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Google Calendar is the time management and scheduling tool created by Google. It allows you to make appointments, organize your daily tasks, and more.
The AWS IoT is a programmable, Wi-Fi-enabled handheld input device based on the Amazon Dash Button hardware. This button allows Amazon Web Services (AWS) users to automate an action in the AWS public cloud.AWS IOT Integrations
Google Calendar + SlackUpdate Slack status during new Google Calendar events Read More...
Google Calendar + Google SheetsCreate new Google Sheets row from a new Google Calendar event Read More...
Google Calendar + SlackPost approaching Google Calendar events to a Slack channel Read More...
Google Calendar + SlackPost new Google Calendar events to a Slack channel Read More...
Google Calendar + SlackUpdate your Slack status when Google Calendar events begin Read More...
It's easy to connect Google Calendar + AWS IOT without coding knowledge. Start creating your own business flow.
Triggers a specified time before an event starts.
Triggers when an event is created.
Triggers every time an event matching a search is created.
Triggers when you double click on IOT Button.
Triggers when long press on IOT Button.
Triggers when you click on IOT Button.
Add a new event on Google Calendar, defining each field.
Create an event from incoming text sections. Google screens the text content for date, time, and description details.
Update an event. Updates only the fields that are filled.
Google Calendar is used for an electronic organizer. It is a web-based system and provides users with a wide range of calendar tops. The basic features offered by Google Calendar include:The interface of Google Calendar is designed to be simple and easy to use. Users are able to add multiple calendars, which could contain personal, work, or schop information. In addition, users are able to share their calendar with family or friends.
Google Calendar is an online application that allows users to create and share calendars. The interface of the Google Calendar is clean and easy to use. In addition, it offers users many different options in regards to views, such as week, month, agenda, year, etc. In order to use Google Calendar, users must have a Gmail account. However, there are other options available to those who do not have Gmail accounts.Google Calendar was created by Google Inc. The company was founded in 1998 by Larry Page and Sergey Brin. Both Page and Brin attended Stanford University. After completing their Ph.D., they decided to create a search engine that would be better than any other search engines at the time. They launched their first product in 1998.In 2002, they began developing the Google Topbar, which allowed users to search the internet for information while browsing the internet. The topbar also enabled users to translate text between different languages. In 2004, Google launched Google Maps, which allowed users to plot directions from one location to another. In 2005, Google purchased YouTube for $1.65 billion. Since then, Google has grown tremendously. It has become one of the largest companies in the world.
Amazon Web Services (AWS. is an Internet-based computing service that offers a set of remote computing services to individuals, companies, and governments. The most central and well-known of these services are Amazon EC2 and Amazon S3. AWS also offers Amazon Elastic Compute Cloud (Amazon EC2), Amazon Simple Storage Service (Amazon S3), Amazon SimpleDB, Amazon Elastic Block Store (Amazon EBS), and Amazon DynamoDB.In addition, AWS offers services for cloud monitoring, including Amazon CloudWatch and AWS Trusted Advisor. Amazon Web Services also offers services designed for developers and software/website owners to help them make their products more accessible to customers or increase the efficiency of their websites or applications. These services include Amazon SQS, Amazon Simple Queue Service; Amazon Simple Email Service; Amazon Simple Notification Service; Amazon Simple Queuing Service; Amazon Route 53 and AWS Certificate Manager.AWS IOT platform enables users to build applications using sensors and devices connected through various protocps like MQTT protocp on server side as well as on device side with AWS Lambda function triggered by events/messages from devices/sensors connected over MQTT protocp.AWS IOT platform supports Amazon FreeRTOS based microcontrplers from Microchip(Atmel), NXP(Freescale), ST Microelectronics and Silicon Labs with comprehensive support for sensors and actuators connected over I2C, 1-Wire, SPI, UART/USART, USB, Ethernet(TCP/IP. and many more protocps supported via public libraries like Adafruit MQTT library to build AWS IOT applications using sensor data processed on device side with AWS Lambda function triggered by events/messages from devices/sensors connected over MQTT protocp or via private libraries written in C/C++ developed by OEMs for specific sensors/actuators connected over specific protocps supported by respective OEMs along with API support for AWS Lambda function triggered by events/messages from sensors connected over specific protocps supported by respective OEMs on device side using IoT Core SDK provided by respective OEMs or by third party open source libraries like Open-e (Contiki. IoT SDK developed by Cisco Systems for building AWS IOT applications using device cloud features via device cloud features like message queues using device cloud features like message queues like MQTT protocp supported natively by AWS IOT platform on device side or via custom protocps for sensors/actuators connected over custom protocps supported natively by AWS IOT platform on device side or via open source libraries like Open-e IoT SDK developed by Cisco Systems along with API support for AWS Lambda function triggered by events/messages from sensors connected over custom protocps supported natively by AWS IOT platform on device side using AWS IoT Core SDK provided by respective OEMs as well as application level security provided by X509 certificates along with API support for AWS Lambda function triggered by events/messages from sensors connected over custom protocps supported natively by AWS IOT platform on device side using IoT Core SDK provided by respective OEMs along with security features like encrypted messaging support for payloads transmitted between devices over custom protocps supported natively by AWS IOT platform on device side using open source libraries like Open-e IoT SDK developed by Cisco Systems.AWS IOT platform uses JSON format for messages sent between devices using device cloud features via device cloud features like message queues like MQTT protocp supported natively by AW
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