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Although reliance on computers is now ubiquitous, in the industrial context these machines are literally of capital significance. Automated system crashes due to software failures are not mere annoyances; they are destructive events that cost money and may threaten a business’ survival… (more)


If you’re in charge of managing the security system for a facility, then you’ve undoubtedly had your fair share of “Picasso moments”. That is, one or more security camera frames that should show well-defined images have been mysteriously transformed into something the master himself would have been proud of… (more)

Electrical substations are time-critical systems that rely on highly precise automated monitoring and messaging to guarantee effective and safe control. The devices that comprise these systems must therefore be extremely reliable and efficient, providing real-time feedback with dependably prompt reaction times. However, different classes of substation approach these issues in different ways… (more)

Traditional fieldbus networks were, and some still are, isolated automation systems which require extensive local monitoring and routine onsite maintenance. To increase productivity and reduce operating costs, many manufacturers and plant operators have deployed industrial Ethernet to converge remotely isolated fieldbus systems for centralised control and monitoring… (more)

In the age of exploration, the British Empire was able to achieve great maritime feats thanks to a modest new invention: the marine chronometer, a clock that could keep accurate time while at sea. By setting the chronometer to the local time in the port city of Greenwich, then comparing that time to the position of the sun in the sky, British captains could calculate their longitude to extraordinary levels of accuracy… (more)

Power substations play a crucial role in delivering electricity to consumers by converting transmission voltage to the lower voltage used in homes and businesses. Since power plants are often located far from the population centre they serve, electricity needs to be transmitted across long distances at a higher voltage… (more)

Building a wireless network can be quite an undertaking. Compared to wired networks, wireless networks require a great deal more planning to install and deploy. There are currently no standardised procedures for wireless network planning and installation. So before you begin site planning your network, you need to decide which technologies will be the most beneficial and whether or not comsumer-grade products can meet the needs of your appplication. This article explains the important factors you should consider in planning and installing a wireless network… (more)

Advancements in cellular packet technology provide painless and cost-effective wireless solutions for remote environmental monitoring systems… (more)

One of the greatest challenges for industrial computing manufacturers is to deliver products that meet industrial standards and operate in harsh environments… (more)

Heavy industry often makes use of large machinery such as boom bucket wheel stacker-reclaimers. These are massive distributed systems that could improve their productivity and efficiency with modern wireless networking technology, such as a wireless local area network link between the operator’s cab and the end of the stacker arm… (more)

Power substations play a critical role in transporting electricity from power plants to homes, businesses, and factories. However, a typical power grid can be comprised of hundreds of substations that need to monitored and controlled… (more)

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