The Internet of Things on AWS – Official Blog
Category: Compute
Scaling for Complexity – Architecting for Performant Embedded Devices at the Edge – Part 2
The following is a survey paper, published and presented to the Academic Congress of Embedded World 2022 at Nuremberg, Germany on June 21st 2022. Part 1 – Scaling for Complexity – Architecting for Performant Embedded Devices at the Edge – Part 1 Provisioning Layer The provisioning layer of your IoT workloads consists of the Public Key […]
Scaling for Complexity – Architecting for Performant Embedded Devices at the Edge – Part 1
The following is a survey paper, published and presented to the Academic Congress of Embedded World 2022 at Nuremberg, Germany on June 21st 2022. Abstract Embedded edge devices with multi-sensor data sources are proliferating at an accelerating rate. Devices must be designed, manufactured, installed, connected, and controlled through seven distinct logical layers to securely connect […]
Digital Twins on AWS: Predicting “behavior” with L3 Predictive Digital Twins
In our prior blog, we discussed a definition and framework for Digital Twins consistent with how our customers are using Digital Twins in their applications. We defined Digital Twin as “a living digital representation of an individual physical system that is dynamically updated with data to mimic the true structure, state, and behavior of the […]
How KAMAX connected their industrial machines to AWS in hours instead of weeks
This post was co-authored by Praveen Rao, Principal GTM leader, Mfg and Supply Chain at AWS; Adrian Weiss, Product Manager and Senior Data Scientist at nexineer; Nicolas Byl, Director Software Engineering at nexineer; Jill Mannaioni, Vice President Americas at CloudRail; and Philip Weber, Senior Partner Manager, EMEA and APJ at CloudRail. Every manufacturing customer these […]
Digital Twins on AWS: Driving value with L1 Descriptive Digital Twins
In our prior blog, we discussed a definition and framework for Digital Twins consistent with how our customers are using Digital Twins in their applications. In particular, we described a Digital Twin leveling index to help customers understand their use cases and the technologies needed to achieve the business value they are seeking. This Digital […]
Digital Twins on AWS: Unlocking business value and outcomes
Every day, we hear from our customers about the desire to implement Digital Twins to improve operations, product offerings, and business value delivered to their own end customers. The concept of twins is not new and dates back to the early days of the space program. The Apollo 13 mission in the 1960s is an […]
Improving building operational performance with Cognizant 1Facility and AWS IoT TwinMaker
Post also written by Shardul Pradhan and Ramesh Yechangunja from Cognizant Introduction Recent market conditions have stressed the commercial building management market due to the increased cost of construction, reduced occupancy, and increased cost of labor to monitor and maintain buildings. This is fueling the need for smarter and safer buildings. According to research from […]
Building a scalable IoT system for connected air purifiers on AWS IoT: Blueair (a Unilever company)
Introduction Our homes contain everything from dust, cooking fumes, and chemicals released from paint, furniture, and cleaning agents. Add to that polluted outdoor air making its way into our homes through ventilation, and you’ve got a cocktail of toxins floating around between your four walls. Clean air has proven positive health benefits. It can provide […]
Securely ingesting large-sized payloads from IoT devices to the AWS Cloud
AWS IoT Core lets you securely ingest payloads from IoT devices to the AWS Cloud at a large scale—supporting billions of devices and trillions of messages. It also lets you process the messages and manage the devices from the cloud reliably and securely. One challenge you may have faced while designing your solution with AWS […]
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.