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OPA-DATA tells us about integrating IoT solutions in manufacturing and public sector
| May 29, 2018
Masamb is a Semiconductor Domain Company, it provides services including IP enabled services to Semiconductor...
Article | February 11, 2020
If you own smart home products like SmartThings or Nest, you may be familiar with some of the technologies behind them. Network protocols like Zigbee and Z-Wave dominate the industry, while Thread, a younger network standard, is gaining headway as a strong contender in the battle for market share. Although this may seem like your typical rivalry between industry leaders, the competitive landscape is more complicated than selecting one over another.
In the quickly evolving world of the IoT, multiple standards have developed in a short span of time, each with the goal of allowing smart home devices to communicate with each other and with multiple online services. One solution to this issue is the use of the Dotdot, an application layer developed for IoT devices to easily join networks of other similar devices and to communicate their status and capabilities in a standardized way, combined with Thread. Thread is an IP mesh network implementation designed for IoT device communication, promises to be a widely implemented standard in IoT device manufacture and development.
Pharma is big business, but what it’s not generally recognized is, in large part, a manufacturing business with complex supply chains, finicky chemical processes and products that have to meet stringent quality controls. Few of those outside the industry think about how drugs are made safely, efficiently and at scale with reliable quality and in precisely measured doses. Even more interesting is the simple fact that pharma often produces sophisticated drugs using manufacturing processes that are decades out of date, and which are being phased out in comparable industries, such as chemical manufacturing.
Water is one of our most precious resources. Yet every year, we lose more than 126 million cubic meters globally to leaks, poor metering and theft. Beyond that is the energy wasted moving water that never gets used. It adds up to staggering economic – and environmental – costs. It also presents one of the most compelling opportunities to use industrial IoT solutions. Water utilities can use IoT to address two fundamental aspects of water management: maintaining the physical infrastructure and addressing water safety and sustainability. With IoT sensors throughout a water utility’s infrastructure, it becomes possible to. In many ways, these uses mirror what’s possible in manufacturing. But while factory floors are condensed environments – with all assets located in a confined area – water utilities operate highly distributed environments. Reservoirs, pipes, pumps and other assets are spread across a massive physical footprint. Such environments introduce some unique challenges. One of the most pressing is cost. Capturing data across a massive infrastructure – and moving it to the enterprise and/or cloud – is a heavy lift. That’s especially true when considering the criticality of timely transmission and analysis of water data. Any delay can contribute to continued losses.
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