Toggl Plan

Task creation is the fundamental capability to capture and input work items into the system, serving as the entry point for all project workflows and ensuring action items are recorded efficiently.

Subtasks allow teams to break down complex deliverables into smaller, actionable units to ensure granular accountability. This hierarchy enables precise tracking of multi-step processes without cluttering high-level project views.

Recurring tasks allow teams to automate the creation of repetitive work items based on specific schedules or triggers, ensuring consistency and preventing critical maintenance or administrative activities from being overlooked.

Task priorities allow teams to categorize work based on urgency and importance, ensuring critical items are addressed first. This functionality helps prevent bottlenecks and aligns team efforts with overall project goals by visually distinguishing high-value tasks.

Due dates allow users to assign specific deadlines to tasks, ensuring accountability and enabling teams to prioritize work effectively against project timelines.

Start dates allow users to specify exactly when work on a task should begin, distinct from when it is due, enabling accurate scheduling, duration tracking, and workload visualization.

Task dependencies allow teams to link related items to establish a specific order of operations, ensuring prerequisites are met before subsequent work begins. This functionality is essential for maintaining accurate project timelines and preventing workflow bottlenecks.

Milestones mark critical points in a project timeline to track major progress events and deadline adherence separate from standard tasks, ensuring high-level visibility into project health.

Custom fields allow teams to capture specific data points relevant to their unique workflows directly within tasks. This flexibility ensures that project tracking aligns precisely with organizational processes rather than forcing teams into a rigid structure.

Tags and labels provide a flexible metadata layer that allows users to categorize, filter, and report on tasks across different projects and workflows. This capability enables teams to organize work by context, priority, or theme independent of the rigid project hierarchy.

Kanban boards provide a visual workflow management system using columns and cards to track tasks across different stages, helping teams identify bottlenecks and optimize flow.

Gantt charts provide a visual timeline view of project schedules, dependencies, and progress, enabling teams to plan complex workflows and identify bottlenecks effectively.

A Calendar View visualizes tasks and projects on a timeline or monthly grid, enabling teams to schedule work, identify deadline conflicts, and manage resource allocation effectively.

A list view presents tasks in a linear, vertical format, allowing users to quickly scan, sort, and organize action items by priority, due date, or assignee. This structured layout is essential for managing high-volume workloads and ensuring no detail is missed during rapid reviews.

A timeline view visualizes project schedules and task durations on a horizontal axis, enabling teams to manage dependencies and adjust deadlines effectively. This perspective is essential for understanding the chronological flow of work and identifying potential bottlenecks.

A spreadsheet view presents tasks and project data in a dense, grid-like layout that mimics Excel, facilitating rapid data entry and bulk management. This interface is crucial for teams that need to visualize complex metadata, sort large datasets, and perform quick inline edits without navigating through individual task details.

Task templates enable teams to standardize recurring work by saving task structures, subtasks, and details for repeated use, ensuring consistency and reducing manual setup time.

Project templates enable teams to standardize workflows by creating reusable project structures with predefined tasks, milestones, and settings. This functionality significantly reduces setup time and ensures consistency across repeatable initiatives.

A Form Builder allows teams to design custom intake forms that automatically convert submissions into actionable tasks or projects within the workflow. This ensures standardized data collection and streamlines the request management process.

Request management centralizes the intake of work from internal or external stakeholders, converting submissions directly into actionable tasks or projects. This streamlines the initiation process and ensures standardized data collection before work begins.

Global search enables users to instantly locate tasks, projects, comments, and files across the entire workspace from a centralized query interface, significantly reducing time spent navigating complex hierarchies.

Advanced filtering enables users to isolate specific tasks within large projects using complex criteria such as custom fields, boolean logic, and multiple attributes. This functionality is critical for maintaining productivity and visibility across extensive task lists.

Sorting options enable users to organize task lists dynamically based on criteria like due date, priority, or assignee. This functionality is critical for efficiently prioritizing workloads and surfacing urgent items within large project lists.

Grouping capabilities allow teams to organize tasks dynamically by attributes such as status, assignee, or priority, transforming flat lists into structured workflows for better visibility.

Issue tracking enables teams to log, monitor, and resolve bugs or unexpected problems separate from standard project tasks, ensuring critical blockers are prioritized and documented through their entire lifecycle.

Backlog management enables teams to capture, organize, and prioritize potential work items separate from active tasks, ensuring a structured pipeline for future planning. This capability is essential for maintaining focus on current objectives while preparing for upcoming development cycles or project phases.

