This workflow automatically retrieves meeting schedules from Google Calendar for the next 12 hours and creates Zoom online meetings based on those schedules. Through secure authentication, it ensures a seamless connection between Google Calendar and Zoom, supporting both scheduled and manual triggers. This greatly enhances the efficiency and accuracy of meeting arrangements, avoiding duplicate operations and omissions. It is suitable for various scenarios, including remote working teams, sales personnel, and educational institutions.

This workflow is designed to automatically monitor the inventory status of a Shopify store. When the inventory falls below a set threshold or a product is sold out, it promptly sends a notification to a designated Discord channel. The notification includes the product name, inventory quantity, variants, and images, helping the operations team to stay updated on inventory dynamics in real time, respond quickly to restocking needs, optimize sales strategies, and avoid sales losses due to stockouts.

This workflow automates the reception of alarm information from the Syncro monitoring system and automatically creates or closes alarms in OpsGenie based on the alarm status. It retrieves information in real-time through Webhook and intelligently determines whether the alarm has been resolved, ensuring that the operations team can respond promptly and improving the accuracy and efficiency of alarm handling. It is suitable for IT operations teams and technical support departments, helping them reduce manual operations and optimize the alarm management process.

This workflow is primarily used for the automatic monitoring of the SSL certificate status for specified domain names, ensuring website security. It can detect in real-time whether the certificate has expired and sends instant alert notifications via Telegram when it does, helping users respond promptly to security risks and enhancing the website's accessibility and user trust. It is suitable for website administrators, operations personnel, and security teams, addressing the cumbersome issue of manual checks and ensuring that certificates remain valid at all times.

This workflow implements real-time monitoring of newly created tickets in the ServiceNow system. It automatically retrieves the most recently created tickets every 5 minutes, organizes their details, and pushes them to a designated Slack channel. Additionally, if any exceptions occur during the connection process, error notifications will be sent promptly to enable the operations team to respond quickly. This process effectively enhances ticket handling efficiency, ensures that critical events are not overlooked, and improves collaboration and information flow among teams.

This workflow automatically retrieves weather data for Berlin every day and sends instant push notifications via the Gotify service, helping users quickly stay updated on the latest weather conditions. Users do not need to check manually, which enhances the efficiency of planning for both personal and professional activities, such as travel planning and event organization. By utilizing scheduled triggers and real-time notifications, it ensures that users receive timely information about weather changes, thereby improving the accuracy and safety of their plans.

This workflow is designed to verify the message signatures from Slack Webhooks, ensuring the authenticity of the message source and preventing malicious requests and data tampering. By implementing a signature verification mechanism using the HMAC SHA256 algorithm, users can enhance security in automated processes integrated with Slack, avoiding phishing and forgery attacks. It is suitable for enterprise security teams and developers, simplifying the security protection of automated systems and ensuring the credibility of Webhook data.

This workflow achieves the fully automated generation and sharing of security scan reports. Triggered by Slack, it automatically retrieves the report template and initiates the generation process, regularly checking the status. Finally, it downloads the report and uploads it to the designated Slack channel. This process significantly reduces manual operations and operational burdens, ensuring that the security operations center can timely access the latest security reports, enhancing team collaboration and response efficiency, while simplifying compliance management.

This workflow receives files sent by users via a Telegram bot and automatically sends them to a Kindle device, streamlining the file transfer process. Users only need to send the files without the need for manual downloading or forwarding; the system handles everything automatically, enhancing efficiency and convenience. It is suitable for users who wish to quickly upload eBooks or documents to their Kindle, addressing the cumbersome issues of traditional transfer methods and making the digital reading experience smoother.

This workflow effectively prevents concurrent execution of the same workflow by utilizing Redis for state management, avoiding resource conflicts and data inconsistencies. It supports setting, getting, and deleting state markers, ensuring that only one instance is running at any given time, and provides a timeout mechanism to automatically release the locked state, thereby enhancing the system's stability and reliability. It is suitable for scenarios that require strict control over workflow execution, such as automated task management and status tracking of complex processes.

This workflow is designed to automate the response to security incidents by periodically retrieving threat detection data from CrowdStrike, analyzing it item by item, and querying VirusTotal for enhanced intelligence. It automatically creates Jira tickets to standardize security incident management and promptly notifies the security team via Slack, ensuring efficient response and handling. The overall process optimizes the analysis of detection data, reduces manual operations, and improves the speed and accuracy of threat identification and resolution, making it suitable for the automation needs of security operations centers and enterprise environments.

This workflow automates the process of downloading files from web requests, uploading them to a specified Amazon S3 bucket, and retrieving a list of all files within that bucket. By streamlining file upload and management operations, users can efficiently handle files, reduce manual intervention and error rates. It is suitable for scenarios such as cloud storage management, regular file synchronization, and real-time monitoring of storage content, thereby enhancing enterprise work efficiency.

