# Editorial Deadline Calendar AI Agent Connect > Editorial Deadline Calendar MCP handles the math behind your publishing timelines. It works backward from your fixed milestones to calculate exactly when tasks need to start, while automatically adjusting for holidays, weekends, and specific blackout dates. Your AI client uses these calculations to keep your editorial team on track without manual calendar math. ## Overview - **Category:** productivity - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_wTvXiTAUnNMbkkJWJarodKga7DLZys24Cvt0QRV9/ai-agent-connect - **Tags:** scheduling, editorial, timeline, project-management, deadlines ## Description Managing a publishing schedule is a constant battle against the clock. You know the drill: a deadline is set, but you have to account for lead times, weekends, and those unexpected holidays that throw everything off. This MCP takes that math off your plate. Instead of manually counting days, you tell your AI client when a piece needs to go live, and it works backward to tell you when the research, drafting, and editing phases must begin. It doesn't just count days; it understands your specific constraints. If you have a blackout period where no work happens, the MCP factors that in so your deadlines don't slip. It also spots when you've overbooked your team or proposed a timeline that is physically impossible to meet. You can use it to check if a new project fits into your current workflow or to see how a sudden holiday will push back your entire publishing queue. It's about moving from guesswork to a schedule that actually works. ## Tools ### find_task_collisions This tool identifies periods where your team has too many tasks scheduled at the same time. It helps you spot resource over-allocation before it becomes a problem. ### validate_timeline_feasibility This tool checks if your proposed milestones and lead times are actually possible. It flags schedules that cannot be completed within the given timeframe. ### get_blackout_impact This tool measures how much specific blackout dates are delaying your overall editorial schedule. It quantifies the delay caused by holidays or non-working periods. ### get_deadline_schedule This tool generates a full, chronological list of tasks. It provides the specific start and end dates for every step in your workflow. ## Prompt Examples **Prompt:** ``` Generate a schedule for a project with a final deadline on October 15th, requiring 5 workdays of lead time, assuming a Monday-Friday work week. ``` **Response:** ``` The task will start on October 8th and end on October 15th, accounting for the 5 required workdays. ``` **Prompt:** ``` Is it possible to complete a 10-day task by Friday if today is Monday and there is a blackout date on Wednesday? ``` **Response:** ``` No, the timeline is infeasible because the 10-day lead time plus the Wednesday blackout date would require the task to start before the available workdays allow. ``` **Prompt:** ``` How much did the Christmas holiday delay my publishing schedule? ``` **Response:** ``` The Christmas blackout period delayed the 'Publication Launch' milestone by 3 days. ``` ## Capabilities ### Backward Scheduling Your agent calculates task start dates by working backward from a fixed deadline. ### Blackout Date Integration The MCP adjusts timelines to account for holidays and non-working days. ### Conflict Detection Your AI client identifies when multiple tasks overlap and create scheduling conflicts. ### Feasibility Checking The agent verifies if a set of milestones can realistically be met given the required lead times. ### Workday Awareness The tool calculates timelines based on specific workweeks and excludes non-working days. ## Use Cases ### New Project Planning You provide a final launch date and lead times to get a full list of start and end dates for every phase. ### Holiday Impact Analysis You check how much a long holiday weekend will push back your upcoming publication dates. ### Resource Management You use the tool to see if your writers are being assigned too many tasks during the same window. ### Timeline Validation You verify if a tight deadline is actually achievable given the required workdays and existing blackout dates. ## Benefits - Calculates task start dates automatically based on lead times. - Accounts for holidays and blackout dates to prevent scheduling errors. - Identifies impossible timelines before they cause missed deadlines. - Spots resource collisions where tasks overlap too heavily. ## How It Works Connect your client to Vinkius and start scheduling immediately. 1. Connect your preferred MCP-compatible client to Vinkius. 2. Provide your deadline, lead times, and workweek constraints to your AI client. 3. The MCP calculates the schedule by working backward from your milestones. 4. Your agent delivers a chronological task list or feasibility report. ## Frequently Asked Questions **How does this MCP handle holidays?** The MCP uses blackout dates to adjust your timeline. It ensures that tasks are only scheduled on valid workdays, pushing start dates earlier if a holiday falls within a lead time. **Can I use this with Claude or Cursor?** Yes. You can connect this MCP to any MCP-compatible client, including Claude, Cursor, and Windsurf. **What happens if a deadline is impossible to meet?** The validate_timeline_feasibility tool will flag the schedule as infeasible. It tells your agent that the required lead times cannot be met within the available workdays. **Does it work with custom workweeks?** Yes. The scheduling logic accounts for specific workdays, allowing you to define when work actually happens. **How do I see if my team is overbooked?** You can use the find_task_collisions tool. It identifies specific periods where multiple tasks are scheduled to occur at the same time. **How does the tool handle holidays?** You can provide a list of blackout dates. The `get_deadline_schedule` tool will skip these dates when calculating start dates to ensure the timeline remains realistic. **Can I check if my editorial plan is actually possible?** Yes, use the `validate_timeline_feasibility` tool. It will analyze your milestones and lead times against your workdays and blackouts to identify logical impossibilities. **What happens if two tasks are scheduled at the same time?** You can use `find_task_collisions` to detect these overlaps. This helps you identify periods where your team might be over-allocated.