The Internet of Things on AWS – Official Blog
Tag: aws iot greengrass
Creating and deploying a custom AWS IoT SiteWise MQTT connector with AWS IoT Greengrass
Efficiency, uptime, and the minimizing of costs are three of the most important pillars of a successful industrial operation. Understanding the operating state of equipment, overall efficiency of a piece of equipment, or a whole production line – as well as how these affect costs and revenue across multiple sites – requires a complete view […]
7 patterns for IoT data ingestion and visualization- How to decide what works best for your use case
Introduction Whether you are just starting with your Internet of Things (IoT) journey, or already have millions of connected IoT devices, you might be looking for ways to maximize the value extracted from your IoT data. IoT devices data can contain a wealth of information within its reported telemetry data, metadata, state, and commands and […]
How to manage IoT device certificate rotation using AWS IoT
Introduction The Internet of Things (IoT) is transforming business operations and customer experiences across a variety of industries. This unlimited opportunity enables business transformation, but if not implemented correctly, it also brings security, risk, and privacy concerns, compromising your data and brand. In industrial facilities, OT (Operational Technology) environments are leveraging more IT solutions to improve […]
5 tips to build AWS IoT Greengrass v2 Components
AWS IoT Greengrass v2, announced on December 2020, is an open source edge runtime service that you can use to build, deploy and manage edge software components and locally act on the data that your intelligent IoT devices capture. For example, you can run data prediction machine learning models, filter and aggregate device data as […]
AWS IoT Greengrass now supports the Windows operating system
Introduction Microsoft Windows is a common operating system for devices used in industrial automation. Customers using AWS IoT Greengrass have been restricted to Linux based devices until now. Today we are excited to announce native Windows support for AWS IoT Greengrass v2. This will allow customers to leverage AWS IoT Greengrass on their Windows based […]
How a major manufacturer manages and monitors industrial devices and vehicles with AWS IoT
Learn about a decoupled approach that unlocks device distribution, and see how an AWS customer who manufactures industrial devices and vehicles uses the decoupled approach to more effectively manage and monitor vehicles with AWS IoT.
Implementing Local Client Devices with AWS IoT Greengrass
AWS IoT Greengrass is an open source edge runtime and cloud service that helps you build, deploy, and manage device software at the edge. AWS IoT Greengrass Version 2.2.0 now includes support for local clients and devices (client devices) to locally connect to an AWS IoT Greengrass Core using MQTT. Client devices can securely send […]
Yara and AWS to Digitalize Crop Nutrition Production System
Amazon Web Services (AWS) will assist world-leading crop nutrition company Yara in building a Digital Production Platform (DPP) to further improve safety, reliability, product quality and plant efficiency. The Yara Digital Production Platform aims to reduce Yara’s environmental footprint, supporting the company to deliver on its mission to responsibly feed the world and protect the […]
Connecting home appliances with a smart home solution built on AWS in the AWS China Region
This blog post introduces how the manufacturers of home appliances can use AWS Services to build and maintain their smart home solutions. These solutions are both the platforms that power their connected products as well as the applications consumers use to control those products. This blog post illustrates a real use case from a customer […]
How to integrate NVIDIA DeepStream on Jetson Modules with AWS IoT Core and AWS IoT Greengrass
AWS continually evolves our edge computing offerings to provide customers with the technology they need to extend AWS services to edge devices, such as consumer products or manufacturing equipment, and enable them to act intelligently. This helps customers avoid unnecessary cost and latency, and empower customers with the ability to manage edge devices securely and […]