You don’t know what you don’t know. Intelligent, end-to-end network visibility in real-time will result in quick problem resolution, time savings, and subscriber retention. Prevent a little problem from becoming a big problem.
If you’re blind to what’s happening in your network, it’s a recipe for disaster. On the flipside, managing a network virtually and implementing remote troubleshooting allows your team to be proactive, efficient, and reduces the total cost of ownership.
From an operational perspective, more visibility:
When an outage does happen, automation is the first responder. An immediate response restores virtual connections quickly by deploying self-healing measures and keeping the network up. Your subscribers will never know.
Some problems require a response onsite but identifying the issue beforehand cuts out diagnosing the issue while on location. Intelligent visibility before you roll a truck shortens the return-to-service (RTS) window and keeps your network running smoothly.
Traditional NAT can cause breaks in communication as IP addresses are modified, but CGNAT adds a transitional layer to solve those issues and problems effecting the ability to scale a network. Carrier-grade NAT is the preferred method for IP address translation between the IPv4 and IPv6 internet.
Think of a toolbox. A DDI solution provides the necessary tools to manage tasks quickly and efficiently within Dynamic Host Configuration Protocol (DHCP), the Domain Name System (DNS), and IP Address Management (IPAM).
Architectures are becoming highly virtualized and highly dynamic, so traditional methods for monitoring and troubleshooting infrastructure health and performance are more important than ever. Handle rapidly growing traffic volumes in a dynamic landscape with the operational intelligence a panoptic view provides.
Active and passive network monitoring in real-time, alarm correlation, outage detection, and visibility further up the stack provides insights across applications and services.
Spend less time creating and deploying policies, assigning IP addresses, and configuring IP-based devices through automation.
This involves dynamic traffic engineering policies, quality of service (QOS) policies, DDoS remediation, northbound interface API, software package updates, and configuration consistency.
Distinct separation of network operations and the business side of the house to offer reliable and efficient services to clients and subscribers.
OSS consists of order management, network inventory management, and network management. BSS involves order capture, customer relationship management (CRM), and billing.
This is subscriber access and management wrapped into one access point. By aggregating session traffic onto a service provider network, subscribers are given the ability to connect and utilize their broadband package. Routing, authentication, authorization, IP address assignment, and security communicate within BNG.
3-steps will get you closer to an optimized network that not only improves your visibility but reduces your costs.
Talk it out! Meet up with an expert who understands your industry, your pain points, and knows the next steps to take toward achieving success.
Let’s do this! Work to improve, optimize, and enhance network health with a sound plan.
Life just got much easier. Reduced stress and increased visibility of your network will create a productive, exciting environment for your employees and technicians.
Within the high-touch environment of management, keeping your head on a swivel and being agile is the only option. If your subscribers are functioning as the alert system, subscriber satisfaction is suffering, your OpEx costs are unmanageable, and the threat of an overbuilder becomes a real possibility.
Make network management the heartbeat of operations, billing, and security to save time, money, and keep your subscribers.