Azure Resource Management: An Ultimate Guide

‍Azure infrastructure consists of various components that support computing tasks, storage management, and cost optimization. Azure resource management is vital to any IT infrastructure, as it coordinates cloud resources to meet application needs, budget limitations, and security standards. 

With a focus on cost-effectiveness and seamless operations, Microsoft Azure—one of the leading cloud platforms globally—has made significant advancements in resource management. This article will delve into Azure resource management to help you make most from Azure services.

Introduction to Azure Resource Management

Azure resource management is a practice to optimize the use of cloud resources by employing Azure's tools to organize and manage assets within the Azure cloud environment. This practice encompasses essential cloud activities such as scaling, provisioning, monitoring, optimizing, and securing resources to ensure peak operational efficiency, robust data security, and cost savings.

Azure resource management involves using various tools that enable seamless orchestration of resource provisioning to streamline cloud computing processes. It also plays a pivotal role in storage optimization, as applications, systems, and even templates can consume a substantial portion of Azure's storage infrastructure. Without proper oversight of resource volume and distribution across the cloud, operational inefficiencies and downtimes may occur, potentially harming a company's performance and financials.

To address these challenges, Azure resource management practices offer automation capabilities that significantly enhance security, agility, and support data-driven decision-making for cloud management. This transformative approach helps organizations manage their cloud environments effectively for maximum efficiency and productivity.

Benefits of Azure Resource Management

Following Azure resource management practices provides several benefits that enable effective and efficient management of your Azure cloud resources:

• Centralized Management: Azure resource management offers a unified view of your entire infrastructure, allowing you to manage and control all your Azure resources from a single hub. This centralized approach enhances visibility and control over all processes.
• Resource Monitoring and Management: Azure's monitoring and analytics capabilities provide insights into the health, usage, and performance of your cloud resources. By tracking specific metrics, analyzing logs, and setting up alerts, you can proactively identify and address issues before they impact operations or finances.
• Organize and Control Access to Resources: Azure resource management enables you to manage and visualize resources within your environment. You can group resources for easy deployment or deletion and use tags to categorize them. Dependencies among resources can also be viewed for better control.
• Flexibility and Scalability: Azure resource management practices offer flexibility in scaling resources according to workload fluctuations and market conditions. From small-scale applications to large-scale enterprise solutions, these practices ensure optimal performance, availability, reliability, and resilience of your Azure cloud infrastructure.
• Seamless Integration with Azure Services: Azure resource management facilitates smooth integration of your applications and resources with other Azure services. This enhances the capabilities of your infrastructure, allowing you to automate common management tasks and enforce compliance policies across your environment. By defining configuration standards and regulatory requirements, you can ensure that your resources adhere to organizational and legal guidelines.

Azure Resource Management Best Practices

Here are some of the best practices for Azure resource management:

1. Optimize Azure’s Block Storage

Effective storage management is essential for optimizing overall performance and managing your Azure infrastructure. Monitoring your storage usage is key to proper resource and template allocation during Azure resource management.

While the cloud computing market offers a variety of services, many do not prioritize storage optimization. Even those that do may only provide limited functionalities. According to the "State of Hybrid Cloud Storage 2023" study by Virtana, 94% of participants observed an increase in their cloud storage costs, with 54% noting that storage expenses were rising faster than their overall cloud bills. 

Lucidity offers solutions to the following cloud storage challenges:

1. Wasted Costs from Overprovisioning: Organizations often allocate more storage than necessary, resulting in wasted financial resources due to underutilized storage. Lucidity helps optimize storage provisioning, ensuring you only pay for what you use. This approach reduces overall cloud bills and prevents resource waste.
2. Time-Consuming Manual Provisioning: Managing block storage manually requires significant time and effort from DevOps teams. Lucidity automates this process, enabling seamless scaling of storage resources without interrupting operations. This automation streamlines the workflow and boosts efficiency.

• Inconsistent Workloads: Workloads can fluctuate due to seasonal trends, unexpected growth phases, or market changes, leading to performance bottlenecks and operational inefficiencies. Lucidity's dynamic storage management adapts to changing demands, maintaining consistent performance and operational efficiency.

Lucidity's block storage auto-scaler is the industry's first cloud orchestration tool that integrates seamlessly with other cloud service providers. It offers a range of services focused on cloud cost optimization and storage provisioning. Notably, it provides both expansion and live shrinkage of block storage—features unavailable in other cloud service providers.

With Lucidity, you can dynamically adjust your storage capacities in real-time, achieving effective storage optimization, cost savings, and minimized downtime. This innovative approach allows you to respond quickly to changing needs and maintain optimal performance.

Lucidity offers two innovative solutions for storage optimization:

1. Block Storage Auto-Scaler: Lucidity’s block storage auto-scaler automates real-time storage expansion and shrinkage, making it one of the brand's best storage management tools. This auto-scaler optimizes resource utilization and reduces costs by swiftly adjusting storage resources to eliminate overprovisioning and maintain usage within your organization's limits.
2. Storage Audit: Lucidity’s storage audit solution provides insights into your storage usage patterns and identifies underutilized areas within your Azure infrastructure. This automated analysis frees DevOps teams from manual tasks and supports data-driven decisions regarding storage use, resource allocation, and long-term cost savings.

These solutions help you maximize storage efficiency and minimize unnecessary expenses, supporting effective storage management across your Azure infrastructure.

Lucidity seamlessly integrates with Azure, Google Cloud Platform (GCP), and AWS, offering an additional layer to their block storage capabilities. Deployment can be achieved using Lucidity-hosted methods, self-hosting, or private links.

