Adaptive Network Fabric
Fuel enterprise AI efforts with flexible, programmable networks that deploy in minutes and scale bandwidth in near real-time.
What it is
Adaptive Network Fabric provides a modern, elastic foundation for AI-ready connectivity. While traditional networks require manual hardware setups, our self-service, software-driven networks help provide the agility your business needs to quickly adapt to changing data demands.
Benefits
On-demand provisioning
A self-service portal gives teams the power to rapidly create new connections, helping to accelerate speed to market.
Scalability and cost control
Flexible agreements and pay-as-you-go billing let you scale bandwidth up or down to match business needs.
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Use cases
Adaptive Network Fabric’s customizable, on-demand networking can help power a wide range of high-bandwidth operations.
AI training and deployment
Move huge sets of data to help build your AI models, and process prompts quickly and securely.
SaaS optimization
Deliver dedicated network speed to your cloud apps to help support your company performance efforts.
Backup and recovery
Automatically sync data to secure offsite locations to help keep your operations running smoothly.
Resources
Solution brief A flexible foundation for the AI era
Adaptive Network Fabric gives you total control over your network—helping to eliminate bottlenecks and providing on-demand bandwidth to help fast-track AI initiatives.
Solution brief Verizon AI Connect
Help simplify your AI transformation with a complete solution suite offering high-speed connectivity, cloud services and enterprise-grade security.
FAQs
An adaptive network fabric is an AI-centric, software-defined framework that connects edge environments, private data centers and multi-cloud systems into an agile pipeline. It overhauls old enterprise network architecture by changing traditional, static setups into automated data pathways. This layout allows enterprises to deploy customizable connections on demand via software commands or automated API integrations.
A software-driven programmable network lets you bypass standard, congested internet routes by mapping direct, uncongested private connections. This is critical for low-latency AI workloads, helping to ensure that massive data volumes move across optimized paths. Shifting to an adaptive networking model can give your business the framework needed for rapid model training and secure inferencing requests.
Using our automated self-service network portal, administrators can configure bandwidth on demand changes instantly. You can dynamically scale port allocations up, down or out across 1 Gbps, 10 Gbps and 100 Gbps speeds to absorb unexpected traffic spikes or accelerate data migrations. This is designed to align your actual network spend precisely with your real-time resource usage.
Verizon's data center connectivity solutions can link your system infrastructure across a vast footprint of connected data centers. This physical placement locates your network closer to key data resources and major public Cloud Service Providers (CSPs) than legacy configurations. It eliminates traditional carrier delivery bottlenecks, providing high-performance, direct data center connectivity.
A physical or virtual programmable network switch environment can allow users to provision and scale multiple separate network services over a single physical port connection. Instead of installing new physical circuits for each new cloud link, changes are handled automatically via code or a web dashboard. This capability can help cut down manual error rates and removes the deployment delays typical of legacy carrier hardware setups.
Deploying an on-demand network can help remove the financial waste of purchasing fixed, peak-capacity bandwidth that remains underutilized. By moving your infrastructure to a cloud-like consumption model, your business gains an elastic, on-demand enterprise network layer. This design compresses traditional multi-month procurement cycles into minutes, helping you to scale capacity on demand and reduce operational costs.
Traditional networks rely on manual configurations, static hardware setups and long procurement cycles. In contrast, modern AI networking solutions utilize automated software layers, granular API control and smart traffic routing. They are engineered specifically around intense, unpredictable workloads, combining the safety of private connections with the scaling speed of public cloud instances.
Yes. The platform can interface cleanly with your current enterprise network equipment using standardized protocols and secure API wrappers. This can allow your business to deploy a robust on-demand network connectivity layer without replacing your physical infrastructure or disrupting legacy on-premises routing configurations. Virtual modifications occur in minutes, helping you save on costly hardware overhauls.