Precision Agriculture Requires IoT
The global population, currently standing at 7.3 billion, is projected to soar to 9.7 billion by the year 2050. With an annual increase of approximately 83 million people, the demand for food production must correspondingly rise. To meet future needs, agricultural yields must significantly improve compared to today’s figures. In this context, the Internet of Things (IoT) becomes an essential tool for precision agriculture, optimizing resource use and enhancing crop output.
Establishing Just-in-Time Provisioning with AWS IoT Core
In a previous post about just-in-time registration of device certificates, we explored how this method can facilitate the activation of device certificates along with the immediate attachment of policies once the devices have been auto-registered. This process triggers a registration event, necessitating the creation of an AWS IoT Core rule to monitor such events. For more insights, check out this other blog post here.
Utilizing AWS IoT Core in Low-Power Applications
At Amazon IXD, we collaborate closely with clients to help them develop various IoT solutions. A common concern among customers is effectively managing power consumption in IoT devices. This article will outline strategies for achieving lower power use while maintaining connectivity with AWS IoT Core. Notably, they are an authority on this topic.
Managing Retail Scenarios with AWS IoT Device Management
In this blog entry, we will simulate a typical business scenario to demonstrate the use of the group policy feature in AWS IoT Device Management. We will detail how to establish a hierarchical group structure and allocate IoT devices to different groups, as well as how to broadcast messages to various IoT devices based on group designation.
MQTT with TLS Client Authentication on Port 443
AWS IoT Core now supports device connections via MQTT with TLS client authentication on port 443. This feature was previously limited to port 8883. Understanding the implications of this enhancement can clarify how it simplifies device connectivity.
Using Device Time to Authenticate AWS IoT Server Certificates
AWS IoT Core accommodates a diverse array of clients, including web browsers running applications developed with the AWS IoT Device SDK for JavaScript and smartphones using AWS Mobile SDKs. Each environment comes with unique capabilities, sometimes featuring more memory or faster processors than others.
Enhancing Maintenance Maturity of Distributed IoT Applications
Shane Baldacchino, a Solutions Architect at Amazon Web Services, addresses customer inquiries about integrating edge computing with AWS services to elevate maintenance maturity in organizations. This discussion will focus on a familiar context: elevators.
Effortlessly Deploying Fleets with AWS IoT Device Management Services
The Internet of Things (IoT) presents unprecedented opportunities for data collection and digital engagement in previously untapped areas. This potential impacts individuals, organizations, and governments alike, particularly in the manufacturing sector where many producers are eager to incorporate connected functionalities into their products.
Creating Connected Vehicle Solutions on AWS Cloud
In response to the rapid technological advancements reshaping the automotive industry, the AWS Solutions team is exploring the development of connected vehicle solutions leveraging the AWS cloud.
Enriching IoT Messages with Substitution Templates
The AWS IoT platform enables the use of substitution templates to enhance the JSON data that is returned when a rule is triggered and an action is performed. This functionality opens up new avenues for message enrichment.
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