Cal.com
Cal.com is an open-source alternative to Calendly scheduling tool that helps individuals and teams manage appointments, meetings, and events with ease.
Cal.com is an open-source scheduling platform designed to make it easy to book appointments and manage calendars. With a strong emphasis on privacy, flexibility, and extensibility, Cal.com enables individuals and teams to customize the booking experience for their unique workflows. The platform integrates seamlessly with major calendar services, offering users full control over their data and the ability to host the service on their own infrastructure.
Cal Key Features
- Customizable Booking Pages: Users can create fully personalized booking pages to match their brand or business needs.
- Integration with Popular Calendars: Integrates with Google Calendar, Outlook, and other popular calendar systems to avoid double bookings.
- Team Scheduling: Supports team scheduling, round-robin assignments, and collaborative booking for businesses or organizations.
- Automated Notifications: Sends email or SMS reminders and follow-ups to reduce no-shows and ensure smooth scheduling.
- Custom Availability: Users can set custom time slots for availability, limiting bookings based on preferences.
- Third-Party Integrations: Easily integrates with other tools and platforms like Zoom, Google Meet, and Stripe for payments.
Cal Use Cases
- Personal Appointment Booking: Perfect for professionals, freelancers, and consultants who need an efficient way to manage meetings and appointments.
- Team Scheduling: Companies and teams can manage collective availability and streamline scheduling across members.
- Event Management: Ideal for organizing interviews, demos, customer support meetings, or any event requiring scheduled slots.
- Privacy-Focused Scheduling: For users who need full control over their data and prefer to self-host for privacy and security.
Cal.com provides a powerful, privacy-friendly alternative to commercial scheduling platforms, giving users full customization options and the flexibility to scale as their needs grow.