Sprint planning enables agile teams to define, estimate, and assign work for specific time-boxed iterations to maintain project velocity. It ensures alignment on immediate deliverables by organizing tasks into manageable cycles.

Swimlanes provide horizontal categorization within Kanban boards or Gantt charts, allowing teams to group tasks by assignee, priority, or department for better visual organization. This feature helps project managers identify bottlenecks and workload distribution at a glance.

A built-in Wiki Knowledge Base allows teams to centralize documentation, standard operating procedures, and project details directly alongside their tasks. This integration reduces context switching by keeping critical information accessible within the daily workflow.

Rich text editing enables users to format task descriptions and comments with styles, lists, and media to improve clarity. This capability ensures that detailed specifications and feedback are communicated effectively within the task workflow.

File attachments allow users to upload documents, images, and other assets directly to tasks, ensuring all relevant context and materials are centralized within the workflow.

Checklists allow users to break down larger tasks into smaller, actionable sub-items to ensure granular tracking and process compliance. This feature helps teams manage complex workflows by preventing critical steps from being overlooked.

Document collaboration enables teams to create, edit, and discuss files directly within the project management interface, ensuring context is preserved and version control is maintained alongside task execution.

Version control enables teams to track, compare, and revert changes made to task descriptions, files, and metadata, ensuring a reliable audit trail for collaborative work. This feature prevents data loss and maintains accountability by preserving a history of all modifications.

Task assignment enables teams to designate specific individuals or groups as responsible for work items, ensuring clear accountability and preventing duplication of effort. This core functionality allows managers to distribute workloads effectively and track individual contributions within a project.

The multiple assignees feature enables users to assign a single task to more than one person simultaneously, fostering shared accountability and streamlining collaboration on complex work items without duplicating entries.

Task comments allow team members to communicate directly within a specific task context, ensuring discussions are centralized and actionable rather than scattered across external channels. This keeps the history of decisions and feedback attached directly to the work itself.

Mentions enable users to tag team members directly within tasks and comments to trigger notifications and streamline communication. This ensures critical updates are seen immediately and fosters efficient collaboration without leaving the platform.

Real-time collaboration enables multiple team members to edit tasks, add comments, and view updates simultaneously without page refreshes. This synchronous capability prevents version conflicts and accelerates project execution by keeping everyone aligned on the latest status.

In-app notifications provide real-time alerts within the software interface regarding task updates, mentions, and deadlines, allowing users to stay informed without context switching to email.

Email notifications keep team members informed about task updates, deadlines, and assignments directly in their inbox, ensuring critical changes are not missed when users are away from the platform.

Daily digest emails provide a summarized overview of upcoming tasks, overdue items, and recent activity delivered directly to a user's inbox. This ensures team members start their day aligned on priorities without needing to immediately log into the platform.

Task reminders ensure deadlines are met by notifying users of upcoming due dates via email, push notifications, or in-app alerts. This functionality is critical for maintaining project velocity and preventing tasks from slipping through the cracks.

Location-based reminders trigger notifications for specific tasks when a user enters or leaves a designated geographic area, ensuring field teams address action items immediately upon arriving at a relevant job site.

Image annotation enables teams to provide precise visual feedback by drawing, highlighting, or commenting directly on image attachments within a task. This capability accelerates creative reviews and reduces miscommunication by keeping visual context tied directly to the workflow.

Proofing tools allow teams to review, annotate, and approve creative assets directly within tasks, streamlining feedback loops and version control. This capability reduces approval bottlenecks by centralizing feedback on images, videos, and documents alongside the project workflow.

Mind maps provide a visual, node-based interface for brainstorming and breaking down complex projects into actionable tasks. This capability allows teams to structure ideas hierarchically and instantly convert concepts into tracked work items without switching tools.

The Whiteboard View provides a freeform digital canvas within the project management interface, enabling teams to brainstorm, diagram workflows, and visually organize tasks. This feature bridges the gap between creative ideation and structured execution by allowing visual elements to interact directly with project data.

Time tracking enables teams to record the actual duration spent on specific tasks and projects directly within the management interface. This functionality is essential for accurate client billing, monitoring project profitability, and analyzing workforce productivity.

Time estimates allow teams to forecast the duration of specific tasks, enabling accurate capacity planning and progress tracking against deadlines. This feature is essential for resource allocation and comparing planned effort versus actual time spent.

