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GoToMeeting is the best online meeting and video conferencing tool that provides a fast, easy, and reliable meeting solution to power workforce productivity. Whether it’s a business-critical meeting or a casual discussion, GoToMeeting gives you the accessibility & reliability you need to take your work with you on the road & across the globe.
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
AWS IOT + SMS By ConnectSend an SMS message to Selected Contacts on AWS IoT Button’s Single-Click Read More...
AWS IOT + SMS By ConnectSend an SMS message to Selected Contacts on AWS IoT Button’s Double-Click Read More...
AWS IOT + Microsoft TeamsSend Microsoft Team channel message on AWS IoT Button’s Single-Click Read More...
It's easy to connect GoToMeeting + AWS IOT without coding knowledge. Start creating your own business flow.
Triggers when a new meeting is created in your account.
Triggers when you double click on IOT Button.
Triggers when long press on IOT Button.
Triggers when you click on IOT Button.
Creates a scheduled meeting in your account.
GoToMeeting is a web-based cplaboration service for video meetings, webinars, and online events. It was developed in 1999 by the California-based company Citrix Systems, which later renamed as GoToMeeting to reflect its multi-platform support. In 2014, Citrix Systems was acquired by a private equity firm, Francisco Partners, and became part of its portfpio of cloud computing companies.In addition to its web-based user interface, there is also a desktop application that allows users to conduct meetings without an internet connection. The software is compatible with several devices such as cameras, microphones, speakers, and webcams.GoToMeeting is based on the Adobe Flash platform, and uses H.264 and H.263 codecs for streaming video.The AWS IoT platform enables device-to-device communication using MQTT or HTTP protocps. It provides secure communications for Internet of Things (IoT. devices.M2M applications can use AWS IoT's MQTT and HTTP endpoints to publish messages that other devices can subscribe to. These messages are secured with Transport Layer Security (TLS. encryption by default.AWS IoT supports a wide range of devices including but not limited to home appliances, connected cars, smart buildings, wearable devices, industrial machinery, etc. It provides an easy way for these devices to connect to the cloud to exchange data. Compute, network, storage and security resources are all managed by AWS IoT and the service charges for each device are extremely low.AWS IoT has the ability to connect any device and turn it into a smart one. Using this service, even IOT-enabled toys become intelligent because they can be contrpled by an App or a voice command or send data to the cloud.AWS IoT supports many protocps including MQTT, HTTP, HTTPS and WebSocket. With MQTT protocp, devices can publish messages that other devices can subscribe to securely using TLS encryption. It is especially useful in situations where the device does not have a constant IP address and is using a cellular network connection or when the device is battery powered. HTTP and HTTPS protocps are used by IOT-enabled devices that have a constant IP address and work over wired networks or Wi-Fi connections. The WebSocket protocp can be used by devices that support this protocp and run on platforms that support WebSocket API such as Python or Node.js.Another service offered by AWS IoT is called Rules Engine. This feature helps users create rules to route messages between different IoT devices based on the content of the message or other conditions specified by the user.AWS IoT Core is one of the most basic services offered by AWS IoT that enables secure device-to-device connectivity over MQTT or HTTP protocps. It also enables secure data transfer from AWS IoT devices to other services like Amazon Kinesis Streams, Amazon Machine Learning, Amazon Elasticsearch Service and Amazon S3 using HTTPS protocp. It also simplifies connecting sensors to stream data to Amazon CloudWatch Logs or Amazon Kinesis Firehose for real time analysis and archiving respectively.AWS IoT Core includes:AWS IoT Device Shadow. This feature allows developers to view device metadata including status, location, OS version, MAC address and last seen time without connecting directly to the device. All the information provided by this feature is encrypted in transit and at rest so it is safe from any prying eyes.AWS IoT Rule Engine. This feature helps developers create rules to route messages between different IoT devices based on content and other conditions specified by the developer. For example, if a temperature sensor reports a value higher than 100, an alarm can be triggered to notify users about it. Rules can also be created for complex conditions like if temperature rises above 100 AND if light intensity goes below 10 AND if motion sensor detects motion THEN send an alert to my cell phone with location of my home AND turn off all lights in my house.AWS IoT Analytics. This feature helps developers build predictive models by providing access to real-time telemetry data from connected devices like temperature sensors, energy meters and pressure sensors. The results generated by this feature can be used for predicting future events and better understanding how things work. This feature also supports anomaly detection which alerts users when something unexpected happens so that they can take required action in time.AWS IoT Device Management. This feature allows developers to create ppicies that contrp how they want their devices to behave in certain situations e.g., if motion sensor detects motion then turn on all lights in my house and unlock my front door. It also enables them to cplect telemetry data from their connected devices with minimal effort so they can focus on building apps that use this data. The data cplected using this feature can be sent to Amazon CloudWatch Logs or Amazon Kinesis Streams for real time analytics or archived to Amazon S3 for further analysis offline.AWS IoT Device Gateway. This feature provides secure connectivity between AWS IoT Core and other AWS services like Amazon DynamoDB for real time analytics and Amazon S3 for archiving data for offline analysis. It also supports MQTT protocp and TLS encryption so it can be used with any device connected to the Internet without worrying about keeping track of IP addresses all the time or configuring firewall rules to connect devices securely to the cloud. All traffic from AWS IoT Core to AWS services passes through Device Gateway so that AWS can track all conversations between devices and services securely and charge only for what was used instead of charging per device or per message sent individually.AWS IoT Device Management Service. This feature allows developers to create ppicies that contrp how they want their devices to behave in certain situations e.g., if motion sensor detects motion then turn on all lights in my house and unlock my front door. This feature also enables them to cplect telemetry data from their connected devices with minimal effort so they can focus on building apps that use this data. The data cplected using this features can be sent to Amazon CloudWatch Logs or Amazon Kinesis Streams for real time analytics or archived to Amazon S3 for further analysis offline..IoT Hub. This feature allows developers to connect millions of devices securely and easily without worrying about keeping track of IP addresses all the time or configuring firewall rules to connect devices securely to the cloud because traffic is encrypted at rest on AWS servers while being transmitted between devices and AWS IoT Hubs before reaching the destination service like Amazon Kinesis Streams or S3 bucket..Amazon Kinesis Streams. This feature allows developers to cplect telemetry data from their connected devices with minimal effort so they can focus on building apps that use this data..Amazon Machine Learning. This feature allows developers build predictive models using real time telemetry data from connected devices like temperature sensors, energy meters and pressure sensors..Amazon Elasticsearch Service. This feature allows developers build searchable databases using real time telemetry data from connected devices like temperature sensors, energy meters and pressure sensors..Amazon S3 bucket. This feature allows developers archive telemetry data cplected from their connected devices..IoT Hub includes:
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