Having just moved into a new house, my wife and I are looking to see how all our old furniture can be re-used – with her eye on the best design (she’s a designer by trade), and my eye on cost. We’ll end up somewhere in the middle I expect, slightly geared towards ‘design’ if past experience is anything to go by!
An example of Vitra design – the VitraHaus
Swiss furniture manufacturer Vitra pulls off both objectives – providing customers with great design, AND managing to reduce cost in the organization, How? With Cisco of course!
Take a visit across the Swiss border into Germany and you can visit to the VitraHaus location, its flagship store. Visiting Vitrahaus is like taking a trip through design history, but it also offers the opportunity to encounter the work of leading contemporary designers. Furnishings and objects from the Vitra Home Collection are arranged in a variety of settings for both living and working.
Communications and collaboration are central to bringing these concepts to life. Vitra has been partnering with Cisco for over a decade, evolving its IT infrastructure and expanding wireless LAN deployments. The biggest concentration of wireless access points, more than 70, is at Weil am Rhein. The latest stage of that IT strategy intends to make wireless a key enabler for business transformation.
“Improving guest Wi-Fi access was very important,” says Marco Gersbacher, head of IT infrastructure services at Vitra, “while we also wanted to make sure the business was fully prepared for bring-your-own-device.”
Although Vitra had no formal bring-your-own-device (BYOD) policy, a growing number of employees were using personal smartphones and tablets alongside company laptops in the workplace.
Vitra Style – style is pervasive in all that they do.
This trend created problems with device recognition and password reset requests. Certain devices could connect only over the wired network, others just to Wi-Fi, and some not at all. So, a robust BYOD framework was a strategic priority. Without visibility of devices, however, the company was unable to guarantee network performance and security.
A validated Cisco® Borderless Network design has helped enable Vitra unify access across all network domains: wired, wireless, and VPN. The solution was installed by NextiraOne and includes the following components: Read More »
By Tony Shakib, Vice President of IoT Vertical Business, Cisco
I’ve been in IT for a long time and I often hear that data is worth its weight in gold. Well, I recently spoke with Canadian-based Dundee Mining Company about how the data generated from their mines is now “connected” and helping the mine produce more gold – more economically and more safely.
The software defined network has become all the rage lately for reasons that seem to vary and are caught up in interesting perceptions. One view was that it allowed a single network to be controlled centrally and divided up logically to prevent different groups from interfering with one another, well that’s true. Another view is that it provides a central place of management that configures and monitors the network for performance and faults, well that is true.
The basis is really the separation of the control plane (configuration and management) onto a server that centrally controls many network nodes. From the data plane which are the switches and routers that pass the data for the application from one end device to another, or many. The SDN controller communicates over a secure communications path using an API supported by the network device.
Yet what may be the most significant possibility of SDN is the ability to use programmatic control from the very applications that use the network for transport to stipulate any number of services that application needs from the network. We are seeing this in data centers that will allow end user departments to define a complete network for say ERP from within the ERP application and no help from IT. Why not for controls? And since SDN is based on open source initiatives the ability for anyone to create and market applications for say a controls system is very real. Read More »
I am happy to share the great news that the Cisco team received industry accolades last week when it was recognized by Frost & Sullivan for delivering a seamlessly connected enterprise collaboration solution across industry verticals. The award, based on Frost & Sullivan’s Vision of the Future of Manufacturing Production 2.0 (Visi-MAP 2.0), identified the top 50 game changers in manufacturing hardware and software. The Visi-MAP 2.0 initiative uses this platform to identify companies that refuse to take a ringside spectator view of industry developments and instead, lead in the visionary innovation process.
I know I speak for the entire Cisco Manufacturing team when I say that we are honored to be recognized for our integrated, vertically relevant solutions for business and operations networks as well as our strong ecosystem of partners. We have advanced our solutions greatly over the past few years and are excited for our future and continued growth. Our industry-leading solutions continue to set us apart from our competitors and we are excited that the industry is recognizing us as a leader.
Welcome Dave Cronberger to the Manufacturing Industry Blog
It is with great pleasure that I introduce a key member of the Cisco Customer Global Enterprise Solutions Group. Dave is a customer solutions architect, working with and supporting key global customers, especially in the automotive industry. As an Infrastructure architect he is focused on physical and logical networks and network based services in industrial automation in discreet and process control environments.
He is a 14-year Cisco veteran with a background in IT networks, network security, IT and OT infrastructure, networks and security, with additional focus on collaboration technologies that use voice, video, and web to improve manufacturing process.
Dave is no stranger to the cutting edge of the automotive industry. He has initiated fleet connected vehicle solutions for Cisco, associated with an IP enabled vehicle using a variety of wireless connections, and today he is focused on Industrial Automation Networks and supporting systems along with network architecture and design for control systems in discreet and process manufacturing systems. This also includes systems supporting the plant floor such as communications, remote expert solutions, wireless networks and security. Read More »