6 Best Practices for Test Environment Management (TEM) in 2026

Quick Overview

This guide covers 6 Test Environment Management (TEM) best practices to help you improve environment visibility, reduce conflicts, minimize manual work, and keep test environments reliable and ready for testing.
You’ll learn how to improve environment transparency, resource allocation, automation, provisioning, knowledge management, and performance tracking.
By the end, you’ll have a practical framework for identifying weaknesses in your current TEM process and improving how test environments are managed.

As software delivery becomes more complex, managing test environments can quickly become a coordination challenge. Multiple releases may compete for the same environments, configurations can change between test cycles, and outdated information can make it difficult to know what is available and ready for testing.

These issues can lead to delayed testing, environment conflicts, unnecessary manual work, and unreliable test results.

Applying clear Test Environment Management practices helps bring more structure to this process. From improving environment visibility and allocation to automating updates and monitoring performance, the right practices help keep test environments reliable and easier to manage throughout the software delivery lifecycle.

This article covers 6 best practices that companies can use in 2026 to overcome TEM implementation challenges and ensure their test environment management strategy is a complete success.

What is Test Environment Management?

Before looking at the six best practices, it helps to clarify what Test Environment Management (TEM) covers and why it becomes important as software delivery grows more complex.
Test Environment Management involves supervising, handling, and managing enterprise-level test environments. It uses processes, tools, and resources to manage multiple configuration parts like software, hardware, databases, test data, and applications.

What's tem?

“Test Environment Management (TEM) is a paramount practice to simplify the software delivery process by ensuring everyone in the product release can get working Test Environments when needed, to execute test scenarios or reproduce bugs.”

Main Types of IT Environments

Understanding different IT environments is key for effective Test Environment Management. Each serves a unique purpose and requires specific configurations to meet organizational needs. Here are the main types of IT environments:

Development Environment

The development environment is where developers program and create software. It includes tools like IDEs (e.g., IntelliJ, Microsoft Visual Studio) for building, testing, and debugging. This environment allows developers to iterate and improve software without affecting end users. A robust development environment attracts top talent and ensures seamless software development.

Testing Environment

The test environment is where teams evaluate application quality and perform software tests, allowing developers to find and solve defects. This environment is created by allocating necessary resources, including new physical or virtual devices. Software Tests such as performance, chaos, system integration, and unit testing are conducted here. A close replica of the production environment ensures accurate software testing results, reducing rework and user complaints.

Production Environment

The production environment, or deployment environment, is where the application is live and accessible to end users. It requires continuous monitoring, testing, and refining to ensure optimal performance. Feature flags introduce new features to select users while maintaining the current version for others. This environment is critical for processing workflows and driving results, whether for internal use or customer-facing applications.

Operational Environment

An operational environment refers to the physical and virtual infrastructure that supports software and applications. IT operations maintain operational stability, efficiency, and cost-effectiveness. A robust operational environment powers reliable applications and secures networks, supporting the organization’s software and establishing a secure, reliable, and cost-effective network to meet business needs.

Each of these environments is important in the software development lifecycle, ensuring effortless deployments, reduced downtime, and higher-quality applications. For more details, read our article: What Test Environments do you need? Dev, Test, Staging?

The most common TEM problems

Due to market competition, software products are becoming more complex and integrated. This is triggering the management of test environments as the biggest challenge.

You've probably come across test environment setup situations where many hidden problems pop up before launching a product. The most common TEM problems include:

The tedious task of creating multiple integrated test environments
Provisioning infrastructure and platform in a repeatable way
Reliable monitoring for all environments (and not only production!)
Synchronized software version updates
Deletion of unused environments to save our planet (and avoid huge cloud bills)
Test Data Management across the whole environments' landscape
Debugging test environment issues and solving them quickly

Let's discuss 6 best practices that should help you avoid such problems.

test environment management 6 best practices

6 TEM Best Practices

Test Environment Management challenges have made companies worry about lower test coverage and escalating operating costs. Thankfully, some test environment best practices can ease these challenges and deliver positive results faster.

