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End-to-End Network Mastery

Service and Network Orchestration

AI-driven, end-to-end orchestration connecting business intent to seamless network delivery

Business-to-Network
Lifecycle Management

SNO is AI-ready, using an orchestration AI-assistant to boost productivity and simplify delivery. With automated closed-loop mechanisms, SNO accelerates the path to AI-native autonomous networks, and as part of the Amdocs Intelligent Networking Suite, it delivers agility, efficiency, and new monetization opportunities. 

Benefits

  • Bridge the Business-to-Network Gap for Seamless Service Delivery

    SNO unifies business orders with network execution, eliminating fragmented silos. This ensures E2E visibility, allowing you to deliver complex B2B and B2C services with total consistency.

  • Accelerate Time-to-Market to Seize Next-Gen Networks Opportunities Faster

    Use automated, reuse-driven design and model-based plans to speed up service launches. Stay ahead of competitors by moving from concept to live deployment in record time.

  • Drastically Reduce TCO by Consolidating Fragmented Orchestration

    Consolidating fragmented systems into "One Orchestration" delivers significant economies of scale. SNO lowers TCO by maximising automation across hybrid legacy and next-gen networks.

  • Boost Operational Productivity with AI-Native, Agentic Process Orchestration

    Part of Amdocs aOS Agentic Operations, SNO uses an AI assistant and AI agents to simplify complex orchestration tasks. These AI-native capabilities accelerate issue resolution and reduce manual human effort.

  • Future-Proof Hybrid Operations across Legacy Infrastructure and 5G Standalone Domains

    Manage legacy and next-gen network domains, including network slicing, on a single cloud-native platform. It supports multi-vendor environments using TMF standards for total technical flexibility.

  • Drive Autonomous Network Operations with Intent-Based, Closed-Loop Automation

    Implement "Sense, Decide, Act" mechanisms for proactive self-healing and fault management. Intent-driven policies ensure service quality is maintained automatically without manual intervention.

Addressing Key CSP Challenges

Bridge the E2E Business-to-Network Gap

Unify business intent with network reality

Seamless Hybrid Operations

Manage legacy and next-gen infrastructure with one platform

Reduce Total Cost of Ownership (TCO)

Eliminate redundant systems and drive efficiency

Manage Operational Complexity

Simplify processes through automation and a single source of truth

Accelerate the Evolution to Autonomous Networks

Provide the foundation for closed-loop operations

Delivering Tangible Business Outcomes

1

Accelerated Time to Market

Dramatically speeds up service design, testing, launch, and fulfillment through automated, catalog-driven, and reuse-orientated capabilities

2

Optimized Operational Efficiencies

Drives significant OPEX reduction through end-to-end process automation, unified platform management, and the productivity gains from GenAI-readiness

3

Seamless Hybrid Operations

Provides the essential single solution to orchestrate services across converging legacy and next-generation infrastructure without costly and disruptive ‘rip and replace’ strategies

4

Increased Business Agility

Enables rapid response to market changes with modular, cloud-native architecture and open, standard-based APIs

Awards

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AI-driven Orchestration Award 2026

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Automation Solution Award 2025

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NaaS Ecosystem Collaboration Award

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NaaS Ecosystem Collaboration Award

Network Service and Network Orchestration (SNO)

Amdocs Network Service and Network Orchestration (SNO) supports complex, multi‑service customer orders across both B2C and advanced B2B scenarios, spanning legacy and next‑generation environments.

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Frequently Asked Questions

How does Amdocs SNO accelerate time-to-market for new telco services?

SNO speeds up service design, testing, and launch through automated, reuse-driven capabilities. It employs a flexible, catalog-driven workflow that facilitates Product-to-Service (P2S) decomposition. This allows operators to quickly capture 5G market opportunities by moving from concept to live deployment. By bridging the business-to-network gap, it eliminates the silos that traditionally slow down service fulfilment.

What are the primary cost-saving benefits of implementing a unified SNO platform?

SNO reduces Total Cost of Ownership (TCO) by consolidating fragmented systems into a single "One Orchestration" solution. This delivers economies of scale by utilizing shared infrastructure, such as workflow engines and design catalogs across multi-domain and multi-vendors. It drives OPEX reduction through enhanced process automation and the integration of Generative AI. Operators can manage complex hybrid networks without costly "rip and replace" strategies.

How does SNO simplify the management of hybrid legacy, 5G, and next-gen infrastructure?

SNO provides a singular platform to manage resources across multi-vendor networks, including VNFs, CNFs, and legacy hardware. It utilises intent-driven orchestration to bridge the gap between business orders and technical network domains. This enables seamless hybrid operations during digital transformation while supporting 5G use cases like network slicing. It ensures visibility and consistency across the entire service fulfilment process.

In what ways do GenAI and the Amdocs aOS Agentic Operation enhance SNO operations?

SNO, part of the Amdocs Intelligent Network Suite, is an AI-native solution powered by the aOS Agentic Operation. It includes a GenAI orchestration copilot that enables operators to interact with their data conversationally, simplifying complex tasks and boosting productivity. Agent-led journeys automate issue resolution and accelerate offer design interactions, reducing manual effort and streamlining operations well beyond traditional automation.

How does SNO support the transition toward fully autonomous network operations?

SNO uses closed-loop automation built on a Sense–Decide–Act mechanism to continuously monitor services and take corrective actions automatically. Intent-based policies, combined with an Intent-Based Solver (IBS), optimize deployment decisions such as homing and placement. The platform enables self-healing and proactive fault management to maintain service quality without human intervention. These capabilities establish the foundation for zero-touch operations and high network resilience. SNO is a core pillar of Amdocs Autonomous Operations, powered by the aOS Agentic Operation framework.