When evaluating Network Automation solutions, it's crucial to focus on features that enhance efficiency and scalability. Key aspects include:
Scalability
Integration capabilities
Security measures
Workflow automation
Compliance management
Scalability is vital as networks grow, requiring solutions that adapt without compromising performance. Integration capabilities ensure seamless communication with existing systems, reducing deployment time and costs. Security measures are paramount, protecting sensitive data with features like encrypted communication and robust access controls.
Automated workflows streamline operations, minimizing human error and speeding up tasks. Compliance management assists organizations in meeting regulatory requirements, thereby avoiding potential legal issues. Evaluating these features ensures an effective, secure, and future-proof Network Automation solution.
Search for a product comparison in Network Automation
Make sure to set the standards to develop Ansible playbooks.
Centralized Network-as-a-Code (NaaC) repo should be maintained in either of the SCM tools. Documentation of the playbooks to ease the use of code by different teams or integration with teams.
Network Practice Lead at a tech services company with 11-50 employees
Real User
2021-05-14T08:03:34Z
May 14, 2021
Version Control for Network as Code, using something like Git
Northbound API integration
Integration with current Service Portal or Orchestration tools
Multivendor support
Learning curve for Network engineers - Learning Ansible is easier than learning Python. Ansible can be a stepping stone to expanding into Python or other languages
Avoid Automation bubbles where possible - don't have multiple automation solutions for the same network infrastructure by the same team.
Network Automation streamlines processes, reduces manual errors, and enhances reliability in IT environments by automating repetitive tasks. This technology efficiently manages complex networks with reduced human intervention. Network Automation integrates with existing IT infrastructures, offering tools that automate configuration, management, and operation of networks. It supports scripting and use of APIs to interact with various network devices, ensuring adaptability to changing network...
When evaluating Network Automation solutions, it's crucial to focus on features that enhance efficiency and scalability. Key aspects include:
Scalability is vital as networks grow, requiring solutions that adapt without compromising performance. Integration capabilities ensure seamless communication with existing systems, reducing deployment time and costs. Security measures are paramount, protecting sensitive data with features like encrypted communication and robust access controls.
Automated workflows streamline operations, minimizing human error and speeding up tasks. Compliance management assists organizations in meeting regulatory requirements, thereby avoiding potential legal issues. Evaluating these features ensures an effective, secure, and future-proof Network Automation solution.
Make sure to set the standards to develop Ansible playbooks.
Centralized Network-as-a-Code (NaaC) repo should be maintained in either of the SCM tools.
Documentation of the playbooks to ease the use of code by different teams or integration with teams.
Generally, there are a few things to consider for network automation solutions:
Vendor adaptability: the solution has to be adaptable to multiple vendors
Configuration versioning/diff
Template mechanisms
Audit capabilities
Ease of use & reporting
Version Control for Network as Code, using something like Git
Northbound API integration
Integration with current Service Portal or Orchestration tools
Multivendor support
Learning curve for Network engineers - Learning Ansible is easier than learning Python. Ansible can be a stepping stone to expanding into Python or other languages
Avoid Automation bubbles where possible - don't have multiple automation solutions for the same network infrastructure by the same team.
Ease of use.