Simplify, automate & optimize with Unity Automation Center

Centralized automation to streamline workflows, optimize performance, and enhance your hybrid cloud efficiency.

Experience the power of automation with UnityOne.AI

Easily consolidate workflows, integrate tools across multicloud providers, monitor performance in real-time, and optimize your hybrid cloud environment for seamless operations and maximum efficiency.

Automation Center: Your Command Center for Multicloud Management

Azure VM Provisioning

Manual VM provisioning increases time to market and increases risk for human error; therefore, Automating the VM provisioning process, makes it faster and more efficient to meet business demands.

Automating VM Provisioning using Azure cloud allows to define variables and configure resources using Terraform scripts eliminating the need for manual configuration.

VMware vCenter VM Provisioning

Manual VM provisioning increases deployment time and risk for human error; therefore, Automating the VM provisioning process, makes it faster and more efficient for consistent and repeatable deployments, making it easier to manage and scale virtual infrastructure in a vSphere environment.

Automating VM provisioning using VMware vCenter allows to define configuration parameters including CPU, memory, and network settings for vSphere server, using terraform scripts.

Docker Provisioning

Manual docker provisioning process is less scalable, time consuming, and comes with a risk of human error and misconfiguration; therefore, automating the docker provisioning ensures a consistent and repeatable installation process, especially for on-the-go docker provisioning business needs.

Automates the installation and configuration of Docker on a VM instance, ensuring that Docker and its dependencies are properly installed and configured as per the Ansible script.

Service Stop

Unplanned service interruptions can lead to operational disruptions; therefore, managing service stops ensures that system performance remains stable.

Stopping services on Linux/Unix systems allows for maintenance or troubleshooting without affecting other operational components.

File System Utilization

Without proper visibility into file system utilization, organizations risk running out of storage space, which can hinder system performance and lead to data loss.

Assessing file system utilization provides insights into disk usage patterns, helping to optimize storage resources effectively.

Reporting

Manual VM provisioning increases time to market and increases risk for human error; therefore, Automating the VM provisioning process, makes it faster and more efficient to meet business demands.

Automating VM Provisioning using Azure cloud allows to define variables and configure resources using Terraform scripts eliminating the need for manual configuration.

Upgrade Checks

Outdated systems can expose organizations to security vulnerabilities and performance issues, making regular upgrade checks essential for maintaining system integrity.

Conducting upgrade checks identifies available updates for the Linux/Unix OS and its components, ensuring systems remain secure and efficient.

Unix Process Kill

Allowing problematic processes to run unchecked can lead to system slowdowns or crashes, negatively impacting overall operational efficiency.

Terminating unresponsive or resource-intensive processes helps free up system resources, ensuring optimal performance for critical applications.

Health Checks

Infrequent health checks can result in undetected problems that escalate into significant outages, affecting business continuity.

Performing regular health checks assesses the overall status of Linux/Unix systems, identifying potential issues before they impact operations.

Service Restart

Failure to properly manage service restarts can lead to extended downtime and disruptions in service availability, negatively impacting users and operations.

Restarting services allows for the application of updates or configuration changes, ensuring systems run smoothly and efficiently.

CPU/Disk/Memory Utilization

Infrequent health checks can result in undetected problems that escalate into significant outages, affecting business continuity.

Performing regular health checks assesses the overall status of Linux/Unix systems, identifying potential issues before they impact operations.

Get Server Configuration

Lack of accessible configuration information can complicate troubleshooting efforts, resulting in prolonged downtime and operational inefficiencies.

Retrieving server configuration details provides insights into system settings and enables effective management and troubleshooting.

Patch Linux Machines

Applying patches to Linux systems ensures that security vulnerabilities and bugs are addressed promptly, maintaining system integrity and performance.

Applying patches to Linux systems ensures that security vulnerabilities and bugs are addressed promptly, maintaining system integrity and performance.

Linux Service Decommissioning

Failure to properly decommission services can lead to unnecessary resource consumption and increased vulnerability, complicating system management.

Safely decommissioning unused Linux services prevents resource wastage and reduces the attack surface for potential security threats.

