Cursor / Anysphere

Bootstrapping Composer with autoinstall

Development environments for your cloud agents

Introducing Composer 2.5

A technical report on Composer 2

Improvements to Cursor Automations

GPT-5.5 Launches in Cursor, Tops CursorBench at 72.8% with 50% Discount via OpenAI Partnership

GPT-5.5 is now accessible in Cursor and leads CursorBench with a 72.8% score. Cursor has partnered with OpenAI to provide this model at 50% discount until May 2. CursorBench serves as the evaluation benchmark for model performance in Cursor.

GPT-5.5 Launches in Cursor, Tops CursorBench at 72.8% with 50% Discount via OpenAI Partnership

GPT-5.5 is now accessible in Cursor and leads CursorBench with a 72.8% score. Cursor has partnered with OpenAI to provide the model at 50% discount until May 2. CursorBench serves as the evaluation benchmark for model performance in Cursor.

Cursor 3.2 Enables Parallel Agent Execution via Multitasking, Worktrees, and Multi-Root Workspaces

Cursor 3.2 introduces /multitask for running async subagents to parallelize requests, bypassing queues by processing queued messages concurrently. Enhanced worktrees allow isolated background tasks across branches, with one-click integration to the local foreground. Multi-root workspaces support cross-repo changes in a single agent session, streamlining complex development workflows.

Cursor 3.2 Introduces Multitask Subagents and Worktrees for Parallelized AI Coding

Cursor 3.2 adds /multitask in the new interface, enabling async subagents to parallelize requests instead of queuing them sequentially. Queued messages can be multitasked without waiting for prior runs. Enhanced worktrees allow isolated background tasks across branches, multi-root workspaces support cross-repo changes in a single agent session, and branches can be pulled into the local foreground with one click.

Cursor 3.2 Enables Multi-Root Workspaces for Agent-Driven Cross-Repository Changes

Cursor 3.2 introduces multi-root workspaces, allowing a single agent session to target reusable workspaces composed of multiple folders for cross-repo changes. This builds on parallelization features like improved worktrees for isolated background tasks across branches and /multitask for async subagents. Users can download Cursor 3.2 to access these agents window enhancements.

Cursor 3.2 Introduces Multitasking Agents for Parallelized Development Workflows

Cursor 3.2 adds /multitask in the interface to run async subagents in parallel, bypassing queues for queued messages. Enhanced worktrees enable isolated background tasks across branches with one-click foreground integration. Multi-root workspaces support cross-repo agent sessions on combined folders.

AIE CODE Day 2: ft Google Deepmind, Anthropic, Cursor, Netflix, Cline, OpenAI, Meta, and METR

AIE Miami Day 2 ft. Cerebras, OpenCode, Cursor, Arize AI, and more!

The Future of Coding Agents with Sasha Rush (Cursor/Cornell)

Developers Shift Coding Agents from Short Tasks to Long-Running Autonomous Cloud Systems

Developers are transitioning coding agents from brief 5-15 minute local runs to persistent cloud-based agents operating asynchronously for hours or days within VPCs, enabling completion of full bugs, features, or projects. This involves self-hosting private workers for extended autonomy. Executives, lacking direct experience, test AI tools on side projects and observe substantial productivity gains over traditional methods.

AI Coding Agents Signal Imminent Action-Oriented Shifts Across Professional Domains

Cursor/Anysphere's AI coding agents are currently limited by running on only 68 15-minute intervals, creating a performance bottleneck with significant room for improvement. Coding advancements in 2025 serve as the bellwether for AI's evolution from query response to autonomous action-taking. This shift will soon extend to finance, recruiting, legal, sales, and other functions, transforming professional workflows.