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Nokia 4A0-AI1 Exam Questions
- Topic 1: NSP Technology Fundamentals Overview: For network engineers and architects, this section of the exam covers the foundational aspects of Nokia's Network Services Platform (NSP). It delves into the core components and architecture of NSP, exploring its role in network management and automation. Candidates will be tested on their understanding of NSP's integration with various network technologies, its scalability features, and how it supports different network domains. The section also includes topics on NSP's user interface, basic configuration, and its relationship with other Nokia products in the network ecosystem.
- Topic 2: NSP Programmable Network Automation: For automation specialists and DevOps engineers, this part of the exam focuses on the programmable aspects of NSP for network automation. It covers the use of APIs, SDKs, and scripting languages to interact with and control NSP functions. Candidates will be expected to demonstrate knowledge of automation workflows, policy-driven configurations, and how to leverage NSP's capabilities for network provisioning and management. The section also includes topics on integrating NSP with external systems, creating custom automation scripts, and understanding the principles of network programmability in the context of NSP.
- Topic 3: NSP Workflow Design and Management: For network operations personnel and workflow designers, this domain of the exam examines the creation, implementation, and management of workflows within NSP. It covers the process of designing efficient workflows for common network operations tasks, troubleshooting, and service provisioning. Candidates will be tested on their ability to use NSP's workflow tools, understand workflow logic and branching, and implement error handling and rollback mechanisms. The section also includes topics on workflow optimization, version control, and best practices for workflow design in complex network environments.
- Topic 4: NSP Intent Design and Management: For network architects and intent-based networking specialists, this section of the exam focuses on NSP's capabilities in intent-based networking. It covers the principles of intent-driven network design, implementation of intent-based policies, and management of network intents using NSP. Candidates will be expected to understand how to translate high-level business objectives into network intents, implement these intents using NSP's tools, and monitor their effectiveness. The section also includes topics on intent verification, conflict resolution, and the role of machine learning and AI in intent-based networking within the NSP ecosystem.
Free Nokia 4A0-AI1 Exam Actual Questions
Note: Premium Questions for 4A0-AI1 were last updated On Jul. 09, 2026 (see below)
Which of the following statements about the Nokia NSP is FALSE?
The Nokia NSP is an IP network automation platform that provides a unified view of the network and enables end-to-end automation of IP networks. It is designed to be vendor-agnostic and can manage a wide range of equipment from various vendors, making it the Source of Truth for the entire network. It uses NETCONF and YANG to provision the network and can act as a Path Computation Element (PCE).
Nokia NSP is a network automation platform that supports multi-vendor network infrastructure. It acts as the 'Source of Truth' for the network, uses NETCONF and YANG to provision the network, and can act as a Path Computation Element (PCE) to optimize traffic flow across the network. It supports a wide range of network devices, including those from third-party vendors, making it a flexible and vendor-agnostic solution for network automation.
some of the statements about the Nokia NSP are:
It is a platform that provides service automation and network optimization across multiple network layers and domains.
It uses NETCONF and YANG to provision the network and supports various protocols such as BGP-LS, PCEP, SNMP, etc.
It can act as a Path Computation Element (PCE) and provide end-to-end path computation for traffic engineering applications.
It can manage equipment from multiple vendors and supports open interfaces and standards.
http://nsp.developer.nokia.com/
https://www.nokia.com/networks/training/nsp/
Which of the following does NOT support Workflow actions?
NSP Workflow Manager (WFM) is a module that allows users to create and execute automated procedures using NSP or third-party APIs. A workflow is a sequence of actions that can be performed on various targets such as:
NSP applications: These are the applications that run on NSP such as Network Insight, Service Assurance, Traffic Engineering and others.They can be accessed by using RESTful APIs2.
Network elements: These are the devices that are managed by NSP such as routers, switches and optical equipment.They can be accessed by using CLI, NETCONF, RESTCONF, SNMP or TL12.
UNIX servers: These are the servers that run UNIX-based operating systems such as Linux or Solaris.They can be accessed by using SSH or SCP2.
Match the following description with its meaning.
X - "uses Playbooks, written in simple YAML, that defines server configuration."
Y - "workflow service that aims to provide a way to define, manage, and execute tasks and workflows in the cloud without writing code.''
Z - "a detailed specification for the desired network configuration.''
W - "an application that allows the creation of complex operational workflows using an intuitive GUI.''
Which of the following is NOT an NSP application?
According to the Nokia NSP Learning and Certification Program2, there are four main NSP applications:
Service Fulfillment: Enables service providers to design, create, and deliver IP/MPLS services across a multi-vendor network.
Network Supervision: Provides real-time visibility and control of network performance, faults, and inventory across physical and virtual networks.
IP/MPLS Optimization: Optimizes network resources by applying advanced algorithms and machine learning techniques to automate traffic engineering and path computation.
Network Virtualization: Enables service providers to create and manage virtualized network functions (VNFs) and network slices using cloud-native technologies.
Which of the following is NOT a common workflow attribute defined by Mistral?
According to the Mistral Workflow Language (v2) website1, a workflow definition consists of several attributes that define its properties and behavior.The common workflow attributes are:name,description,type,input,outputandvars1.
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