Infrastructure Operations Automation

Infrastructure Operations Automation

Shift Infrastructure Operations from "Manual Labor" to "Systematic Processes"

OPS AUTOMATION / API / WORKFLOW

Build automation without stopping operations.

Alert notifications and ticketing, routine task self-service, change management and audit trails. We standardize operations through API, workflow, and portal—from design through implementation and operations handoff.

Designed with approval, role separation, and audit trails as foundation
Architecture diagrams, procedures, and test results prepared
Cutover and recovery (rollback) built in from the start
Phased rollout (1 workflow → horizontal expansion)

Current State Inventory (As-Is)
We document operations flows, alert design, change rules, and responsibility boundaries to identify automation targets and priorities.
Phased Implementation (Small start)
We begin with one workflow (notification → ticketing, etc.), confirm results, then scale horizontally. We proceed in an order that keeps operations stable.
Operations Handoff (Docs)
We prepare architecture diagrams, configuration tables, runbooks, and test results. We hand off a state where anyone can operate with consistent quality.

Examples of Operations Automation

Monitoring Event-Driven (Notification/Ticketing/Automated Processing)

Operations workflow (procedures, approvals, audit trails)

provisioning

Change Management

DR/Backup

Log Aggregation and Analysis (including audit logs)

API Integration

Automatic failover with health checks

OS Auto Configuration

Security AI Agent

Breaker/Power Status Monitoring and Notifications

Standardization of 2FA Operations

Automatic escalation of power anomalies

Suspicious Activity Detection

Automatic backend disconnection

Implement operations automation without downtime.

Monitoring → notification/ticketing → first-response, self-service for routine tasks, and change management with audit trails. We implement in stages starting with “1 workflow” to match your existing environment.

  • Current state inventory (As-Is) → automation roadmap (priority, impact, risk)
  • Start small with just 1 workflow (notification/ticketing/Runbook) → expand across organization
  • Design with approval, role separation, and audit trails as prerequisites (operations that withstand audit)
  • Prepare architecture diagrams, procedures, and test results (ready for operations handoff)

Automation Track Record

REST API / Automation Interface

・Standardize operations with portal operations + API
・Start/stop/restart/reinstall/
・Configuration changes
・CloudWatch→Lambda→Jira automatic ticket creation
・Proxmox・CloudStack API integration

Monitoring event-driven (notification, ticketing, initial response)

・Do not make alerts dependent on "people"
・Standardize notification → ticketing → first response (Runbook)
・Zabbix (SNMP/MIB/notification design)
・CloudWatch integration

Change Management and Security Baseline

・Standardize settings with AD / GPO
・Centralized distribution of audit policies
・Change management and operational workflows
・Automation of environment information collection

Log aggregation and audit trails

• Log aggregation design and environment setup
• Preservation of security/network device logs (FW/IDS/IPS/Proxy, etc.)

• Long-term retention and searchability for audits and evidence
• Automated log analysis with LLM integration
• Semi-automated action execution with LLM integration

Backup / DR / Rollback

・Backup / DR / Rollback
・Notification, retry, and ticket creation upon backup failure (automated operations)

・Standardized generation management and recovery procedures with Proxmox Backup Server

OS standardization

・Automate initial setup with cloud-init (users/SSH keys/network, etc.)
・Ensure reproducibility from "testing → production" with templates
・Standardize initial deployment of monitoring and logging

Frequently Asked Questions

Do you have any questions? Feel free to contact us even if your inquiry is not listed here.

Infrastructure Automation FAQ

  • How is pricing determined?

    It depends on the scope (number of flows, integration destinations, authority/approval/audit trail requirements, and depth of testing).

    First, through a free consultation (automation assessment), we will clarify “where to start appropriately” and “a rough estimate,” and define a scope that is neither excessive nor insufficient. 

  • What information should I prepare to expedite the consultation?

