Skej is an appointment management platform that automates scheduling by integrating with email communications, allowing users to simply cc Skej to find mutually available meeting times. This eliminates the need for back-and-forth emails, streamlining the scheduling process and saving users valuable time.
Funding
$900K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BDVDVMVSAFounders
Product
Problem
Scheduling meetings often involves a tedious exchange of emails to find mutually available times, leading to wasted time and decreased productivity. Existing calendar tools do not fully automate this process, requiring manual checking and coordination.
Solution
Skej is an AI-powered scheduling platform that automates the process of finding optimal meeting times by integrating directly with users' email communications. By simply including Skej (cc'ing) in scheduling emails, the platform intelligently analyzes the email content and participants' calendars to propose suitable time slots. Skej then manages the back-and-forth communication with invitees, automatically updating the calendar event once a consensus is reached. This eliminates the need for manual coordination, freeing users to focus on more important tasks.
Target Audience
Skej targets professionals, teams, and businesses of all sizes who want to streamline their scheduling process and improve productivity.
Features
- Automated scheduling via email integration: users simply cc Skej in scheduling-related emails.
- Intelligent analysis of email content and calendar availability to suggest optimal meeting times.
- Automatic back-and-forth communication with invitees to confirm availability.
- Calendar invite generation and updates upon confirmation.
- Support for multiple time zones.
- Compatibility with over 80 languages.
- Scans Calendly links for availability.
- Daily agenda summaries.
- Event reminders.
- Rescheduling, canceling, and modification functionalities.