Health Check

Neglecting routine health checks can result in unnoticed problems that disrupt system operations, leading to costly downtime and decreased user satisfaction.

Conducting regular health checks on Windows systems assesses their overall performance and identifies potential issues before they escalate.

File System Full

Running out of file system space can lead to application failures and data loss, negatively impacting business operations and user productivity.

Monitoring file system utilization alerts administrators when storage limits are approached, enabling proactive management to avoid disruptions.

Service Restart

Inefficient management of service restarts can lead to unnecessary downtime, disrupting operations and affecting user experiences.

Restarting Windows services facilitates the application of updates and configuration changes, ensuring optimal performance and functionality.

CPU/Disk/Memory Utilization

Without accurate utilization data, organizations may face resource shortages or inefficiencies, leading to degraded system performance and increased operational costs.

Gathering metrics on CPU, disk, and memory utilization provides critical insights into resource consumption, enabling better performance tuning.

Health Check

Without regular storage health checks, organizations risk data loss, performance degradation, and operational disruptions, impacting business continuity.

Performing routine health checks on storage systems ensures that potential issues, such as disk failures or performance bottlenecks, are identified and addressed early.

Storage Utilization

Poor visibility into storage utilization can result in unplanned outages, data overflow, and ineffective resource allocation, leading to increased costs and potential data access issues.

Monitoring storage utilization provides visibility into available and consumed space, helping administrators manage capacity efficiently and plan for future growth.

Backup Report

Manual tracking of backups can result in oversight, leaving critical data vulnerable to loss or corruption, which may lead to costly recovery efforts and operational disruptions.

Generating detailed backup reports provides a comprehensive overview of backup statuses, schedules, and data integrity, ensuring that all critical information is adequately protected.

Changing IP Address

Frequent IP address changes across large networks can lead to significant downtime and increased risk of manual errors, affecting network reliability and business continuity.

Streamlining the process of updating IP configurations allows for swift changes across multiple devices without manual intervention, ensuring accuracy and reducing human error.

Switch Port Availability on Single Instance

Monitoring switch port availability manually is time-consuming and prone to oversight, which can lead to underutilization of resources and potential network congestion.

Gathering real-time data on switch port availability facilitates efficient network operations by identifying ports that are either underutilized or congested.

Port Recovery

Slow response to port failures due to manual recovery processes can lead to extended downtime, negatively impacting business operations and productivity.

Retrieving information on port failures or misconfigurations enables quick resolutions, ensuring ports can return to operational status with minimal downtime.

Subnet Report

Slow response to port failures due to manual recovery processes can lead to extended downtime, negatively impacting business operations and productivity.

Retrieving information on port failures or misconfigurations enables quick resolutions, ensuring ports can return to operational status with minimal downtime.

Log Analysis

Manual log analysis is inefficient and can delay the detection of critical network issues, increasing the risk of security breaches and performance problems.

Analyzing network logs automatically extracts patterns and anomalies, providing valuable insights into security issues and operational efficiency.

Health Checks

Inconsistent and infrequent health checks can lead to undetected performance issues, resulting in unexpected network outages or degradations that impact business operations.

Conducting comprehensive health checks allows for the collection of status information on network components, identifying any performance degradation or faults.

Deleting Database

Frequent IP address changes across large networks can lead to significant downtime and increased risk of manual errors, affecting network reliability and business continuity.

Streamlining the process of updating IP configurations allows for swift changes across multiple devices without manual intervention, ensuring accuracy and reducing human error.

DB Table Import – MySQL

Manual table imports can be error-prone and time-consuming, resulting in data discrepancies and delayed access to critical information.

Facilitating the import of tables into MySQL allows for the seamless integration of data from various sources, streamlining data management processes.

DB Schema Creation – MySQL

Without well-defined schemas, organizations face challenges in data integrity and retrieval efficiency, potentially leading to confusion and mismanagement of data.

Creating database schemas in MySQL structures data effectively, ensuring proper organization and facilitating efficient data retrieval.

