-2026-a-practical-ranking-for-working-developers) | Individual use | | Max | $200/month [\[6\]](https://amux.io/guides/background-agents-compared/)[\[1\]](https://scrimba.com/articles/claude-code-vs-codex-vs-cursor/) | Higher ACU quota | | Teams | $80/month base + $40/seat/month [\[10\]](https://toolchase.com/blog/ai-coding-agents-2026/) | Team workflows | | [OpenHands](https://www.openhands.dev/) (OSS) | Free (self-hosted) [\[6\]](https://amux.io/guides/background-agents-compared/) | You pay LLM API costs (~$2–$15/task) [\[6\]](https://amux.io/guides/background-agents-compared/) | ## Pros and cons by agent Use this table for a quick side-by-side look at **autonomy, reliability, and cost**. Start here, then move to the next section for a clearer pick based on your workflow. | Agent | Biggest Strengths | Common Failure Modes | Cost Risks | Best User Profile | | --- | --- | --- | --- | --- | | **Claude Code** | Deep autonomy; 1M-token context[\[13\]](https://admix.software/blog/best-ai-coding-agents); Agent Teams for parallel tasks[\[3\]](https://www.paperclipped.de/en/blog/ai-coding-assistants-compared-2026/) | Token drain on large repos; thinking depth can regress without `/effort max`[\[13\]](https://admix.software/blog/best-ai-coding-agents) | Predictable pricing, but heavy token use can still push costs up. | Complex refactors | | **OpenAI Codex** | Fast terminal performance; background PRs from cloud sandboxes; leads Terminal-Bench 2.1 at 88.8%[\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/) | Forgets context between sessions; sandbox isolation limits; can wander on vague tasks | Usage-based billing can spike on long loops. | High-throughput teams | | **GitHub Copilot agent mode** | Native GitHub integration; issue-to-PR automation; multi-model choice; enterprise security | Struggles with hard multi-file tasks; sometimes ignores custom instructions | Credits make long autonomous runs harder to predict. | Enterprise issue queues | | **Cursor** | Best-in-class IDE UX; fast Tab completion; visual diffs; 9.3/10 user rating[\[7\]](https://topickz.com/list/developer-tools/best-ai-coding-agents/) | VS Code fork can lag upstream; remote code execution through git hooks[\[5\]](https://sdd.sh/2026/04/agentic-coding-agent-comparison-2026/); credit pools drain fast on premium models | Credits can disappear fast during intensive multi-file work. | IDE-first solo devs | | **Devin-class tools** | Fully autonomous cloud VMs; runs entirely in the cloud; handles long-horizon tasks hands-off | 15% real-world success rate in some independent tests[\[3\]](https://www.paperclipped.de/en/blog/ai-coding-assistants-compared-2026/); gets stuck in loops; struggles with ambiguous specs | ACU billing can stack up quickly. | Backlog-driven teams | One pattern shows up across all five tools: **75% of AI coding agents break previously working code during long-term maintenance**, even when their first patches pass tests[\[3\]](https://www.paperclipped.de/en/blog/ai-coding-assistants-compared-2026/). That’s the part many teams learn the hard way. Treat every agent-written PR like code from a new hire on day one. Review it closely. Tight tickets usually lead to tighter output. Vague tickets tend to produce vague PRs. ## Which agent should you use? Use this section to match the right agent to the right workflow. The simplest way to choose is to look at **autonomy, reliability, and price**. That gives you a practical map of which agent fits which kind of work. | Your Situation | Best Pick | Why | | --- | --- | --- | | **Terminal-first, complex refactors** | Claude Code | Long refactors stay within one context window. | | **Cloud/background task execution** | OpenAI Codex | Parallel jobs finish without local setup. | | **GitHub-native teams** | GitHub Copilot agent mode | Fits teams already working in GitHub. | | **AI-native IDE, everyday coding** | Cursor | Best when developers want direct control in the editor. | | **Backlog work in larger teams** | Devin | Best when you can delegate a defined task and wait for a PR. | The best pick is the one that fits your workflow **without adding more review work than it saves**. Claude Code is the most predictable option for heavy use. Copilot, Cursor, and Devin use metered billing, and costs can climb fast during long runs. At this point, the main bottleneck isn't model capability. It's **review capacity**. Pick the agent that matches both your workflow and your team's ability to check the output. High autonomy sounds great, but it only pays off if your team can validate the work fast enough. ## FAQs ### How should I choose the right AI coding agent for my team? Choose based on your team’s workflow, budget, and the jobs you want to hand off - not just rankings. Go with the tool that fits how your team already works: - **Claude Code** if