Book Meetings from Cursor
Add Schedly's MCP server to Cursor and schedule code reviews, standups, 1:1s, and client calls through natural language in your IDE — without breaking your development flow.
Cursor is the AI-powered IDE of choice for thousands of developers who value keeping their tools integrated and their context unbroken. When you add Schedly's MCP server to Cursor, scheduling joins code completion, documentation lookup, and AI-assisted debugging as a native capability of your development environment. Ask Cursor Agent to schedule a code review for Thursday afternoon, book a client demo from the project you are working on, or check your availability before committing to a deadline — all without leaving the IDE. For developers who spend their day in Cursor, this eliminates one of the last remaining reasons to context-switch out of the editor.
The results speak for themselves
Up and running in minutes
No technical setup. No developer required. Fully automated from day one.
Add Schedly to Cursor's MCP configuration
Edit your Cursor MCP configuration file to add the Schedly MCP server with your Schedly API key. Cursor discovers Schedly's scheduling tools on the next launch — no additional setup required. The entire configuration is a six-line JSON addition to your existing MCP config.
Use Cursor Agent for scheduling requests
Open Cursor's Agent panel and describe your scheduling need: 'Schedule a 30-minute code review with the backend team tomorrow morning' or 'When am I free for a client demo this week?' Cursor Agent calls Schedly's MCP tools and handles the full booking flow.
Stay in the editor while meetings are booked
Cursor Agent displays the booking confirmation in the Agent panel — the time, attendees, and calendar link — and you return to the code you were working on. The entire scheduling interaction takes 15-30 seconds without leaving the editor window.
Bookings appear on all calendars instantly
Every Cursor-created booking is a real Schedly appointment — synced to Google Calendar or Outlook, with confirmation and reminder emails sent to all attendees, and tracked in your Schedly analytics alongside all other bookings.
Everything built in. Nothing bolted on.
Every capability works together as a unified system — not a collection of disconnected features.
Project-Context Scheduling
Because Schedly runs inside Cursor, you can reference project context when scheduling — 'Schedule a review of the auth module changes with the security team' — and Cursor Agent uses both its understanding of your codebase and Schedly's availability data to create the right meeting at the right time.
Deadline-Aware Scheduling
Ask Cursor to check your availability before committing to a sprint timeline or client deadline. 'Do I have time for a 2-hour deep work session before the Friday deploy?' Cursor queries your Schedly availability and gives you an honest answer based on your actual calendar.
Team Standup and Review Scheduling
Engineering leads can schedule recurring team ceremonies, ad-hoc code reviews, and architecture discussions from Cursor without navigating calendar apps. The scheduling request happens in the same environment where the code being discussed lives.
Client Demo Booking from the Product
Developer-founders and technical sales engineers can book client demos directly from Cursor while building the feature being demonstrated — keeping the product and the sales motion in the same mental context.
On-Call and Incident Scheduling
During incident response, engineering teams can use Cursor's Schedly integration to schedule post-incident reviews, customer communications calls, and retrospectives without leaving the incident investigation environment.
1:1 and Performance Review Scheduling
Engineering managers can schedule 1:1s and performance conversations from Cursor, keeping the management workflow — which increasingly involves reviewing code contributions — in the same environment as the technical work being reviewed.
Works for every service business
See how different industries apply AI scheduling to their specific workflows — and the results they get.
Engineers schedule code reviews, pair programming sessions, and architecture discussions from Cursor Agent without breaking deep work concentration
EMs use Cursor + Schedly to schedule 1:1s, sprint retrospectives, and team standups while reviewing code in the same session
DevRels schedule community calls, workshop sessions, and developer interviews from Cursor while building demos and examples
Freelance developers schedule client check-ins, milestone reviews, and requirement sessions from Cursor without switching to scheduling apps mid-project
Technical founders schedule investor calls, customer interviews, and team standups from Cursor while building the product, keeping the technical and business context connected
Before vs. After AI Scheduling
The operational reality that changes the moment you go live.
