Fordel Studios
Read the original article for context on what we got wrong and why.
What We Got Wrong
The original article, published April 1, 2026, made three claims about Cursor that were either wrong or outdated at the time of publication:
1. "Cursor does not run your tests." This was false. Cursor has had terminal access for months. Its agent mode runs shell commands, including test suites, and the background agent auto-runs terminal commands without requiring manual approval. Cursor handles workspace paths well — arguably better than Claude Code when multiple workspaces are open, since Claude Code's terminal instance defaults to the first workspace in the list.
2. "Cursor works file-by-file." This undersold Cursor's agent capabilities significantly. Cursor has had full agent mode since 2025, with subagents (shipped in Cursor 2.4), a CLI agent (January 2026), cloud agents that run on your infrastructure, and as of April 2, 2026, Cursor 3 with a dedicated Agents Window. These are not minor additions. They fundamentally change what Cursor can do autonomously.
3. "Composer still works file-by-file. It does not reason about your architecture." This was a description of early Composer, not the current agent mode. Cursor's agent can plan across files, execute multi-step tasks, and iterate on failures. One reader reported a session where Cursor edited 170 files on a single prompt.
These were not minor inaccuracies. They painted Cursor as a simpler tool than it actually is in April 2026. We should have caught this before publishing, and we did not. The correction is below.
Cursor in April 2026: The Actual State
Cursor is no longer just an autocomplete-enhanced editor. Here is what it actually ships today.
Agent Mode
Cursor's agent mode is a full autonomous coding agent inside the IDE. It reads your codebase, plans changes, edits files across your project, runs terminal commands (builds, tests, linters), and iterates on failures. It has access to web search, documentation, and MCP servers. This is not Composer with a new name — it is a genuinely different capability. The agent can explore your project structure, understand dependencies, and make coordinated changes across many files.
Subagents
Shipped in Cursor 2.4, subagents are specialised parallel workers that handle discrete parts of a larger task. The parent agent can delegate codebase research, terminal commands, and parallel work streams to subagents, each with their own context, tools, and model configuration. Default subagents ship out of the box for common patterns like research and command execution.
CLI Agent
Since January 2026, you can run Cursor's agent directly from the terminal. It supports the same prompts and tools as the IDE agent. You can push a local conversation to a cloud agent by prepending & to any message, then pick it back up on the web or mobile at cursor.com/agents.
Background and Cloud Agents
Background agents run autonomously — building, testing, and iterating without requiring approval for every command. Cloud agents run on your infrastructure, keeping code and secrets in your network. The system supports up to 10 parallel workers per user and 50 per team. Automations let you trigger agents from Slack, Linear, GitHub, PagerDuty, and webhooks.
Cursor 3
Launched April 2, 2026, Cursor 3 added a dedicated Agents Window for orchestrating parallel agents across repos, Design Mode for visual work, and significant improvements to multi-agent coordination. The shift is from "pair programming with AI" to "orchestrating a small engineering team."
Claude Code in April 2026: The Actual State
Claude Code has also evolved. For fairness, here is its current state.
Claude Code runs as a terminal agent, a VS Code extension, a JetBrains extension, a desktop app, and a browser-based IDE at claude.ai/code. The 1 million token context window on Opus 4.6 remains its largest differentiator for holding entire codebases in context. Agent Teams allow multi-agent coordination with specialised subagents for exploration, implementation, testing, and review. CLAUDE.md project context files let it learn your conventions deeply.
Claude Code achieved a 72.5% resolution rate on SWE-bench Verified (March 2026), and independent tests show it uses 5.5x fewer tokens than Cursor for identical tasks. The usage-based pricing means costs scale with complexity, but heavy users on the Max plan ($100 or $200/month) get predictable ceilings.
One area where Valdo's feedback rang true: Claude Code's terminal instance has a known friction point with multiple workspaces. It defaults to the first workspace in the list and requires manual cd to switch. Cursor handles this more cleanly.
