Device Magic is a professional mobile app and web app that allows your teams to complete forms and collect data anywhere, anytime. It helps organizations make seamless digital transformations to eliminate paperwork, improve data collection processes, and increase operational efficiency.
DynamoDB is a fully managed NoSQL database service from Amazon that delivers rapid performance at any scale. It breaks down your data storage and management problems into tractable pieces so that you can focus on building great apps instead of managing complex infrastructure.Amazon DynamoDB Integrations
Looking for the Amazon DynamoDB Alternatives? Here is the list of top Amazon DynamoDB Alternatives
Device Magic + Amazon DynamoDBCreate Item to Amazon DynamoDB from New Submission in DeviceMagic Read More...
Amazon DynamoDB + Device MagicDispatch Form in DeviceMagic when New Table is created in Amazon DynamoDB Read More...
Amazon DynamoDB + Device MagicDispatch Form in DeviceMagic when New Item is created in Amazon DynamoDB Read More...
Device Magic + GmailSend Email in Gmail when New Submission is created in DeviceMagic Read More...
It's easy to connect Device Magic + Amazon DynamoDB without coding knowledge. Start creating your own business flow.
Triggers when your form receives a new submission.
Trigger when new item created in table.
Trigger when new table created.
Dispatches a Form to a target Device. This is only available to trial and enterprise organizations.
Creates new item in table.
The Internet of Things (IoT. is the network of physical devices, home appliances and other items embedded with electronics, software, sensors, and network connectivity, which enables these objects to connect and exchange data. The IoT allows objects to be detected and contrpled remotely across existing network infrastructure, creating opportunities for more direct integration of the physical world into computer-based systems, resulting in improved efficiency, accuracy and economic benefit in addition to reduced human intervention .
Device Magic is an all-in-one IoT Cloud Platform that enables businesses to connect to the IoT by providing them with a single management platform for all things connected. The Device Magic platform provides developers the power to easily build and deploy sophisticated Smart Device Applications onto low-cost hardware such as Raspberry Pi and Arduino boards. It provides developers with a Dynamic Code/Hardware architecture enabling them to write code, deploy it to their devices and then modify it on-the-fly. This allows developers to capture unpredictable changes in product development cycles and even update code in the field without having to update the firmware .
Amazon DynamoDB is a fully managed NoSQL database service designed for web applications. It uses SSD cloud storage and scales automatically, so you never need to provision or manage servers. With DynamoDB, you can offload any time-consuming database work from your web or mobile application onto AWS .
This paper will describe how Device Magic and Amazon DynamoDB can be integrated into a system that uses a Robotic Arm, specifically discussing how a Robotic Arm can be used in a real-life scenario to determine if a drink has been poisoned. This paper will also discuss the benefits of integrating this two products together.
One of the main advantages of using a Robotic Arm is that it can be used in many different areas. In this case, we will use a robotic arm to determine if a drink has been poisoned. In order to do this, we will connect the robotic arm to a Raspberry Pi Zero because it is small yet powerful enough to run our App, which provides us with a way to sense what type of liquid is being placed into a cup. We will then connect this Raspberry Pi Zero to a Camera Module which will record a video of the person pouring liquid into a cup. After this, we will connect the robotic arm again using a USB cable directly to the Raspberry Pi Zero. Next, we will connect the robotic arm to a Bluetooth Module so that it can communicate wirelessly with the Raspberry Pi Zero. Finally, we will connect the robotic arm to a 3D printed base so that it can stand up on its own without falling over. When the robotic arm detects that a drink has been poured into a cup, it will send a signal to an Amazon DynamoDB feed which will trigger a WebSocket channel which will send a message to a NodeJS server running on a Raspberry Pi Zero connected to our local network. The NodeJS server will be able to receive messages from our Amazon DynamoDB feed and will then send messages from an MQTT channel connected to our Amazon IoT cloud service feed. Our Amazon IoT service feed will send messages using MQTT protocp via an MQTT channel connected to our Amazon IoT cloud service feed. In order to view all of this data on one screen, we can use a WebSocket channel connected to our Amazon IoT cloud service feed. On the other end of this WebSocket channel is a WebSocket channel connected to a WebSocket channel connected to a WebSocket channel connected to a WebSocket channel connected to a WebSocket channel connected to our ATSD feed. Our final WebSocket channel is connected from our ATSD feed directly to our dashboard so that we can see all of this information on one screen as well as access all of our data through multiple channels. This way everything is connected together so that we can easily access all of our data and see what has happened in real time even if we are not at our lab.
After we have completed this system we can use it in many different ways depending on the application we want it for. For example, if we wanted it for military purposes we could use it as part of an airborne system for detecting bombs on roads. Or if we wanted it for cleaning purposes we could use it as part of an underwater anti-pplution system where it would detect toxic chemicals and send alerts to people working underwater with waterproof tablets telling them not to touch these chemicals or try to clean them up with water or soap because they could damage their skin and kill them. Another thing we could use this for is for unlocking doors. For example we could program it so that when we put our hand up against the door and say “Hey Alexa” or “Alexa” or “Robot Arm” then it would unlock the door for us so that we could go inside without having to carry around keys or worry about losing them accidentally. There are many different ways we could use this device for as long as we think outside of the box and come up with creative ideas for using this technpogy in new applications.
In conclusion, integrating Device Magic and Amazon DynamoDB together would greatly improve many aspects of our lives by allowing us to contrp devices remotely through the cloud instead of having to physically be there in order to turn things on or off manually. We hope you enjoyed reading this paper! If you have any questions about integrating these two products together or would like us to write about another topic please let us know at [email protected] or [email protected].
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