FALCON Automation Platform

IT Infrastructure Operations Automation System

Standardize infrastructure operations with code-based workflows,
and automate everything from repetitive tasks to execution result management.

Why Adopt Features Case Studies

Operational Challenges

Why do you need IT infrastructure operations automation system?

Repetitive manual work increases errors and operational burden.
The IT infrastructure operations automation system supports more stable IT operations through standardized automation.

Long Repetitive Work

Large-scale patching, inspections, and configuration changes can lead to lengthy night or holiday work.

Human Error

During repetitive manual work and command entry, work errors and failures may occur.

Lack of Operational Visibility

Real-time visibility into task status, execution results, and failure causes is difficult, which can delay response.

Limited Audit Evidence Management

It is difficult to systematically track who performed what work and when, as well as histories and results.

Benefits

With an IT infrastructure operations automation system
start with these 3 reasons

Reduce repetitive operations, standardize work quality,
and build a safer IT operations environment.

Start with inspections and reports that show immediate value

Automate repetitive inspections and report creation to reduce operating time and review results systematically.

Use review, approval, and history management to make operations safer

Apply review and approval procedures before execution, and record work histories and results to reduce operational risk.

Use AI and templates to expand standardized assets

Turn repetitive tasks into templates and reuse them as standard work to maintain consistent operational quality.

AI Extension

MCP-Based AI Automation Extension

Beyond simple automation execution, the IT infrastructure operations automation system
structures large-scale infrastructure data so AI can understand it safely.

IT Infrastructure
Operations Automation System

MCP Server (Model Context Protocol)

Enterprise LLM

Bidirectional Context Sharing

Massive log and inventory assets from the automation system are securely delivered to the LLM through MCP for intelligent root-cause analysis.

Controlled AI

AI suggestions are converted into executable code only within the strict permission framework of the automation system.

AI Operations Scenarios

AI analyzes, and the IT infrastructure
operations automation system executes

Security Compliance Tracking

Prompt

Summarize servers without patches applied over the past week.

AI Output

Analyze automation system data through MCP and instantly generate a dashboard of remediation rates by department.

Legacy Code Refactoring

Prompt

Optimize the existing network script with a high failure rate.

AI Output

Improve code quality by removing duplicate code and standardizing variables in the automation system template structure.

Compliance Report

Prompt

Compile Q3 regular inspection history and create an ISMS report.

AI Output

Generate a submission-ready report draft with before/after comparisons, approver information, and log captures.

Key Features

Explore the features provided by the IT infrastructure operations automation system
Explore the features provided

Dashboard

Manage all work status at a glance

View scheduled, running, and completed tasks on an integrated screen and manage results and histories systematically.

Check status and running task progress
Manage execution and failure history
Track target hosts and status
Download and share work results

Job Authoring

Create jobs quickly with a GUI-based editor

Use a GUI-based editor to configure Ansible jobs and improve authoring efficiency with YAML validation and conversion.

GUI-based job editing
Ansible module and variable validation
Drag-and-drop job composition
YAML validation and GUI conversion

Job Execution

Set job targets and execution options flexibly

Select target devices and execution options, then run automation jobs by group or instance.

Set target devices and execution variables
Run by inventory, group, or instance
Configure concurrent execution and options
Real-time execution result checks

Job Approval

Support safe operations through pre-execution review and approval

Apply administrator review and approval before automation execution to prevent errors and uncontrolled runs.

Review and approval before execution
Pre-check content, targets, and variables
Review GUI and YAML-based job details
Execute after approval and set options

Job Results

View execution results and history at a glance

Check job status, execution time, and results by target device, and manage execution histories with detailed results and reports.

Check status and execution history
View start/end time and duration
Check results by inventory, group, and host
View success, failure, change results, and reports

User Management

Manage permissions by organization and user systematically

Set permissions by organization, team, and user, and manage access to job templates, inventories, and projects.

Manage permissions by organization, team, and user
Set access to job templates and inventories
Manage project and job file permissions
Set feature permissions by user

History Management

Manage job file change history systematically

Record job file creation, modification, and deletion histories, and review changes through file comparison.

Check creation, modification, and deletion history
View change time, operator, and details
Check changes through file comparison
Track affected templates and hosts

Backup Management

Back up and compare configuration information

Collect and back up device and system configuration information, then quickly identify changes by comparing previous data.

Configure per-device configuration backup
Collect and store backup item data
Compare change history and differences
Search specific configuration information

System Audit

Track usage and work history systematically

Record user logs and job creation, modification, and execution histories to support audits and traceability.

Check user logs and access history
Manage job creation, modification, and approval history
Track inventory and configuration changes
Check execution details and result logs

Detailed Features

Features that improve
operational stability

Inventory Management

Manage inventory, group, and host information and classify target devices systematically.

Execution Account & Access Integration

Integrate device access accounts with access-control systems to support a secure execution environment.

Job Result Notification

Notify success, failure, and change results by email, messenger, webhook, and more.

External System Integration

Integrate with groupware, approval systems, ITSM, CMDB, and other systems to automate operations processes.

Work Plan Management

Create work plans, connect them with approval, and execute safely after pre-review.

Pre/Post Work Status Check

Compare device status and key service items before and after work to automatically verify change results.

Step-by-Step Scenario Execution

Define execution order and recovery procedures by step, and support sequential or repeated execution.

Security Inspection Report

Automatically generate server and network security inspection results as reports.

Reference Cases

Across diverse IT infrastructure environments
Proven operations automation experience

In mission-critical environments such as public, finance, and enterprise sectors,
we present proven cases of operational stability and efficiency.

Network & Server Operations
Automation System

Automated configuration backups, change comparison, vulnerability checks, bulk command execution, and DR transition for large-scale network devices and Linux, Windows, and virtual server environments.

Reduced time for configuration change analysis and security reports, and improved operational stability and investment efficiency through automated network DR transition.

Network Operations Automation System

Standardized large-scale network changes and automated the process from request to approval, configuration change, and result updates through integrations with groupware, approval, messenger, and chatbot services.

Reduced OS deployment and upgrade time, prevented arbitrary command execution, and improved stability through work standardization.

x86 Infrastructure Automation System

Automated infrastructure provisioning, approval, execution, and result updates across virtualization, Linux, Windows, and bare-metal environments.

Shortened provisioning time and improved service quality and efficiency through repetitive operations automation and automated failure recovery.

Server Configuration Automation System

Automatically collected server configuration and operational status, and automated daily checks, report creation, SSL certificate updates, and internal system integration tasks.

Reduced processing time from request to configuration change and issue updates, and improved standardization and efficiency through automated system checks.

Cloud Multi-Network
Automation System

Automated network infrastructure tasks for cloud services and standardized the process from request to configuration change through service portal and CMDB integrations.

Shortened service lead time and improved quality by replacing unit-service processes with a bulk request method.

Network & Server Operations
Automation System

Automated config backup, change comparison, daily checks, ad-hoc inspection commands, and result report generation in network and server operations.

Systemized existing script-based inspections to improve standardization, and increased efficiency with inspection history lookup and detailed log analysis.