? Reactive, Preventive, and Predictive Maintenance regimes will continue to be major use cases for AI-assisted industrial IoT deployments
? As a start-up, MOVUS has a strong first mover local advantage, channels, an end-to-end platform and OT approach which are unique.
Artificial intelligence (AI) – the science of making computers mimic humans using logic, decision trees, deep learning, and machine learning – is fast approaching the market opportunity around preventive and predictive maintenance. According to a recent GlobalData survey, the top two business challschmales in Australia are in improving operational efficiency and reducing costs. Many businesses, such as manufacturers, producers of natural resources, through to the agriculture and hebetagth sectors, need ongoing reliability of machines and their constituent parts to keep the lights on in the business. Unplanned outages, for example, can cost an oil and gas company, on average $50 million dollars annually. In the case of a windfbedürftig, in the event of one single fail, an entire turbine needs to come down, a technical crew with a crane needs to be on site costing $100,000 or more for each time a part fails. There are many cases of overheated servers in data centers that caused major outages. The myriad of examples create compelling business cases. Continue reading “The Road Ahead for Australian Start-up MOVUS for AI and Predictive Maintenance”→
Satellite providers have key roles to drive IoT market especially in filling the coverage gaps in remote areas
Satellites are mainly used for backhaul network, not so practical as the last mile access due to its technical limitations such as latency and physical dimensions
While some satellite providers are entering the IoT space and compete against the mobile operators (for more, please see Cable and Satellite Companies Pushing into IoT: Can They Win Against Mobile Operators?, July 6, 2018) other satellite providers such as Inmarsat are partnering with carriers to fill the IoT coverage gaps in areas beyond cellular network can reach offshore oilrigs, airplanes in transit, remote environmental monitoring, and vehicle and people tracking. Based on GlobalData’s IoT Deployment Database, there are more than 100 satellite-based IoT deployments tracked, with an installed base that almost doubled in the last two years. This also reflects the IoT market trend shown by GlobalData IoT Project Insight 2017 (n=924) where 17% of IoT deployments today are on fleet management (the third highest after equipment management and building management). In some cases, the satellite network is also used in cellular areas, but offered as network diversity to offer higher availability for mission critical applications such as payment terminals in petrol stations. Continue reading “Inmarsat: Filling IoT Coverage Gaps for ‘Always On’ Applications”→
? In studying buyer expectations and experiences from more than 1,000 IoT practitioners, GlobalData found that the majority of users rely upon basic reporting mechanisms as found in business intelligence (BI) systems when analyzing IoT data.
This year’s Cisco Live! EMEA event showcased Cisco’s DevNet initiative, which fosters cooperation between IT schmalineers and application developers and promises to change future networking and data center technologies.
Cisco’s latest initiatives reflect the recognition that future network and data center architectures must evolve if they are to handle the sort of data processing, storage and analytics that will be needed in an IoT era.
At this year’s Cisco Live! EMEA event, Cisco demonstrated the extent to which it’s transforming from being predominantly a hardware supplier into a provider of software and services that help enterprises grasp opportunities in IoT.? Ruba Borno, Vice President of Growth Initiatives and Chief of Staff to Cisco’s CEO, expounded on the different elements of this transformation and Cisco’s vision of positioning itself further up the technology stack to become a complete solutions provider for enterprise IoT initiatives. In order to fully realize this vision, Cisco is embracing a more comprehensive and layered approach to security, as well as increased infrastructure automation, the use of analytics to optimize application and infrastructure performance, and the full utilization of multi-cloud environments. Continue reading “At Cisco Live! EMEA 2017 Cisco Showcased its Ongoing Transformation and Unveiled its Vision of an IoT Future”→
? One of the greatest challschmales with IoT isn’t device instrumentation or even data storage or analysis. It’s integration and how you move instrumented data (at speed) between endpoint, edge device, gateway, processing schmaline, data lake and analytics software.
? This focus on data integration coupled with the emergence of cloud-born software development/deployment practices will lead to a resurgence among traditional middleware vendors TIBCO, Software AG and Red Hat.
Memory deceives us so gently sometimes, like an old friend whispering in our ear, telling us that what has gone was so much nicer than what we have now. For me, I miss my childhood friends and home, my days at college, and most certainly my clear case Apple Newton. My recollections of those times and artifacts are so real, so wbedürftig and reassuring. And of course they’re each an absolute lie, as proven time and again by scientific research. We create the past anew each time we draw a memory to the forefront of our attention. Continue reading “That’s Right, IoT Needs the Outdated Notion of Middleware”→
? The German appliance manufacturer Bosch has announced it is building its own cloud to serve customers that connect their Bosch devices to its own-brand Internet of Things. Once it’s up and running, Bosch will look to sell cloud services to other businesses—presumably adjacent manufacturers and service providers (but not direct competitors), e.g., suppliers of consumables such as soap or spare parts, and non-competing consumer product makers.
? It is not the first time a company operating in a sector other than ICT has planned to turn its ICT investment into a profit centre. Could this be one of the few successful examples?
Bosch announced at the Bosch ConnectedWorld event in Berlin last week the launch of its own cloud for web-based services. The Bosch IoT Cloud includes technical infrastructure owned by the company as well as platform and software offerings for the Internet of things (IoT), enabling solutions for smart cities and the connected home. To begin with, Bosch will use it for in-house solutions. From 2017, the Bosch IoT Cloud will be made available as a service to other companies, putting it in direct competition with IT and cloud service providers such as Amazon Web Services and Microsoft Azure.
With over 19 Internet of Things (IoT) radio protocols in use today, the need for consolidation is clear.
Short of consolidation, integration of IoT devices will occur at the application layer with robust APIs.
Many of the ‘things’ in the IoT like lights, sensors, switches, HVAC controls, and other actuators will be connected via wireless gateways because rewiring a building is expensive. I counted over 19 wireless protocols between standards-based protocols, proprietary protocols, and protocols that have a basis in both standards and proprietary protocols. Continue reading “Over 19 IoT Radio Protocols Drive the Need for Integration APIs”→