![\"PLC-10\"](\"http:\/\/learntechnique.com\/wp-content\/uploads\/2014\/01\/PLC-10-300x300.jpg\")
<\/p>\nTechnology has made the transition inevitable. The ability to enhance industrial and process automation efficiency, through the application of real-time enterprise computing, cloud applications, and IoT devices, has never been more clear. Those industrial and process automation suppliers that embrace these shifts in technology and system architecture will be winners. But those suppliers should expect new challenges in the new environment. There are likely to be a number of new suppliers in this environment with unbundled new architectures, analogous to the what was seen in the advent of the computer industry with PCs and open software. This complicates investment decisions for industrial and process automation system users \u2013 while the transitions can be challenging, too long of a delay could make you noncompetitive with the other manufacturers in your industry.\u00a0 But why do you have to face this future alone? Such a future would logically seem to demand cooperation between industrial automation organizations and suppliers with enterprise computing and the new IoT industry.\u00a0\u00a0<\/p>\n
While such investments can be a gamble, the cards are laying in the automation industry\u2019s favor. A flood of new technology and open source application tools are lowering cost and improving ease of use, while accelerating the adoption of IoT in industrial automation. This is enabling a burgeoning community in enterprise computing to perform industrial and process automation middleware software functions more effectively.\u00a0\u00a0 Cloud computing from names like Amazon Web Services, Microsoft Azure, etc. are providing platforms that are more efficient means to accomplish historians, analytics, and advanced optimization. Further, the IoT devices that already exist, for a range of non-industrial applications, in many cases satisfy the same environmental and performance requirements needed in industrial and process automation.<\/p>\n
While such investments can be a gamble, the cards are laying in the automation industry\u2019s favor. A flood of new technology and open source application tools are lowering cost and improving ease of use, while accelerating the adoption of IoT in industrial automation. This is enabling a burgeoning community in enterprise computing to perform industrial and process automation middleware software functions more effectively.\u00a0\u00a0 Cloud computing from names like Amazon Web Services, Microsoft Azure, etc. are providing platforms that are more efficient means to accomplish historians, analytics, and advanced optimization. Further, the IoT devices that already exist, for a range of non-industrial applications, in many cases satisfy the same environmental and performance requirements needed in industrial and process automation.<\/p>\n
In the book, Innovation: The Attacker’s Advantage, by Richard N. Foster covering the history of industry change, the key conclusion discusses two types of companies:\u00a0Attackers<\/strong>\u00a0try to make money by changing the order of things and\u00a0Defenders<\/strong>\u00a0protect their existing cash flows extracted from customers.\u00a0 In today\u2019s automation industry, these Defenders are some of the established industrial automation suppliers that are not buying into the technology industry open systems that have led to great advances.<\/p>\n It would seem that the way forward for the industry is clear. Open source multivendor interoperability – including peer to peer seamless integration between multivendor controllers in a single application platform \u2013 are accelerating the industrial automation industry. If the industrial automation vendors don\u2019t work together to make this happen, the computer and IoT community will.\u00a0 Plain and simple.<\/p>\n The influx of new technologies has made industrial automation revolution inevitable. The Industry 4.0 vision of \u2018flexible, make-to-order manufacturing\u2019 is just one example of what is being achieved leveraging these technologies. The competition is already building. Manufacturers in developed countries are increasingly faced with competitors, from other parts the world, who are embracing Industrie 4.0 and other new architectures, and reaping the fruits.<\/p>\n Yet this is where there is opportunity for the traditional suppliers. These rapid advances have created not only value, but also an \u2018IIoT Wild West\u2019, which could see an increase in industrial supplier infighting to displace traditional automation and control suppliers. If industrial and process automation organizations come together, they can set the standards that allow for mutual growth and enhanced productivity for all. Whatever they do, IoT solutions will continue to proliferate for sensing, control, and computing in edge devices. These devices can increasingly be seen in highways, medical, smart cities and other applications that meet requirements for a wide range of industrial applications. \u00a0With the rise of enterprise computing, and increasing absorption of middleware industrial software functions, the external IoT standards could become the de facto industrial automation standards. With or without the input of traditional vendors.<\/p>\n Source:\u00a0https:\/\/www.automation.com\/portals\/factory-discrete-automation\/programmable-logic-controller-plc\/who-will-set-future-industrial-automation-standards<\/p>\n","protected":false},"excerpt":{"rendered":" Technology has made the transition inevitable. The ability to enhance industrial and process automation efficiency, through the application of real-time enterprise computing, cloud applications, and IoT devices, has never been more clear. Those industrial and process automation suppliers that embrace these shifts in technology and system architecture will be winners. But those suppliers should expect<\/p>\n","protected":false},"author":12,"featured_media":0,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"_acf_changed":false,"_monsterinsights_skip_tracking":false,"_monsterinsights_sitenote_active":false,"_monsterinsights_sitenote_note":"","_monsterinsights_sitenote_category":0,"footnotes":""},"categories":[507],"tags":[],"acf":[],"yoast_head":"\nA Clear Path Forward?<\/h3>\n