- Phone tag and email back-and-forth for every booking
- 19%+ no-show rate with no systematic prevention
- Manual reminder calls consuming staff time every morning
- After-hours booking requests sent to voicemail
- Double-bookings from manual calendar management
- No data on booking patterns or no-show causes
- One link replaces all scheduling coordination — forever
- No-show rate drops to under 5% with three-touch reminders
- AI sends every reminder automatically — zero staff time
- 24/7 booking captures every after-hours lead instantly
- Zero double-bookings with real-time calendar intelligence
- Full analytics dashboard showing every booking pattern
Frequently asked questions
Open your Cursor MCP configuration file (cursor_mcp.json or the MCP section of your Cursor settings) and add a new MCP server entry with the Schedly MCP server URL and your Schedly API key as the authentication credential. Cursor will discover Schedly's scheduling tools on the next restart. Full configuration instructions are in Schedly's developer documentation.
Yes. Cursor's Agent mode is the recommended interface for Schedly scheduling requests. Agent mode allows multi-step tool use — checking availability, creating bookings, confirming details — which is the natural flow for scheduling conversations. Cursor's standard chat with tool access also works for simpler scheduling requests.
Yes. Cursor supports multiple simultaneous MCP server connections. Schedly runs alongside any other MCP tools you have configured — file systems, databases, custom APIs — without conflicts. Each MCP server's tools are discoverable and callable independently.
The Schedly MCP server requires a Pro or Enterprise plan to generate API keys for MCP authentication. Free plan users can access Schedly's REST API directly but the managed MCP server endpoint is a paid feature.
Yes. With Schedly Teams connected via MCP, Cursor Agent can check team availability, apply routing rules, and create bookings across team member calendars — enabling engineering leads to schedule team ceremonies and cross-functional reviews from within the IDE.
Why Developer Scheduling Belongs in the IDE: The Cursor + Schedly Case
The productivity cost of context switching is well-documented in software engineering research: it takes an average of 23 minutes to return to full concentration after an interruption, and switching between applications — even briefly — constitutes a meaningful interruption. For developers who spend their working hours in Cursor, every task that requires leaving the IDE carries this context-switching cost. Scheduling is one of the most common reasons developers leave their editor: a Slack message asks for a code review, which requires opening a calendar app, finding availability, navigating to Calendly, picking a slot, and returning to Cursor. This workflow interrupts focused development work for a task that has nothing to do with the code being written.
The Developer Scheduling Problem Is a Context Problem
The fundamental issue with current developer scheduling tools is that they exist in a separate context from where development work happens. A code review request arrives in Slack. The developer switches to Cursor (if they were not already there), then to Slack, then to a calendar app, then to a scheduling tool, then back to Slack to share a link, then back to Cursor — five context transitions for a task that should take 30 seconds. The Schedly MCP integration in Cursor collapses this to a single Agent conversation: 'Schedule a code review with Maya for tomorrow afternoon' → confirmed booking in the Agent panel → return to code. The scheduling workflow disappears into the development environment rather than pulling the developer out of it.
MCP as the Infrastructure Layer for Developer-Native Scheduling
The Model Context Protocol is proving to be the right architectural layer for bringing real-world capabilities into developer environments. MCP's server-client model — where any tool can expose capabilities as MCP servers, and any MCP client (Cursor, Claude Desktop, Windsurf, etc.) can discover and call those capabilities — creates a scheduling integration that works across the entire developer AI ecosystem without custom plugins for each tool. A developer who configures Schedly's MCP server once gets scheduling capabilities in every MCP-compatible IDE and AI assistant they use. As MCP adoption grows across developer tools, Schedly's MCP investment compounds — the integration becomes more valuable with each new tool that adopts the standard.
Add Schedly to Cursor and schedule from your IDE — get started free.
Free plan available · Pro from $24/month · No credit card required
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