Actual vs Estimated tracking enables teams to compare planned effort against real-time execution to identify efficiency gaps. This insight is essential for refining future project planning, managing budgets, and ensuring accurate resource utilization.

Billable hours functionality allows teams to track time spent on specific tasks and designate it as chargeable to a client, ensuring accurate invoicing and clear profitability analysis for service-based projects.

The Workload View provides a visual representation of team capacity and task distribution, allowing managers to balance assignments and prevent burnout. It ensures resources are allocated efficiently across projects based on availability and effort estimates.

Resource management enables teams to track availability, allocate workload, and balance capacity across projects to ensure efficient delivery without burnout. It provides critical visibility into team utilization, helping managers optimize schedules and prevent bottlenecks.

Capacity planning enables teams to visualize and manage resource availability against workload demands, ensuring realistic project timelines and preventing team burnout.

Workload balancing enables managers to visualize team capacity and distribute tasks evenly to prevent burnout and ensure efficient project delivery. It ensures resources are optimized based on availability and effort estimates.

Custom dashboards allow teams to visualize project progress, task statuses, and key performance indicators in a personalized view. This capability enables managers to gain at-a-glance insights and track specific metrics relevant to their unique workflows.

Burndown charts provide a visual representation of work remaining versus time, allowing teams to track progress against deadlines and identify potential bottlenecks early in the project lifecycle.

Velocity tracking measures the amount of work a team completes during a specific interval, enabling accurate capacity planning and future delivery estimates. It provides historical data to help teams understand their throughput and improve predictability.

Cumulative Flow Diagrams provide a visual representation of work in progress over time, allowing teams to identify bottlenecks, analyze cycle times, and ensure workflow stability.

Project health indicators provide real-time visual signals regarding status, budget, and timeline adherence, allowing managers to proactively identify risks and intervene before deadlines are missed.

SLA Tracking monitors task resolution times against agreed-upon deadlines, ensuring teams prioritize urgent work and maintain compliance with performance standards.

Budget tracking allows teams to define financial constraints for projects and monitor actual spend against planned costs in real-time. This ensures projects remain profitable and prevents cost overruns by providing visibility into resource allocation and expenses directly alongside task execution.

Expense tracking allows teams to log, categorize, and monitor costs directly associated with specific tasks or projects to ensure budget adherence and accurate profitability reporting.

Invoicing integration connects task completion and time tracking directly to financial systems, allowing teams to convert billable work into accurate invoices instantly. This reduces administrative overhead and accelerates the payment cycle by eliminating manual data entry between project management and accounting tools.

Critical Path Analysis identifies the longest sequence of dependent tasks that determine the minimum project duration, enabling managers to pinpoint activities where delays will impact the final deadline. This feature is essential for prioritizing resources and managing schedule risks effectively.

Baseline comparison enables project managers to capture a fixed snapshot of the original schedule and measure actual progress against it to identify variance and slippage.

Portfolio Management provides a centralized view of multiple projects and initiatives, enabling leaders to track progress, manage resources, and align execution with strategic goals.

Goal Tracking (OKRs) enables organizations to define high-level objectives and link them to specific key results, ensuring that daily tasks align with strategic priorities. This alignment provides visibility into progress and helps teams prioritize work that drives business outcomes.

Risk management involves identifying, assessing, and mitigating potential threats to project timelines and deliverables directly within the task workflow. This capability ensures teams can proactively address issues before they derail progress, maintaining project health and predictability.

An Activity Stream provides a centralized, chronological log of all actions, updates, and comments within a project or task, ensuring accountability and context for team collaboration.

Cross-project dependencies allow teams to link tasks across different project boards or workflows, ensuring that delays in one initiative automatically reflect impact on related deliverables elsewhere. This visibility is critical for managing complex portfolios where work streams are interconnected.

Multi-Project Views allow teams to aggregate tasks from distinct projects into a single dashboard or timeline, enabling managers to monitor progress, balance workloads, and identify dependencies across an entire portfolio.

Resource Utilization Reports provide critical visibility into team capacity and workload distribution, enabling managers to balance schedules and prevent burnout. These insights help optimize project staffing by identifying over-allocated or under-utilized team members in real-time.

Email-to-Task functionality allows users to convert incoming emails directly into actionable items within the project management system, ensuring that requests received via inbox are not lost and can be tracked alongside other work.