Build trust with full transparency around Test Environments

Everybody should know at any time what can be tested where, that's why you need a single source of truth for your Environments and Deployments.

Ideally, it should be accessible by everyone in your organization (with different access levels when required). If you already have a project management platform like Jira used across the whole organization, it could be the perfect place to have your Test Environment Management, instead of adding a new tool.

Share reliable Environments allocation across teams

Knowing the current status of your Test Environments is one thing. Knowing what is going to happen in the future is another one. That's why you should be sharing your release, deployment, and outage plans with all stakeholders as well.

Booking environments for optimal resource utilization avoids configuration conflicts. Instead of a Shared Calendar or an Excel Spreadsheet, check how you could leverage Jira to keep track of your environment allocation.

Avoid manual updates by smartly integrating your TEM tool

Let's face it: when an information is updated manually, there is a fair chance it is not up to date. The guy responsible of updating the version after a deployment is on holidays? Or maybe the information is incorrect due to a wrong copy-paste?

You must integrate your TEM tool with your toolchain (deployment tool, monitoring tool, CMDB, etc.) to make sure your environment inventory is always up to date. That way, you will build trust with your stakeholders.

Provision your Environments in a repeatable way using virtualization

Make it possible to provision and run simultaneously Test Environment instances, so that you can avoid scheduling conflicts, speed up test cycles, and simplify reporting.

Virtualization is great - with Docker and Kuberenetes you can take snapshots and easily replicate your whole end-to-end Environment. However, as it is an important investment, make sure you perform an ROI analysis first. Does it make sense to invest 100k USD if you ship a new version twice a year? Probably not.

Enforce Knowledge Management, Keep track of tasks and incidents

A centralized test environment management ensures the availability of all required information to the stakeholders and end users: test environment schedules, release plans, recovery procedures, solution documents, incidents, and status reports.

As Test Environments are shared (and often scarce) resources, utilization conflicts will arise when one or more projects compete simultaneously for the same environment or asset. Corrective actions will have to be performed.

Tools like Jira (for tasks and incidents) and Confluence (for documentation) can help you maintain the list of all devices and their related information, processes, methodologies, and application stacks. Using such tools will also allow you to keep track of all tasks and incident resolutions you and your team have performed.

Review your TEM performance periodically with relevant KPIs

Periodical reviews help to keep the test environments as realistic and precise as possible. After each significant test cycle, evaluate what's working, what's not, the resources that are under or over-utilized, etc., and make necessary changes as per the testing team's requirements and bookings.

For these reviews, we encourage tracking key Metrics and KPIs like environment uptime, environment availability percentage, number of unplanned service disruptions, etc.

We will soon publish another article focused on those KPIs, stay tuned!

TEM Tools, will you need them?

Test Environment Management (TEM) tools ensure stability, efficiency, and control over software environments, directly impacting best practices in release management. While traditional solutions like spreadsheets and shared calendars often lead to inefficiencies, dedicated TEM tools, such as Apwide Golive, offer a structured approach to handling test environments, improving visibility, automating processes, and reducing bottlenecks in complex setups.

If you're looking for a comprehensive breakdown of TEM tools, their benefits, and how to choose the best solution for your needs, check out this article.

To sum up, Test Environment Management is a complex process that requires thorough planning and coordination. Effective automation and standardized methods can simplify and make it more efficient.

Key Takeaways

Keep test environments well-documented and transparent.
Plan and allocate resources to avoid conflicts.
Automate updates to minimize errors and save time.
Leverage virtualization to optimize testing speed.
Monitor key metrics to improve test environment efficiency.

TEM is the right solution to automate the CI/CD process, deploy frequent releases, decrease time to market, eliminate the possibility of bugs, and ease communication among various teams.
Unfortunately, there is no universal tool or strategy for all R&D teams. Following our TEM best practices and using a well-integrated Jira App like Golive helps companies optimize their resources and ensure test environments run linearly by tracking demand and usage.

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About the author

David Berclaz

After working for large organizations like Deloitte and Nestlé Nespresso, David co-founded Apwide in order to help organizations improve their Test Environment Management processes.

6 Best Practices for Test Environment Management (TEM)