The Corrected Comparison
With the inaccuracies fixed, here is what the comparison actually looks like in April 2026:
| Dimension | Cursor (April 2026) | Claude Code (April 2026) |
|---|---|---|
| Interface | IDE (VS Code fork) + CLI + Cloud + Mobile | Terminal + VS Code + JetBrains + Desktop + Web IDE |
| Agent capabilities | Full agent mode, subagents, background agents, cloud agents | Terminal agent, Agent Teams, multi-agent coordination |
| Terminal access | Yes — runs builds, tests, linters autonomously | Yes — full shell access, runs and iterates on failures |
| Autonomous execution | Yes — background agents run without approval | Yes — autonomous by default in terminal |
| Multi-workspace handling | Clean — handles multiple workspaces well | Friction — defaults to first workspace, needs manual cd |
| Context window | Model-dependent (varies by provider) | 1M tokens (Opus 4.6) — largest available |
| Autocomplete | Excellent — fast, context-aware tab predictions | None (not an editor when used as CLI) |
| Project context | .cursorrules + agent memory | CLAUDE.md — deep convention learning |
| Pricing | $20/mo Pro, $60 Pro+, $200 Ultra (credit-based) | Usage-based API or $100/$200/mo Max plan |
| Parallel agents | Up to 10/user, 50/team | Agent Teams with specialised roles |
| Cloud/async | Cloud agents, automations, webhook triggers | Not yet — local execution only |
What Actually Differentiates Them Now
With both tools having agent mode, terminal access, and multi-file capabilities, the old "Cursor for small edits, Claude Code for big refactors" framing is no longer accurate. Here is what actually matters:
Context window is the clearest technical differentiator.
Claude Code on Opus 4.6 can hold 1 million tokens in context. This means entire codebases, not just open files. For large-scale refactors, migrations, and architectural changes across many files, this raw context capacity matters. Cursor's context depends on which model you use, and while agent mode manages context well, it cannot match 1M tokens of simultaneous awareness.
Cloud and async workflows favour Cursor.
Cursor's cloud agents, automations, and webhook triggers mean you can set up agents that respond to events automatically — a GitHub PR opens, a PagerDuty alert fires, a Slack message arrives. Claude Code does not have cloud execution yet. If async, event-driven agent workflows matter to your team, Cursor is ahead.
Daily editing still favours Cursor.
Cursor's autocomplete, inline Cmd+K edits, and IDE integration remain best-in-class for the moment-to-moment coding experience. Claude Code's VS Code extension has improved but is not yet at parity with a tool that was built IDE-first. If you spend most of your time writing code in an editor, Cursor's ergonomics win.
Cost predictability depends on usage patterns.
Cursor's credit-based system has improved since the 2025 pricing controversy, but variable costs remain. Claude Code's Max plan gives a weekly ceiling. Neither is perfectly predictable. For teams, the real question is whether your usage patterns hit credit depletion or rate limits first — and that varies enough by team that generalising is misleading.
Token efficiency favours Claude Code.
Independent benchmarks show Claude Code uses 5.5x fewer tokens for identical tasks. Over months of heavy use, this compounds into meaningful cost differences. Whether that matters depends on your plan — flat-rate users do not care about token efficiency, usage-based users care a lot.
The Updated Verdict
The original article's conclusion — use both tools — remains correct, but for updated reasons.
“The gap between Cursor and Claude Code has narrowed dramatically. Both are agentic. Both run tests. Both handle multi-file changes. The remaining differences are about workflow philosophy, not capability gaps.”
- Cursor: daily editing, autocomplete, inline fixes, cloud/async workflows, event-driven automations, teams already in the VS Code ecosystem.
- Claude Code: large-scale refactors requiring deep codebase context, architectural reasoning across many files, teams that prefer terminal-first workflows, projects where CLAUDE.md conventions compound over time.
- Both: the hybrid approach remains the most effective. Use Cursor as your daily driver and Claude Code for tasks that benefit from the 1M token context window or terminal-native autonomy.
The honest update is this: Cursor has closed the capability gap faster than we gave it credit for. The tool we described in the original article was a 2025 version of Cursor. The April 2026 version is a significantly more capable, genuinely agentic platform. Credit to the readers who called this out — the correction makes the comparison more useful for everyone.