Workflow automation streamlines repetitive processes by triggering actions based on specific conditions, reducing manual effort and ensuring consistency across projects.

Custom workflows enable teams to define unique task lifecycles, statuses, and transition rules that mirror their specific operational processes. This flexibility ensures that software adapts to the way teams actually work, rather than forcing them into rigid, pre-set structures.

Approval workflows allow teams to formalize decision-making by routing tasks or documents to specific individuals for sign-off before progression. This ensures compliance, quality control, and clear accountability within project lifecycles.

Status transitions define the lifecycle of a task, allowing teams to map specific workflows and control how work moves from creation to completion. This feature ensures that tasks progress through required stages with appropriate checks, balances, and automation triggers.

A REST API enables external applications to programmatically interact with the task management platform to read, write, and update data. This connectivity is essential for building custom integrations, automating cross-platform workflows, and synchronizing task data across a technology stack.

Webhooks enable the task management system to push real-time updates to external applications whenever specific events occur, such as task completion or status changes. This functionality is critical for creating automated, event-driven workflows across a technology stack without the need for inefficient polling.

A Zapier integration allows users to connect the task management platform with thousands of other applications to automate workflows without writing code. This enables seamless data transfer, such as automatically creating tasks from emails or chat messages, reducing manual data entry.

GitHub Integration connects code repositories directly to project workflows, allowing developers to link commits and pull requests to specific tasks. This ensures that project status updates reflect actual engineering progress automatically, reducing manual data entry and context switching.

A Jira integration enables seamless synchronization of tasks, issues, and project statuses between the platform and Atlassian's ecosystem. This connectivity ensures technical and non-technical teams stay aligned without the need for manual data entry or constant context switching.

Slack integration connects task management workflows directly to team communication channels, allowing users to create, update, and discuss tasks without switching context. This capability reduces app-switching fatigue and ensures critical project updates are not missed within chat silos.

Microsoft Teams integration connects project workflows directly to the communication hub, allowing users to create, update, and discuss tasks without leaving the chat interface to minimize context switching.

Google Calendar Sync enables users to visualize tasks alongside scheduled events, ensuring realistic planning and preventing overbooking by keeping deadlines and meetings in a single view.

Outlook Calendar Sync enables the seamless exchange of schedule data between the task management platform and Microsoft Outlook, ensuring deadlines and meetings are visible in a single interface. This integration prevents scheduling conflicts and allows users to manage their time effectively without constantly switching between applications.

A Zoom integration allows teams to schedule, launch, and associate video meetings directly with specific tasks or projects. This capability ensures that discussions, recordings, and decisions made during calls are centrally linked to the relevant work items for easy reference.

Google Drive integration enables users to attach, preview, and manage documents directly within tasks, ensuring teams have immediate access to the latest file versions without leaving their project management interface.

Dropbox integration enables users to attach, preview, and manage external files directly within task cards, ensuring teams have immediate access to relevant documents without context switching.

OneDrive Integration enables users to attach, preview, and manage Microsoft OneDrive files directly within task cards, ensuring teams collaborate on the latest document versions without switching context.

Salesforce integration links task management workflows with CRM data, enabling seamless collaboration between sales and delivery teams by syncing project updates with account records.

Connects customer support workflows with task management by linking Zendesk tickets to actionable tasks, ensuring engineering and support teams stay aligned on issue resolution.

AI Task Generation leverages machine learning to automatically create, structure, and populate actionable items from unstructured data like meeting notes, emails, or project descriptions. This automation significantly reduces administrative overhead and ensures critical steps are not overlooked during planning.

Smart Prioritization leverages algorithms to automatically rank tasks based on urgency, impact, and dependencies, ensuring teams focus on the most critical work without manual sorting.

Natural Language Processing enables users to create and modify tasks using conversational text, automatically extracting details like due dates, assignees, and project tags to streamline data entry.

Predictive analytics utilizes historical project data to forecast task completion dates and identify potential bottlenecks before they impact delivery. This capability enables teams to proactively adjust schedules and allocate resources to mitigate risks.

A drag-and-drop interface allows users to intuitively reorganize tasks, update statuses, and adjust timelines by clicking and moving elements within the visual workspace. This feature streamlines workflow management by reducing the number of clicks required to perform common actions like prioritization and scheduling.

Bulk actions allow users to select multiple tasks simultaneously to perform updates like status changes, assignments, or deletions in a single click, significantly reducing manual effort during project maintenance.

