5 Game-Changing Ways Intent Changes Provisioning, Activation, and Orchestration

Intent-based networking addresses the growing complexity of networks, as they evolve from physical to virtual and cloud-native environments. Traditional networks relied on rigid processes for provisioning services based on physical architectures. However, intent-based networking disrupts this approach.

Instead of following procedural steps, intent-based networking leverages automated agents within an intent manager to determine the most optimal way to deliver a service based on real-time conditions such as available resources, latency, capacity, security, and cost. This approach enables networks to become more automated, dynamic, and responsive. Additionally, it allows networks to respond to natural language service requests, which are translated into requirements, intents, and ultimately provisioned services that can self-heal if issues arise by closed-loop techniques.

Service providers are driven to adopt intent-based networking due to its positive impact on cost, revenue, and spare source utilization. By optimizing network resources, providers can achieve greater efficiency, reducing capital expenses associated with over-provisioning for peak traffic periods. Furthermore, providers can focus more on service differentiation and customer experience, relying on the intent-based network to handle service delivery.

Central to this concept is the real-time provisioning, activation, and orchestration of services in response to requests from intent-based systems. Legacy provisioning systems are ill-suited for this task, necessitating a complete paradigm shift and the adoption of new approaches.

Transforming Provisioning in the Era of Intent-Based Networking

The adoption of intent-based networking brings about significant changes to provisioning, activation, and orchestration processes. Here are five key transformations that occur as intent-based networks are integrated into the environment:

1. Hybrid Provisioning Domains: In the world of intent-based networking, provisioning systems need to operate in both deterministic and non-deterministic domains seamlessly. Unlike traditional networks, where provisioning was limited to a single domain, intent-based provisioning must adapt and cater to both domains. This enables services to traverse seamlessly across both intent-based and traditional networks.
2. Unified Automation: Provisioning systems must establish seamless communication and automation capabilities for both intent-based and legacy networks. It is crucial to integrate these systems to avoid the fragmentation of services that may need to traverse across both network types. Consolidating automation processes ensures a streamlined and cohesive provisioning experience.
3. Enhanced Activation Capabilities: Activation processes now encompass physical devices, virtualized network functions, and cloud-native network functions. As networks shift from complex protocols to API-based integration, the activation phase becomes more diverse and sophisticated. Provisioning systems need to accommodate this broader range of activation requirements to ensure seamless service delivery across different network components.
4. Agile Configurability: Provisioning systems within intent-based domains must be agile and quickly configurable to support evolving service models and changes in how intent-based systems respond to service requests. Embracing configurable, cloud-native, low-code, or no-code models empowers network administrators to adapt provisioning systems rapidly and efficiently to meet evolving demands.
5. Orchestrating the Provisioning-Activation Equation: Orchestration becomes an integral part of the provisioning-activation equation in dynamic and cloud-native networks, including standalone 5G networks, virtualized environments, and cloud-native data centers. Provisioning systems must seamlessly integrate with various types of orchestrators to ensure efficient coordination and management of resources across the network.

Finally, closed-loop automation further emphasizes the need for real-time provisioning because the network is meant to act and respond dynamically as network conditions and resource availability changes. To ultimately deliver a seamless customer experience where a complex service request is made and fulfilled immediately without the customer experiencing trouble, intent-based network automation will be necessary. This is why service providers and suppliers like Intraway care to work through the enormous complexity required to provision, activate, and orchestrate it, all while reducing capital expenses and giving service providers new paths to service innovation and revenue growth.