Tag: IOT

Feed: Recent Announcements. AWS IoT SiteWise Edge allows you to define edge data storage strategies to prevent loss of operational data while disconnected (up to 30 days) as well as choosing a data upload strategy to the cloud upon re-connection. Application data uploaded to the cloud is often time critical, where values beyond a certain age may not be relevant for short term actions. Conversely, older historical data can be important in diagnosing long term trends and diving deep into equipment operational performance for non-time critical applications. When there is loss of communication between the edge and the cloud, AWS ... Read More

Feed: Recent Announcements. AWS IoT Core for LoRaWAN is a fully managed LoRaWAN Network Server (LNS) of AWS IoT Core that allows customers to connect wireless devices to the AWS cloud using the low-power long-range wide area network (LoRaWAN) technology. Now, AWS IoT Core for LoRaWAN supports two new features, Downlink Queue Management and Network Analyzer, to help customers manage and monitor communications between devices and the cloud. Downlink Message Management feature allows customers to schedule, delete and even purge downlink messages, and Network Analyzer can be used to monitor the messages and help troubleshoot issues related to uplink or ... Read More

Feed: AWS Partner Network (APN) Blog. Author: Diego Colombatto. Editor’s note: The Italian version of this blog post is available here >> By Diego Colombatto, Partner Solutions Architect – AWSBy Fabrizio Marinaro, Account Partner – IBMBy Alessandro Prencipe, Hybrid Cloud Architect – IBMBy Giulia Tieran, IoT Cloud Solution Program Manager – IBM IBM Utilities are going through a period of transformations linked to the need to quickly adapt to the new requests of the Energy Authority or other external agents, to govern the services provided to customers in an ever more efficient way, and to respond to new climatic and ... Read More

Feed: Recent Announcements. AWS IoT Device Management Jobs now supports a new Job execution retry configuration, enabling developers to increase success rates of large scale deployments by ensuring automatic redeployment of failed job executions. Instead of having to manually identify and redeploy to devices that fail, customers can now define a maximum number of retries in the ‘Job Execution Retry Configuration’ for each Job rollout or deployment, along with the criteria to trigger the retry behavior. Fleet administrators have flexibility to set the Job execution retry configuration, when they create a Job, update a Job, or create a Job Template from ... Read More

Feed: Featured Blog Posts - Data Science Central. Author: Pragati Pa. The global IoT in intelligent transportation systems market is anticipated to be driven by the rising focus of industry players on research and development, aimed at enhancing the integrated IoT software in order to minimize the cost of operation associated with these tools. Furthermore, the increasing focus on data collection pertaining to tire wear and tear tracking, user driving behavior, vehicle efficiency, telematics feedback, and vehicle performance is likely to positively influence the development within the global IoT in intelligent transportation systems market in the coming years. Some other ... Read More

Feed: AWS Architecture Blog. The ability to analyze your Internet of Things (IoT) data can help you prevent loss, improve safety, boost productivity, and even develop an entirely new business model. This data is even more valuable, with the ever-increasing number of connected devices. Companies use Amazon Web Services (AWS) IoT services to build innovative solutions, including secure edge device connectivity, ingestion, storage, and IoT data analytics. This post describes Meshify’s IoT sensor solution, built on AWS, that helps businesses and organizations prevent property damage and avoid loss for the property-casualty insurance industry. The solution uses real-time data insights, which ... Read More

Feed: AWS Partner Network (APN) Blog. Author: Rakesh Kumar. By Rakesh Kumar, Director, SW Engineering – LenovoBy Ryan Vanderwerf, Partner Solutions Architect – AWSBy Gandhinath Swaminathan, Partner Solutions Architect – AWS Lenovo Internet of Things (IoT) technologies measure physical environmental parameters and convert them into a digital signal for better interpretation, either on edge or in the cloud. Such digital signals are used to automate the workflow, provide business insights, and improve customer experience without any human intervention. IoT use cases that use these digital signals range from counting retail store visitors and automating inventory management to a touchless self-checkout ... Read More

Feed: The Internet of Things on AWS – Official Blog. Author: Julia Hu. In this two-part blog post, we propose an AWS IoT AI/ML solution to help our industrial customers for efficiently monitoring industrial assets in a scalable manner. Part 1 of the blog shows: How to create an asset simulator with AWS IoT SiteWise; How to create data pipeline to integrate Amazon Lookout for Equipment with AWS IoT SiteWise. In this post, you will continue building the solution started in part 1 of this series. You will need to have AWS IoT SiteWise and SiteWise Monitor configured with the ... Read More

Feed: The Internet of Things on AWS – Official Blog. Author: Julia Hu. Customers that manage and maintain industrial assets strive to keep them functioning as efficiently as possible, which they can do by monitoring and analyzing the health of their assets. Plant operators measure efficiency with key performance indicators (KPIs) like overall equipment effectiveness (OEE) or mean time before failure (MTBF) and act to improve these metrics at predetermined intervals. Ideally, plant operators would only act at the time when there is a justifiable gain for a taken action, like recalibration or replacement. Meanwhile, the operational technology (OT) team ... Read More

Feed: The Internet of Things on AWS – Official Blog. Author: arunarvi. Today, we think of connected vehicles as an advanced class of vehicle with internet connectivity. However, we will soon refer to these simply as vehicles, since by 2030, over 95 percent of new vehicles sold globally will be connected to the internet, up from about 50 percent today.¹ Greater vehicle connectivity gives automakers opportunities to improve vehicle quality, safety, and autonomy, but it also brings challenges—namely, how to efficiently collect and utilize the massive amounts of data generated by connected vehicles. In this post, we will walk through ... Read More