    It’s okay if the details are incomplete, but having the following information will help facilitate a smooth process:

    • Current operational workflow (who does what)
    • List of monitoring alerts (priority, frequency, problematic ones)
    • Ticketing destination (Jira, etc.) and notification channels (email/chat)
    • Constraints (prohibited downtime periods, approval requirements, audit requirements, etc.) 
  • How do you handle security (confidential information and access)?

    We proceed with the minimum necessary information and permissions. (Need-to-Know principle)

    • Access tailored to operations such as VPN/bastion hosts/time-limited accounts
    • Recording of operation logs and change history
    • Confidentiality handling rules (NDA, etc.)

      We design and operate in accordance with your organization’s rules. 

  • What is the estimated timeframe?

    For introducing a single flow first, depending on the clarity of requirements, it’s easy to adopt a quick start → verify results approach.

    As you expand across multiple systems (monitoring, ticketing, permissions, logs), coordination increases, so phased implementation (start small → horizontal expansion) is more practical. 

  • What will be the deliverables?

    The specific deliverables depend on your project requirements, but generally include the following:

    • Design documentation (architecture diagrams, workflows, permission/approval design, operations rules)
    • Procedure manuals (Runbooks, cutover/recovery, operations procedures)
    • Test results (test scenarios, results, points to note)
    • Implementation deliverables (configurations, scripts, integration procedures, etc.)

      To avoid single-person dependency, we prioritize documentation as a key deliverable. 

  • How will the process proceed?

    Typically, this includes the following:

    1. Current state inventory (As-Is) and issue analysis
    2. Target selection and prioritization (roadmap)
    3. Initial implementation of one flow (notifications/ticketing/runbooks, etc.)
    4. Testing and operations rule establishment (approvals/audit trails/permissions)
    5. Horizontal rollout and operations handoff (docs/procedures/training) 
  • Is backup/DR/rollback also within the scope of “automation”?

    Yes. Automation is used not only for “convenience” but also to improve recoverability.

    For snapshots, backups, and DR, not only execution but also “recovery procedures and testing (restoration verification)” are important, so we design them including procedures and validation. 

  • Are AD/GPO (Group Policy) and Windows operations standardization also covered?

    are eligible. AD/OU design and baseline application via GPO (audit policies, security settings, update policies, etc.) can also be handled as part of operations governance.

    On the Linux side, standardization of initial configuration is often achieved using cloud-init and similar tools. 

  • How far can you support logs? (aggregation, storage, analysis, etc.)

    Design collection, classification, retention periods, and searchability according to your purpose (troubleshooting/auditing/security).

    To avoid “collected a lot but can’t use it,” start by narrowing your scope and ensure you can reliably track only the logs you need

  • Can you handle change management, including approval, segregation of duties, and audit trails?

    We can accommodate this.

    • Approval flow (review and approval before execution)
    • Separation of privileges (execution account/operations staff/approver)
    • Audit trail (execution logs, change history, configuration differences)

      We will organize these in a form that can withstand audits. 

  • “I’m worried about automated changes running on their own” – is that safe?

    For critical changes (stop, switch, firewall changes, etc.), the basic design includes approval gates and manual confirmation steps.

    Additionally, execution logs (who/when/what) are retained, and rollback procedures are prepared together.

    To avoid “convenient but dangerous automation,” we build with control measures as a prerequisite. 

  • What should I start with first to be effective?

    Starting with “one fixed flow” is the most failure-proof approach.

    Example:

    • Monitoring alert → notification (email/chat) → automatic ticket creation
    • Standardize routine tasks (restart/switchover/log collection) into runbooks up to initial response
    • Once effectiveness is confirmed, apply the same pattern horizontally to other alerts. 
  • With “operations automation,” what specifically can be done?

    . Typically, this includes monitoring events → notifications → ticket creation, first response (Runbook), standardized provisioning (templates/initial configuration), change management (approvals/audit trails), and log aggregation and compliance.