This workflow automatically syncs the meeting status from Google Calendar to the Slack user status and intelligently controls the Philips Hue lighting system to reflect team members' availability in real time. By utilizing the color coding of calendar events, it flexibly adjusts Slack statuses and lighting modes to enhance communication efficiency in the office. It is suitable for remote and hybrid work scenarios, helping to optimize resource usage and reduce distractions, while also improving personal time management and creating a more intelligent work environment.

This workflow provides an instant weather inquiry service through Slack. Users simply need to send a request containing the location name, and the system will automatically retrieve the latitude and longitude of that location and call the meteorological bureau's API to obtain detailed weather information. Ultimately, the formatted weather forecast will be pushed to the designated Slack channel. This automated process greatly enhances the efficiency of the team in obtaining weather information and is suitable for internal corporate communication, customer support, and personal daily activity planning, saving time on switching applications.

This workflow is designed to automatically create delivery tasks in the Onfleet system when Shopify orders are shipped, streamlining the process from order processing to delivery task generation. By seamlessly connecting the two platforms, it significantly enhances logistics delivery efficiency, reduces delays and errors caused by manual operations, and ensures timely and accurate deliveries. It is particularly suitable for e-commerce operations teams and logistics dispatch personnel.

This workflow combines artificial intelligence with instant messaging tools to achieve intelligent automated responses for IT inquiries. It can receive IT-related questions posed by employees on Slack in real time, automatically retrieve information from the Confluence knowledge base, generate accurate answers, and promptly respond to users. This significantly enhances IT support efficiency, reduces manual intervention, and improves the employee inquiry experience. Through contextual memory and multi-user conversation management, the system effectively addresses the issues of dispersed information queries and repetitive work, helping enterprises create an efficient digital office environment.

This workflow is designed to help users automatically batch restore workflow backups from GitHub repositories, enabling one-click restoration to ensure data security and operational convenience. By configuring GitHub information, users can quickly synchronize and restore multiple workflows, effectively addressing recovery challenges caused by operational errors or data loss. It reduces the complexity of manual imports and enhances the continuous and stable operation of workflows, making it suitable for teams and technical personnel that require frequent backups and restorations.

This workflow can automatically monitor specified files in Google Drive. Once a file is updated, it immediately creates a new task in Onfleet, ensuring timely information transfer and swift task implementation. Through minute-by-minute polling and precise triggering, it significantly enhances work efficiency and reduces manual intervention. It is suitable for fields such as logistics, project management, and customer service, helping businesses achieve process automation and optimize work response speed and customer experience.

This workflow achieves deep integration between Slack and ServiceNow, allowing users to directly query ticket information within Slack. By entering priority and status conditions in a pop-up window, users can quickly obtain tickets that meet the criteria, with the query results sent in an aesthetically pleasing format, supporting the display of up to 5 ticket details. The workflow also provides friendly reminders when there are no matching results, ensuring that users are always informed about the query status, thereby enhancing the efficiency of information retrieval and the collaboration experience.

This workflow automates the process of downloading files from a specified URL and uploading them to a designated folder in NextCloud cloud storage, followed by listing all the contents of that folder. Users can manually trigger the process to maintain control over the operation. This automation simplifies the steps for file retrieval and cloud storage synchronization, enhancing management efficiency. It is suitable for businesses and individual users who need to frequently update or back up files, especially in content management and team collaboration.

This workflow implements real-time monitoring of workflow update events and automatically sends update notifications to a designated Mattermost channel. By triggering webhooks and customizing messages, it ensures that team members are promptly informed of the latest changes in the workflow, enhancing collaboration efficiency. This automated notification system effectively addresses the issue of delayed information transmission, making it particularly suitable for teams that require quick responses to changes, thereby promoting transparency and smooth communication.

This workflow automatically retrieves SharePoint list data through a scheduled trigger, enhancing the efficiency and security of data synchronization. It dynamically generates OAuth access tokens, eliminating the cumbersome process of manually obtaining tokens, and securely calls the SharePoint API to achieve automated monitoring and retrieval of data. It is suitable for enterprises to regularly synchronize data, monitor key changes, and support digital transformation. The overall design emphasizes security management and recommends the use of secure credential management services to effectively reduce operational risks.

This workflow implements automatic monitoring of SSL certificate validity for multiple websites. It regularly retrieves URLs to be checked from Google Sheets and uses the SSL-Checker.io API to check the certificate status in real-time. If a certificate is set to expire within 7 days, the system automatically sends an email reminder to enhance the automation and timeliness of certificate management, effectively preventing security risks and service interruptions caused by expired certificates, and ensuring the safe and stable operation of the websites.

This workflow integrates the security incident response platform TheHive, enabling the automatic creation and reading of security alerts, as well as the sending and resolution of alert notifications through the SIGNL4 service. Its highlights include the use of Webhooks for real-time triggering and conditional judgment, automating the management of security incidents to enhance response efficiency and accuracy. It is suitable for information security teams and Security Operations Centers (SOC), helping enterprises quickly monitor and address security threats, ensuring smooth and efficient information security operations.