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Use Case

Automate Infrastructure Provisioning and Deployment

Automate infrastructure provisioning and deployment with versioned code, so every environment is built quickly and consistently, with full change history.

The Challenge

Why Infrastructure Deployments Vary

Infrastructure built by hand differs every time, takes too long and is hard to audit.

Manual Builds

Servers and networks configured by hand.

Slow Provisioning

New environments take days or weeks.

Untracked Changes

No record of who changed what.

Is This Relevant?

Is This Use Case Relevant to Your Organization?

The people, moments and signals that usually bring this need to the surface.

Relevant Teams

  • Platform and infrastructure teams
  • Engineering teams
  • Security and audit

Common Triggers

  • Rapid growth in environments
  • Change control audit findings
  • Cloud adoption

Warning Signs

  • Environments built from checklists
  • Differences between test and production
  • Slow requests for new environments

Typical Environments

  • Public cloud, private cloud and on-premises
  • Servers, networks, databases and containers

Benefits

What Better Looks Like

Intended benefits. Actual results depend on your environment and starting point.

Infrastructure as Code

Environments defined in versioned templates.

Fast Provisioning

New environments in minutes or hours.

Full History

Every change reviewed and recorded.

Our Approach

A Practical Approach

Codify one environment first, then reuse the patterns. Each stage is tailored to your environment.

Assess

Review environments, provisioning steps, tools and change processes.

Prioritize

Rank what you find by business impact, effort and risk, and agree where to start.

Design

Agree module structure, standards and the review workflow.

Implement

Write templates, automate provisioning and configuration.

Validate and Optimize

Rebuild environments from code and compare results.

Technology

Technology Options

Where technology fits in the approach. Specific platforms and partner status are confirmed for each engagement.

Infrastructure as Code Tools

Tools that provision infrastructure from templates.

Configuration Management Tools

Tools that keep system configuration consistent.

Policy Engines

Automated checks for security and cost policies.

Before You Start

What to Consider Before Getting Started

A little preparation makes the first assessment faster and its findings more reliable.

  • Tools and platforms in use
  • Existing environments to bring under code
  • Review and approval process
  • Team skills
  • Who will own the work and act on recommendations
  • Engagement model and ongoing support

Measuring Success

How to Measure Success

Illustrative measures. Agree a baseline first, and keep targets separate from measured results.

Provisioning Time

Time to deploy a new environment.

Infrastructure in Code

The share of infrastructure defined in code.

Configuration Drift

Differences found from the definition.

Failed Changes

Infrastructure changes causing incidents.

Our Approach

How We Deliver Results

How Signisys works, from the first assessment to handover and beyond.

Learn More

01

A Defined Methodology

Every engagement follows the Signisys delivery methodology, with agreed stages, checkpoints and handover.

02

Agreed Baseline

Each engagement records your starting point first, so progress is measured against where you began.

03

Skills Matched to the Work

Each engagement is staffed for the platforms and skills in scope, agreed with you during planning.

04

Clear Success Measures

Success measures are agreed at the start and reviewed with you at every checkpoint.

FAQs

Frequently Asked Questions

Common questions about this use case.

What is infrastructure as code?

Defining servers, networks and services in versioned files, so they can be deployed automatically and the same way every time.

Do we need to rebuild existing environments?

Existing environments can be imported or rebuilt gradually; new environments start in code straight away.

What information is needed to get started?

Your platforms, how environments are built today, change processes and the tools your teams know.

Which environments does this apply to?

Public cloud, private cloud and on-premises, including servers, networks, databases and containers.

How is progress measured?

Agree a baseline for measures such as provisioning time, infrastructure in code, configuration drift and failed changes, then track them over time.

Related Content

Related Outcomes, Use Cases and Guides

Where to go next: the outcome this use case supports, nearby scenarios, technology partners and practical guides.

Problem Explainer

What Causes Inconsistent Infrastructure Deployment? Common Problems and Warning Signs

Coming soon

How-To Guide

How to Automate Infrastructure Provisioning and Deployment: A Practical Step-by-Step Guide

Coming soon

Checklist

Automate Infrastructure Provisioning and Deployment Checklist: What IT Teams Should Assess

Coming soon

Decision Guide

How to Choose the Right Approach to Automate Infrastructure Provisioning and Deployment: Options and Trade-Offs

Coming soon

Automate Your Infrastructure

Share your current challenges and priorities with Signisys to explore an approach suited to your environment.

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