Cisco Meraki local management interface firmware Installation Vulnerability (CVE-2014-7999)
Release date:Updated on:
Affected Systems:Cisco MerakiDescription:CVE (CAN) ID: CVE-2014-7999
Cisco Meraki is a cloud management solution.
A security vulnerability exists in the local management interface of the Cisco Meraki device. authenticated remote attackers can e
environments are Cisco devices, but we also use products from other vendors in some special locations. We use Meraki products in most branch networks in the United States and overseas. However, like other third-party devices, Meraki access terminals (APS) cannot view the connection of switches through CDP. In other words, the "show CDP neighbors" command cannot view their information.
Use LLDP to view netw
Today, most enterprise-class WLAN products and many SMB products offer built-in guest management capabilities. From simple forced network portals and firewalls to traffic shaping and unique guest logins, such products can be automatically generated without it assistance. For example, let's look at the guest management capabilities provided by the enterprise-class WLAN cloud controller in Meraki. In order to create a
Wireless local Area network (small) in the past, is used to send and receive e-mail and browsing the web, the wireless LAN is usually used by radio frequency experts manual tools to troubleshoot network failures. However, as the data flow size and diversity become more and more significant, coupled with wireless LAN has become one of the main means of network access, wireless LAN fault repair methods have been rapid growth.
How WLAN management tools improve the ability of WLAN troubleshooting
is no network virtualization, only software network devices have been transformed from a development/test environment method to products that support the production environment, which is obvious. On Interop 2011, every vendor I talked about was promoting the virtualization version of their hardware. For example, Infoblox talked about virtual IP address management and configuration management products, while BlueCoat talked about virtual WAN optimization and security devices.
cloud environment or in the central position: usually in the data center of the enterprise headquarters. In a centralized, controller-based architecture, the wireless LAN Controller determines how to handle wireless traffic. This method increases latency when the Access Point sends packets to the Controller.
Cisco has a controller-based architecture that can centrally forward data-traffic is sent to the central controller through the Cisco hybrid remote edge Access Point H-REAP. The architectur
, from over 2014 in the past two quarters and the first quarter of 48% to 47.8% in the current quarter. IDC believes that the cloud management WLAN product of Meraki remains one of Cisco's major growth drivers.
Aruba (excluding its OEM business) was a highlight in the first quarter of 2015, with a year-on-year increase of 20.1% and a year-on-year growth of 0.8%. Aruba's market share jumped from fourth quarter of 2014 in 11.8% to first quarter of 2015
money in the mobile or telecom field. GoogleIn the past, most of the investment was related to the communication industry.
Although Google was not an active investor in the past, Google is keen to buy existing companies to integrate them into their own business. GoogleThe industry's reputation can bring many benefits to itself, but it still faces a lot of competition. Google's current direct investments include WiFi operators meraki wireless, thunde
Today, most enterprise-class WLAN products and many SMB products offer built-in guest management capabilities. From simple forced network portals and firewalls to traffic shaping and unique guest logins, such products can be automatically generated without it assistance.
For example, let's look at the guest management capabilities provided by Meraki's enterprise-class WLAN cloud controller. In order to create a Meraki guest wireless LAN, we need to s
control plane of the Wireless branch office network can be in the access point itself, in the cloud environment or in the central location: often at the enterprise headquarters of the data center. In a centralized, controller-based architecture, the Wireless LAN controller determines how wireless traffic is handled. This method increases latency when the access point sends packets to the controller.
Cisco has a controller-based architecture that can centrally forward data-traffic is sent to a
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