New innovations in mobility are transforming our daily lives and the safety of our loved ones. As the growth of mobility enables more wearable devices and applications that include GPS and Wi-Fi features, it is becoming increasingly easier for parents to remotely monitor their children’s safety while managing their own daily tasks.
Gartner predicts that wearable electronics will be a $10 billion industry. This opens up many opportunities for organizations that can successfully respond to the rapidly changing mobile landscape by bridging enterprise and service provider networks through an architectural approach to mobility.
How will this increase in mobile data impact your infrastructure and security? Two common concerns that must be addressed are the issue of bandwidth and the potential for malware attacks. It is important that IT leaders consider how a stable and secure network can significantly impact the future of mobility.
With the adoption of the Internet of Things and Internet of Everything, advances in mobility and next-generation Wi-Fi are driving faster speeds, higher signal quality and more reliable connectivity. With the upcoming ratification of the two waves of the 802.11ac Wi-Fi standard, how are emerging Wi-Fi models creating new security features that are defining the next-generation Wi-Fi experience?
Next Generation Wi-Fi Models
Migration to the 5 GHz-only 802.11ac is quickly becoming a reality. In a recent article by Lisa Phifer, Chris Spain, Vice President of Product Marketing for Cisco’s Wireless Networking Group, discusses more about how this migration will drive a shift in mobile device support for 5 GHz. “An increasing percentage of new mobile devices provide dual-band capability, and they generally prefer the less congested 5 GHz band,” Spain said. New Wi-Fi models, like those listed below, can help drive mobile devices to the 5GHz band:
As the growth of mobility enables more wearable devices and applications that include GPS and Wi-Fi features, it is becoming increasingly easier for us to remotely monitor our children’s safety while managing daily tasks. Any parent would consider this a win-win.
In light of the capabilities of this type of technology, Gartner predicts that wearable electronics will be a $10 billion dollar industry. There is significant value at stake for organizations that can successfully respond to our rapidly changing mobile landscape by bridging enterprise and service provider networks through an architectural approach to mobility.
We are all witnessing the continued proliferation of mobile devices on our networks. This device explosion has led to an increase in wireless service discovery and announcements protocols like Bonjour, DLNA (Digital Living Network Alliance), and UPnP (Universal Plug and Play). For example, Bonjour locates devices such as printers, other computers, and the services that those devices offer on a local network using multicast Domain Name System (mDNS) service records. Bonjour is built-in with Apple’s operating system including iOS and available on Windows as a common plugin while DLNA and UPnP are built in with Android and Windows operating system respectively.
The usage of these protocols comes with a big price: an increase in Multicast traffic because they are all inherently sent as a broadcast transmissions in Wi-Fi networks.
But why is an increase in Multicast traffic bad for users?
The answer is simple: multicast traffic increases mobile device battery consumption by forcing the device host processor to wake-up more often than required.
Have you ever wondered a drop in battery percentage while your mobile device is sitting idle of hours in your pocket? If yes, then you are probably on a network with a high percentage of multicast traffic emanating from every mobile device that is part of it.
So how can we save battery drop taxes on our mobile device without losing the ability to support these protocols? Read More »
Employee are now unchained from their desks; mobility frees the ability to work anyplace, anytime, and from any device. This is revolutionizing the type of productivity and efficiency businesses see from their workforce- large, medium, or small. While realizing business efficiency and growth, midmarket IT is struggling to balance objectives (make the network for you) and challenges (limited resources).
Midmarket IT Objectives
Leverage the network as a strategic asset
To increase employee productivity and gain competitive advantage;
Better serving customers,
Thus realizing overall growth
Midmarket IT Challenges with Mobility and BYOD
The advent of mobility and BYOD, while unleashing unprecedented levels of communication and collaboration, brings challenges to IT. Mobility enables BYOD. BYOD enables multiple types of employees, logging in from multiple types of devices, from multiple locations. Users are demanding access to the Internet and applications wherever and whenever they want. Chaos? Anyone reading this won’t need the laundry list of concerns. It’s there.