Key Capabilities
Advanced Packet Core IP Network Management Solution
CoreNet is a powerful, user-friendly software tailored to meet the IP management needs of Packet Core teams. It simplifies and automates tasks related to IP pools, enabling engineers to focus on optimizing networks.
Seamless Core IP Network Management
Monitor and manage your packet core network with precision, ensuring optimized performance and reliability.
IPv4/6 Subnet Management
Identify unallocated and available IPv4/6 subnets regionally while preventing conflicts through intelligent overlap detection.
Automated Router Data Processing
Auto-parse and process PGW/UPF node dumps for efficient network data analysis and configuration.
Advanced Subnet Search
Instantly locate overlapping subnets and IP addresses across your entire GGSN network.
Range Simplification
Automatically simplify IPv4 and IPv6 ranges and subnets for easier management.
Router Pool Expansion & Optimization
Effortlessly expand and optimize GGSN router pools using a guided, wizard-driven approach.
Conflict-Free IP Allocation
Manage a reserved list of IPv4/6 addresses to prevent accidental reallocation and ensure network integrity.
Secure SSH Integration
Leverage auto SSH access (if enabled) for streamlined operations and control.
Multi-VRF Support
Parse and manage IP addresses with seamless Virtual Routing and Forwarding (VRF) compatibility.
APN Control & Optimization
Manage and control internet access per APN while automatically identifying and optimizing Access Point Names (APNs).
Why Choose CoreNet
Managing IP resources across complex packet core networks is no longer a challenge. With CoreNet, engineers gain the tools for assigning IP pools for different APNs while identifying any IP pool duplication, analyzing subnetting requirements, and optimizing resource allocation—all through an intuitive interface designed for efficiency.
CoreNet is specifically designed to align with the workflows of network design teams, understanding the intricacies of packet core environments, including APNs, IPv4/IPv6 pools, and their relationships. It goes beyond simple IP allocation to provide a structured framework for addressing complex network design scenarios
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