you want a terminal-first setup with more autonomy - **Codex** if your team is built around OpenAI - **Copilot agent mode** if your work runs through GitHub Issues - **Devin** for longer-horizon work - **Cursor** for fast iteration inside the editor A lot of teams don’t stop at one tool. They mix and match. What matters is keeping a **tight review process** and running a **time-boxed pilot**. The goal isn’t just more code. It’s finding out whether the tool helps your team ship faster and cut down on rework. ### Which AI coding agent is cheapest at scale? It comes down to how you work. For solo developers, **[Google Jules](https://jules.google/)** is the lowest-cost way to get started. It has a free tier with **15 tasks per day**, which makes it a simple pick if you want to test agent-style coding help without paying upfront. For paid professional use, **GitHub Copilot** is often the lowest-cost option. At **$10/month**, you get unlimited code completions, plus agent requests priced through a low-cost credit system. If you want more autonomy inside your editor, **Cursor** can be a solid fit. Its in-editor work can land at about **$0.07 to $0.44 per task**, which can make the math work well for some teams. **Claude Code** tends to cost more. And at scale, **Devin** is usually the most expensive option. ### How can I reduce the risk of bad AI-generated PRs? Treat every agent like a junior developer: give it room to help, but check its work. Read the code line by line, run the full test suite on your machine, and don’t merge late at night just because the PR _looks_ fine. Use these guardrails: - Keep ticket scope tight and set clear acceptance criteria - Require tests before a PR is opened, and fail hard if tests break - Keep agents on feature branches, require PR reviews, and skip auto-merge - Use scoped tokens and block network egress by default ```json {"@context":"https://schema.org","@graph":[{"@type":"Organization","@id":"https://daily.dev/#organization","name":"daily.dev","url":"https://daily.dev","logo":{"@type":"ImageObject","url":"https://daily.dev/og-image.png?v=a830cdf1","width":1200,"height":630},"sameAs":["https://twitter.com/dailydotdev","https://www.linkedin.com/company/dailydotdev","https://github.com/dailydotdev","https://www.instagram.com/dailydotdev"]},{"@type":"WebSite","@id":"https://daily.dev/#website","url":"https://daily.dev","name":"daily.dev","description":"Free, personalized developer news aggregator. 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They mix and match.\u003c/p> \u003cp>What matters is keeping a \u003cstrong>tight review process\u003c/strong> and running a \u003cstrong>time-boxed pilot\u003c/strong>. The goal isn’t just more code. It’s finding out whether the tool helps your team ship faster and cut down on rework.\u003c/p>","@type":"Answer"}},{"name":"Which AI coding agent is cheapest at scale?","@type":"Question","acceptedAnswer":{"text":"\u003cp>It comes down to how you work.\u003c/p> \u003cp>For solo developers, \u003cstrong>\u003ca href=\"https://jules.google/\" target=\"_blank\" rel=\"nofollow noopener noreferrer\">Google Jules\u003c/a>\u003c/strong> is the lowest-cost way to get started. It has a free tier with \u003cstrong>15 tasks per day\u003c/strong>, which makes it a simple pick if you want to test agent-style coding help without paying upfront.\u003c/p> \u003cp>For paid professional use, \u003cstrong>GitHub Copilot\u003c/strong> is often the lowest-cost option. At \u003cstrong>$10/month\u003c/strong>, you get unlimited code completions, plus agent requests priced through a low-cost credit system.\u003c/p> \u003cp>If you want more autonomy inside your editor, \u003cstrong>Cursor\u003c/strong> can be a solid fit. Its in-editor work can land at about \u003cstrong>$0.07 to $0.44 per task\u003c/strong>, which can make the math work well for some teams.\u003c/p> \u003cp>\u003cstrong>Claude Code\u003c/strong> tends to cost more. And at scale, \u003cstrong>Devin\u003c/strong> is usually the most expensive option.\u003c/p>","@type":"Answer"}},{"name":"How can I reduce the risk of bad AI-generated PRs?","@type":"Question","acceptedAnswer":{"text":"\u003cp>Treat every agent like a junior developer: give it room to help, but check its work. Read the code line by line, run the full test suite on your machine, and don’t merge late at night just because the PR \u003cem>looks\u003c/em> fine.\u003c/p> \u003cp>Use these guardrails:\u003c/p> \u003cul> \u003cli>Keep ticket scope tight and set clear acceptance criteria\u003c/li> \u003cli>Require tests before a PR is opened, and fail hard if tests break\u003c/li> \u003cli>Keep agents on feature branches, require PR reviews, and skip auto-merge\u003c/li> \u003cli>Use scoped tokens and block network egress by default\u003c/li> \u003c/ul>","@type":"Answer"}}]}]} ```