Install Database and New User Creation – MySQL

Inconsistent installation processes and user management can lead to security vulnerabilities and access issues, complicating database administration.

Installing databases and creating new user accounts in MySQL sets up secure access for users, ensuring that data management aligns with organizational policies.

DB Performance Report – MySQL

Without regular performance reporting, organizations may struggle to identify and resolve bottlenecks, resulting in suboptimal database performance and user experience.

Compiling performance reports for MySQL databases provides insights into query execution times, resource usage, and overall database efficiency.

DB Health Checks – MySQL

Neglecting regular health checks can lead to undetected performance degradation, increasing the risk of downtime and affecting application reliability

Conducting health checks on MySQL databases assesses system performance, identifying potential issues before they impact operations.

Install MySQL

Incomplete or inconsistent installation processes can lead to configuration issues, resulting in functionality problems that hamper data management efforts.

Installing MySQL efficiently sets up a robust database management system, enabling organizations to handle data storage and retrieval effectively.

Start MySQL Service

Delays in starting the MySQL service can disrupt workflows and delay access to critical data, impacting business operations.

Initiating the MySQL service ensures that the database system is operational, enabling users and applications to access and manage data seamlessly.

Stop MySQL Service

Inadequate management of the MySQL service can lead to unexpected downtime or data loss, affecting user access and operational continuity.

Stopping the MySQL service allows for safe maintenance and updates, ensuring system integrity while managing database operations.

Uninstall Unity Monitoring Agent

When user prefer to uninstall unity monitoring agent due to any reason this script can be applied for the purpose.

Removing the Unity Monitoring Agent software from user environment.

 Install Unity Monitoring Agent

Manual table imports can be error-prone and time-consuming, resulting in data discrepancies and delayed access to critical information.

Facilitating the import of tables into MySQL allows for the seamless integration of data from various sources, streamlining data management processes.

Delete User

Failure to delete inactive or unnecessary user accounts can lead to unauthorized access and potential security breaches.

Removing user accounts that are no longer needed helps maintain security and user management within Linux/Unix systems.

Modify User

Inflexible user management can lead to inappropriate access levels, posing security risks and compliance challenges.

Updating user permissions or settings allows for dynamic adjustments in user access based on changing roles and responsibilities within the organization.

Create New User

Delays in user account creation can hinder productivity and create frustration for new employees who need immediate access to systems and resources.

Establishing new user accounts ensures that employees have the necessary access to perform their duties while maintaining control over system security.

Password Reset

Delays in password reset processes can lead to productivity loss and frustration among users, potentially exposing the organization to security risks if access is not managed properly.

Facilitating password resets enhances security by allowing users to regain access quickly while adhering to organizational policies.

Reporting

Inconsistent reporting can lead to missed insights and inefficiencies, hindering informed decision-making and increasing the risk of compliance violations.

Generating detailed reports on system performance and user activities provides insights necessary for effective resource management and compliance monitoring.

User Addition

Prolonged user addition processes can hinder productivity, creating delays that affect onboarding and operational efficiency.

Adding new users efficiently ensures that employees have timely access to the necessary resources and systems required for their roles.

User Addition

Prolonged user addition processes can hinder productivity, creating delays that affect onboarding and operational efficiency.

Adding new users efficiently ensures that employees have timely access to the necessary resources and systems required for their roles.

FAQs

Which automation tools we can use in UnityOne automate various tasks in the DevOps?

User can integrate several automation tools like Puppet, Jenkins, Chef, Terraform, and Ansible to create and run their playbooks using UnityOne cloud management platform.

UnityOne Cloud Management platform allows to automate infrastructure Provisioning and deployment, as well as routine infrastructure management and User administrative tasks.

Users can automate tasks in their Hybrid Cloud environment using “DevOps Automation” Module in UnityOne Platform for event-driven automations, Scheduled cron jobs, and infrastructure automation through templates. Additionally, the UnityOne platform allows for scripting and command-line automations as well.

Yes, the user can visualize the complete end to end workflows of the automation tasks and can go deeper dive in each step of workflow to find out any root cause of automation failures.