Cisco® today announced an evolved architecture that helps empower businesses to meet and exceed mobility demands and move beyond basic wireless networking into the next generation of business mobility - transforming the way business is done by fostering broader collaboration and new levels of productivity. This announcement is part of Cisco Motion - Cisco's innovative vision for business mobility that delivers practical solutions to integrate mobile devices, applications, security and disparate networks into a unified platform.
The cornerstone of the Cisco Motion vision is the Cisco 3300 Series Mobility Services Engine (MSE). This appliance-based platform offers an open application programming interface (API) for consolidating and supporting an array of mobility services across wireless and wired networks. Cisco is releasing four initial software offerings for the MSE: Cisco Context-Aware Software, Cisco Adaptive Wireless Intrusion Prevention System (wIPS), Cisco Secure Client Manager and Cisco Mobile Intelligent Roaming. The Cisco MSE and its software integrate with the Cisco Unified Wireless Network portfolio, Cisco Unified Communications Manager and Cisco-compatible devices to expand the reach and value of an enterprise's mobility system.
Numerous application and solution partners have integrated or plan to integrate with the MSE. This partner ecosystem includes Nokia and Oracle, technology partners like AeroScout, Agito Networks and Airetrak, as well as industry-specific application partners like IntelliDOT and Johnson Controls (healthcare) and OATSystems (manufacturing).
"Today's business mobility challenges cannot be solved using only traditional wireless LAN solutions when multiple network elements are converging and need to collaborate. Cisco's Motion approach is a true services-oriented network architecture that creates a mobility network as a platform for integrating key business strategies, processes and goals," said Brett Galloway, senior vice president of Cisco's Wireless and Security Technology Group. "To meet and exceed business mobility expectations, IT must secure and manage a range of devices, integrate multiple networks, enable applications, access information with a high level of security, and help ensure a consistent experience regardless of network connection or location."
Cisco Motion: Accelerating the Evolution of Business Mobility
Information Technology (IT) departments must increasingly manage disparate networks (Wi-Fi, cellular, passive RFID, personal wireless, sensors, Ethernet), to handle a rising number of devices and more applications. The Cisco Motion approach includes the industry's first mobility architecture that addresses these challenges in the following ways:
-- Unifying networks: Extending applications to devices regardless of the connection
-- Managing the client device wave: Securing devices, centralizing client provisioning
-- Facilitating collaboration: Selecting the right media at the right time and right place
-- Opening up development: Open API supports integrated applications and services
"Cisco's mobility vision mirrors Oracle's approach to application development, which focuses on efficiently connecting users to the information they need to make better business decisions," said Jon Chorley, vice president of product strategy at Oracle. "Integrating Oracle's enterprise applications with Cisco's open mobility platform creates tremendous value for our customers."
The Cisco MSE's initial service offerings include the following software components:
Cisco Context-Aware Software captures contextual information from a full range of sensors, mobile devices and RFID tags over the Cisco Unified Wireless Network, allowing businesses to move beyond basic location tracking and gather detailed information about assets like location, temperature, availability, and the application used. Information is channeled into applications, increasing asset-management intelligence. Context-Aware Software supports enhanced received signal strength indication (RSSI) and time difference of arrival (TDOA), improving location accuracy and performance indoors, outdoors and in challenging RF environments.