Undo/Redo functionality allows users to instantly reverse accidental changes or re-apply actions within the interface, preventing data loss and streamlining the editing process.

Keyboard shortcuts enable users to execute commands and navigate the interface rapidly using keystrokes instead of a mouse. This capability significantly increases speed and efficiency for power users managing complex task lists.

Dark mode provides a low-light interface theme designed to reduce eye strain and improve visual comfort during extended usage. This feature is crucial for accessibility and user preference, allowing individuals to tailor their workspace environment to different lighting conditions.

Custom branding allows organizations to personalize the task management interface with their own logos, color schemes, and domains to foster a cohesive professional identity. This ensures the platform feels like an internal tool or client-facing portal rather than generic third-party software.

A dedicated application for Apple iOS devices allows users to manage tasks, collaborate, and receive notifications while on the go, ensuring productivity continues seamlessly away from the desktop environment.

A dedicated Android application enables users to create, track, and manage tasks directly from their mobile devices, ensuring productivity continues away from the desk. It provides essential on-the-go access to project updates and team collaboration tools.

Offline Mode ensures that users can create, edit, and manage tasks without an active internet connection, automatically syncing changes once connectivity is restored to maintain productivity anywhere.

Multi-language support enables global teams to collaborate effectively by localizing the user interface and task content into their preferred languages, ensuring accessibility and reducing friction for diverse workforces.

Guest access enables external collaborators, such as clients or freelancers, to view and contribute to specific tasks or projects without requiring a full license or access to internal company data. This ensures secure collaboration while maintaining privacy and cost control.

A Client Portal provides a secure, dedicated interface for external stakeholders to view project progress, provide feedback, and collaborate on tasks without accessing internal workflows.

Role-Based Access Control (RBAC) enables administrators to define granular permissions and restrict access to specific tasks, projects, or data fields based on a user's function. This ensures data security and operational efficiency by guaranteeing that team members only interact with information relevant to their specific responsibilities.

User groups allow administrators to organize team members into functional teams or departments, streamlining permissions management, notifications, and task assignments by treating collections of users as a single entity.

Private projects allow teams to restrict access to sensitive initiatives, ensuring that only authorized members can view or edit confidential tasks and files. This security is critical for managing executive planning, HR workflows, or client-sensitive data within a collaborative environment.

Single Sign-On (SSO) enables users to access the platform using their existing corporate credentials, centralizing identity management and significantly improving security compliance. This capability streamlines user onboarding and reduces the risks associated with password fatigue.

Two-Factor Authentication (2FA) secures user accounts by requiring a second form of verification beyond just a password, significantly reducing the risk of unauthorized access to sensitive task data.

SCIM Provisioning automates the secure creation, maintenance, and deactivation of user accounts directly from an identity provider, streamlining access management and reducing security risks.

Domain verification enables administrators to prove ownership of corporate email domains, allowing for centralized user management and the enforcement of security policies across all associated accounts.

Session management controls user authentication lifecycles, including idle timeouts, concurrent logins, and remote revocation capabilities. This functionality is critical for maintaining security hygiene and preventing unauthorized access to sensitive task data.

Audit logs provide a chronological, immutable record of system activities, user actions, and data changes to ensure accountability and security compliance. This feature allows administrators to trace specific events, investigate incidents, and maintain a clear history of workflow modifications.

Data encryption secures sensitive task details and attachments by rendering them unreadable to unauthorized parties during transmission and storage. This protection is essential for maintaining regulatory compliance and safeguarding intellectual property in collaborative workspaces.

GDPR Compliance ensures the platform adheres to strict EU data protection regulations regarding personal data processing, consent management, and the right to be forgotten. This functionality is essential for organizations to mitigate legal risks and maintain data privacy standards when managing user information within tasks.

Data Export allows users to extract task lists, project details, and activity logs into standard formats like CSV or JSON, ensuring data portability for reporting, backup, or migration.

Automated backups ensure that critical task data, project timelines, and attachments are regularly saved without manual intervention, safeguarding against accidental data loss and ensuring business continuity.

IP Whitelisting allows administrators to restrict platform access to specific trusted IP addresses or ranges, ensuring sensitive project data is only accessed from authorized locations like corporate offices or VPNs.

Trash retrieval provides a safety net for users to recover accidentally deleted tasks, projects, or comments within a designated retention period. This capability ensures data integrity and prevents critical information loss during routine project management cleanup.