Category: Internet of Things

We’re in the midst of the information age and the Internet of Things (IoT) is at the center. What is IoT? It describes the billions of devices around the world that are connected to the internet, devices that can capture and analyze data and then perform an action based on that analysis. Whether it is an emerging IoT device, an innovative solution pivot, or a tried-and-true IoT application, a few things remain constant: we can look to leading examples from smart cities and healthcare to understand current and future uses and securely deploying and managing devices is an absolute must.

I grew up in a farming community in Kentucky, and understand how critical agriculture is to the development of a thriving and robust economy. So what can technology do to make farming and agriculture more sustainable and climate-resilient? How can we make sure crops are high quality and high yield? How do we make sure that we get them to market when they are fresh? How can we improve the way farmers interact with each other? Our customers are helping to answer these questions.

AWS has been named a leader in worldwide applications platforms for smart cities according to the IDC MarketScape: Worldwide IoT Applications Platforms for Smart Cities 2019–2020 Vendor Assessment. The report assessed the market landscape on Internet of Things (IoT) applications platforms for enabling smart cities.

Despite its abundance of natural resources, Colombia has the fourth highest rate of deforestation worldwide. To help battle deforestation and illegal logging, Amazon Web Services (AWS), in collaboration with the United States Embassy in Colombia and Jorge Tadeo University (UTadeo), sponsored the Zoo Hackathon event in Bogota in November 2019.

Our cities are becoming smarter and faster every day, and as the modern city evolves so does its transportation offerings. By migrating transportation services to the cloud, cities can evolve to meet constituents’ transportation needs. To meet a modern-day travelers’ expectations, the cloud drives innovation by providing real-time analytics and predictive modeling that can make transportation easier and faster.

At the Amazon Web Services (AWS) Public Sector Summit in Washington, DC, AWS employees shared and demonstrated our newest homegrown AWS innovations in the AWS Builders Fair. These demos featured real-world use cases for government, education, and nonprofits. Using artificial intelligence (AI), machine learning (ML), Internet of Things (IoT), natural language processing, and robotics, the demos show how technology can help address issues from recycling to translation to safe transportation. Check out the top six Builders Fair demos, now on our YouTube channel.

Amazon Web Services (AWS) and the Disruptive Innovators Network (DIN) hosted the first competitive social housing hackathon this past May in London. Four UK housing associations – including Great Places, Places for People and Metropolitan Thames Valley – were teamed with members of the AWS Partner Network (APN), and had 36 hours to analyse one of four housing problems and hack a solution.

My grandma is 88-years old with reduced mobility. She lives alone, without a caretaker, in a small village. If she falls, then she is in danger. If something goes wrong when she’s in bed, she might need assistance. With an AWS IoT button, she can call for help in a simple way and potentially save her life. Her village provides free Wi-Fi coverage, so I built an emergency alert system using AWS. When she clicks the AWS IoT button, a series of events will take place to get her the assistance she needs. This can help her in difficult situations. It’s a solution that others can create as well. In this blog post, I’ll show you how to get started.

Coastal communities in the Southern United States are frequently impacted by flooding from storm surge, rain, and tides. To help monitor and enhance flood emergency preparedness, the Virginia Institute of Marine Science (VIMS) at the College of William & Mary has been providing tidal forecasts since 2012 for a dozen locations in the lower Chesapeake Bay through its VIMS TideWatch Network. To expand and enhance these capabilities along Virginia’s seaside Eastern Shore, VIMS developed StormSense. The StormSense project works closely with coastal local governments leveraging a network of Internet of Things (IoT)-enabled water level sensors, VIMS’s hydrodynamic flood modeling and forecasting capabilities, and the VIMS TideWatch Network to improve flood resilience in the region.

The UCLA School of Medicine’s BREATHE (Biomedical REAl-Time Health Evaluation) project for pediatric asthma wanted to know if real-time data collection could pinpoint ways to predict and prevent asthma attacks in children. To explore this, the School of Medicine Research Computing (RC) Team designed an Amazon Web Services (AWS) environment that uses 24/7 data collection, machine-learning algorithms, and heavy computation that their on-premises cluster could not handle.