The Use Of AI and ML for Automated Cross Vendor VNF Self Healing and Auto Scaling
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Network inventory data can also be accessed via the OSS mobile app (iOS and Android devices), primarily used by technicians and engineers performing tasks at physical locations. Efficient task handling in a dynamic 5G environment requires more support and data access for teams working in the field.
The Comarch OSS Mobile App allows technicians to access and process network inventory data and report on their field activities while on location. A specialist can view the physical, virtual, and logical structure of network elements during an audit of the site or when carrying out hardware modifications.
The application provides the ability to quickly add active and passive devices on location, and provides access to the knowledge base with devices in the most convenient way, using the augmented reality function.
"As part of Telefónica's strategy, our network and operation support systems play a crucial role as enablers of the services we provide to our clients. Implementing Comarch Next Generation Network Planning is a major step towards improving the efficiency of network planning and optimization processes in our subsidiaries in Latin America. Comarch was chosen as it has already proven to be a trusted partner of the Telefónica Group in Europe, and shown a great degree of flexibility in meeting our needs. The current implementation will provide an integration platform for a best of breed OSS solution, unified and reused across the group."
José González Díaz, Director of Transformation & OSS, Global CTO
Telefónica S.A.
Gain a consistent view of your network without information redundancy, with a solution that aims to represent hardware and connectivity in several layers, with information about technology in the general layer.
Modern inventory management of multi-domain networks is the basis for network investments in telecommunications. It allows you to efficiently use existing resources and plan new ones that are profitable from a business point of view.
Having one consistent view of your network across all domains, technologies, vendors, and tiers allows your operator to increase business efficiency and reduce operating costs. Inventory is the foundation of many business processes in a telecommunications company, including the network operations center, engineering and planning departments, procurement, and business partners.
Resource & Network Inventory is the heart of Comarch OSS. It provides data and information for all other modules, such as Planning and Design, Configuration Management, Fault Management, Service Quality Management, Customer Experience Management, and Business Process Management. All dedicated modules use the same inventory base, which leads to efficient data processing and, thanks to the elimination of many dedicated interfaces, reduces operating costs.
Comarch Real-time Network Inventory provides system support for maintaining the network with topological correlations and allows you to recognize and solve the problem of root causes of failure in the most effective way.
Thanks to the future-oriented architecture, Comarch OSS is already integrated with the NFV/SDN framework in the areas of inventory, planning, configuration, and assurance. This means that Comarch OSS is an umbrella OSS for both older architectures and new, extended, and dynamic–virtualized.
Secure and immediate access to network inventory data from your mobile device streamlines the way you conduct field surveys and update physical location information.
The use of AI/ML to improve the consistency and correctness of Comarch Real-time Network Inventory Management data eliminates a number of burdensome tasks performed by experts and accelerates the process of data cleaning, which is the basis for the provision of services in the dynamic environment of modern telecommunications services.
The product continuously verifies data and detects inconsistencies and interrupted service delivery, enabling automation of the service delivery process. As a result, services are delivered faster and with more accuracy.
Analyzes the naming conventions used by providers of various domains and technologies, and supports the process of strategic planning for network expansion, thereby assisting architects and eliminating mistakes.
The system supports the strategic planning process by analyzing how to implement new physical and virtual elements in the network. Based on dynamically changing priorities, this enables flexible ad hoc planning for troubleshooting failures.
Combining both methods introduces the possibility of dynamic changes in priorities and guidelines for network planning and maintenance in the form of policies that can be applied depending on the current situation in the network.