m2acs - combining technologies

One system for PC, modem and server
m2acs is a software stack based on the standardised protocol TR069 that allows integration of the consumer PC into the provider’s network. With m2acs, any home devices (CPE) within the network can be triggered and controlled by ISP servers (ACS). Once m2acs is implemented on the consumer PC, the system works with any ACS supporting the TR-069 protocol.
The communication between the consumer PC and any hardware provided by the ISP (modems, routers, etc.), as well as the communication between the client system and ISP servers, can be simplified and standardised at the same time. Through simultaneous auto configuration of consumer PC, access device (modem/router) and ACS infrastructure, network standards can be unified/standardised easily.
One-stop provisioning and 'Zero Touch'
m2acs facilitates the provisioning of internet and value-added services considerably. This applies to initial internet installation, additional provider services (VAS) and customer support alike.
'Push' action based on run commands
m2acs replaces conventional remote access solutions by process-oriented run commands. This allows ISPs to 'push' general updates, settings changes or important user information to the whole end customer base (i.e. the whole network) via their ACS.
Internet configuration, diagnosis and auto repair
m2acs enables centre-fed configuration and diagnosis processes, as well as automated repair of internet-related errors/problems. In combination with the mquadr.at main products m2webalizer (internet setup and configuration) and m2selfrepair (diagnosis and auto repair), the capabilities are virtually unlimited.
Thus, customer support is relieved considerably; at the same time, the provider receives consistent data with regard to network quality and performance and all network-related services.
HDM – Home Device Management
With regard to central CPE management, m2acs enables a complete display/topology of home networks including all compatible devices (computers, modems, routers, media interfaces, TV sets, etc.).
An easy-to-understand graphic gives the users a perfect overview of all the devices in their home network (PC, notebook, modem/router, set-top boxes, digital picture frames, etc.). Management tasks (e.g., device installation) can be carried out centrally via the appropriate interface, and data can be exchanged between individual network components.
Solutions such as these are becoming increasingly important, given the advancing network capabilities of digital devices and their ever-greater number in private homes. They will also help providers to deal with the additional customer support tasks caused by this development.





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