    We separate “decisions that require human judgment” from “standardized tasks that can be systematized,” and implement them in phases in a structured order that maintains consistency

TECH STACK
Supported Technology List

The items listed are representative examples. We select technologies based on your requirements, environment, and operational conditions, and provide support from design through setup, testing, and operations handover.

CategorySupported Technologies (Representative Examples)
Virtualization / Cloud
Infrastructure Refresh / HCI / migration
  • VMware vSphere / ESXi (5.0–8.0)
  • VMware Horizon
  • Hyper-V
  • Proxmox VE 8.x
  • CloudStack
  • KVM
  • Azure Connectivity
  • Cloud-init
AWS
Monitoring / Automation / Operations Integration
  • CloudWatch
  • SNS
  • Lambda (Python)
  • EC2
  • ECS
  • ALB
  • Auto Scaling
  • S3
  • IAM
OS
Windows / Linux / Firewall OS
  • Windows Server (2008–2025)
  • Windows 10 / 11
  • Ubuntu 22 / 24
  • AlmaLinux 9
  • Rocky Linux
  • CentOS 7
  • Debian
  • Junos OS
  • OPNsense
  • Proxmox VE
Network
Redundancy / 10G / Routing
  • VLAN
  • STP
  • ACL
  • Stacking
  • MLAG
  • Multiple Tag VLAN
  • Routing Design
  • WAN Load Balancing
  • 10G SFP
  • Virtual Router
VPN / Security
Firewall / IDS/IPS / 2FA
  • IPsec VPN
  • L2TP/IPsec
  • OpenVPN
  • WireGuard
  • 2FA
  • Juniper SRX
  • FortiGate
  • Allied AR
  • OPNsense
  • IDS/IPS
  • Squid + ClamAV
  • Penetration Testing
Storage / HCI
Refresh / Backup / DR
  • Dell PowerMax 2500
  • Dell EqualLogic
  • Dell Storage
  • HPE Nimble HF21
  • Ceph
  • vSAN
  • iSCSI
  • NFS
  • CIFS
  • Proxmox Backup Server
  • DR (Hyper-V Replica)
Monitoring / Operations
SNMP / UPS / Event-Driven Actions
  • Zabbix
  • PRTG
  • SNMP Monitoring
  • MIB
  • SMTP Notifications
  • InfoSight
  • UPS Monitoring
  • Log / Event-Driven Actions
AI Server Facility
High-Density Racks / Liquid Cooling / Procedures
  • High-Density GPU Server Racks
  • Liquid Cooling (CDU)
  • PDU (Breaker / Web GUI)
  • Power Shelf (PSU Array)
  • BMC
  • HMI / PLC
  • Operations Manual Creation
Web / Portal
Customer Portal / Payment / E-Commerce
  • WordPress
  • WooCommerce
  • HostBillAPP
  • LP / Portal / Client Site Development
  • Credit Card Payment Integration
  • E-Commerce (Including Domain / SSL Sales Integration)
Database
RDB
  • Microsoft SQL Server (2012 / 2019)
  • MariaDB
  • MySQL
  • PostgreSQL
Cloud Business / Billing
Products / Workflows / Automation
  • Product Design
  • Workflow Design
  • Automated Provisioning
  • Domain / SSL / VPS / Cloud / GPU Cloud Sales
  • Pricing Design
  • Terms of Service Creation
AI / Automation
RAG / Local LLM / Python
  • Dify
  • NiFi
  • RAG Chatbot Development
  • Local LLM (Qwen 3.5 32B)
  • NVIDIA GPU
  • GPUStuck
  • Python Script Automation
Game Server
Provision / Operations
  • Pterodactyl.io
  • Game Server Provision / Operations
  • Pricing / Plan Design
Other
Web / Authentication / Load Balancer, etc.
  • HAProxy
  • VyOS
  • Apache HTTPD
  • nginx
  • System Center
  • Active Directory / LDAP
  • Virtual Router
  • F5 Virtual Load Balancer