Before deploying the autoscaler, Lucidity conducts a comprehensive, week-long storage audit at no cost. This audit generates a detailed report identifying current storage inefficiencies, underutilized areas to eliminate, and opportunities for reducing Azure costs. Key insights from the report include:

• Disk Spend Analysis: Overview of current spending on disks.
• Disk Downtime Risks: Identifying potential risks of downtime.
• Idle Resources: Highlighting resources not in use.
• Overprovisioned Areas: Identifying areas needing optimization.

These insights enable informed decisions on optimizing storage, reducing costs, and improving overall infrastructure efficiency. 

Following a simple three-step process, Lucidity can be onboarded quickly and easily in around fifteen minutes. Once set up, the agent begins automating block storage provisioning.

Data integrity is a top priority for Lucidity, which uses industry-standard encryption techniques to safeguard data during storage volume adjustments. This approach complies with relevant security and compliance standards based on your industry.

Lucidity's efficient onboarding and strong data protection capabilities help ensure a smooth transition and reliable ongoing operation.

Incorporating Lucidity into your Azure infrastructure can bring several key benefits, helping you optimize your cloud environment for operational efficiency and cost-savings:

• Maximum Operational Efficiency and Cost Savings: Lucidity can save you up to 70% on your overall cloud bill by automating storage provisioning and eliminating idle areas. This automation streamlines operations, reduces the need for manual intervention, and frees up DevOps professionals to focus on high-value tasks.

• Zero Downtime: Lucidity's auto-scaler swiftly provisions the necessary storage capacity when disk utilization exceeds pre-defined limits, preventing downtime and ensuring seamless operations. This automated approach is a cost-effective and efficient alternative to manual provisioning.

• Customized Policy: The "Customized Policy" feature allows you to create and configure protocols tailored to your infrastructure needs. By defining details such as policy name, buffer size, desired utilization, and maximum disk size, you can launch policies that Lucidity adheres to, facilitating proper instance management.

By integrating Lucidity into your Azure infrastructure, you can benefit from its automation, cost savings, cost management, enhanced performance, scalability, and a user-friendly interface for efficient resource management and decision-making.

2. Use Azure Native Resource Management Tools

Azure resource management involves a central component known as Azure Resource Manager (ARM). ARM is an Azure service that implements the Infrastructure as Code (IaC) model, allowing you to provision, modify, and delete resources within your Azure cloud environment. It offers a range of features such as controls, tags, and locks that bring simplicity, consistency, and automation to your infrastructure, paving the way for a scalable and agile future.

Before employing Azure Resource Manager, it is essential to understand a few key terminologies associated with it:

• Resource: Refers to assets that can be managed, including virtual machines, networks, tags, subscriptions, resource groups, web apps, and more.
• Resource Group: A container that compiles related resources and allows you to manage them together. Organizing resources into groups helps streamline management tasks and optimize performance.
• Resource Provider: A standalone Azure service that allows you to create resources. Each resource provider offers specific services, such as compute, storage, or networking.
• Resource Manager Template: Defined in JavaScript Object Notation (JSON) format, Resource Manager templates establish how resources should be deployed, whether to groups, tenants, or subscriptions.
• Declarative Syntax: ARM templates use declarative syntax, allowing you to specify the desired state of your resources without in-depth programming knowledge. This makes it easy to define and manage resources in the cloud.

In addition to Azure Resource Manager, several other native tools can facilitate effective resource management within your Azure environment:

• Azure Monitor: This built-in tool offers advanced observability and tracking capabilities for both cloud and on-premises resources. It assesses the health of virtual machines and other resources without requiring you to log into them directly.
• Azure Storage Explorer: A free standalone application that allows you to identify resources according to name, type, and resource groups. It simplifies the management of storage data on Windows, macOS, and Linux.
• Azure Blob Studio: This standalone dev tool enables you to create, configure, or delete resources within your Azure cloud environment. It offers a user-friendly interface for managing resources efficiently.
• Azure Resource Graph: A component of Azure Portal, Resource Graph provides efficient resource exploration and querying services across multiple subscriptions. It supports proper governance over your Azure environment by enabling you to gain insights into your resources.

By leveraging Azure's native resource management tools, you can optimize your cloud environment for better performance, scalability, and automation. These tools help you manage resources effectively and maintain a consistent, streamlined infrastructure.

3. Implement Role-based Access Controls

Role-Based Access Control (RBAC) is a fundamental aspect of managing Azure resources, providing a structured approach to enforcing security protocols. By integrating Azure Resource Manager (ARM) with Azure's RBAC, you gain precise control over who can access and manage your resources, ensuring a secure and organized environment.

With RBAC, you can assign specific roles to users, groups, and applications based on their responsibilities and access needs. For example:

• Built-in Roles: Azure provides various predefined roles, such as Owner, Contributor, and Reader, each with specific permissions. These roles streamline access management and reduce complexity.
• Custom Roles: If the built-in roles don't fit your needs, you can create custom roles with tailored permissions to meet your organization's specific requirements.

RBAC controls access at a granular level and ensures a clear separation of duties. By granting the minimum necessary permissions, you reduce the risk of unauthorized access or changes to your resources.

Additionally, RBAC enables you to apply resource locks to critical resources. This added layer of security prevents accidental deletion or modification of essential resources, safeguarding your organization's assets.

You can maintain compliance with regulatory requirements and security best practices by implementing RBAC. Regularly reviewing and auditing access permissions helps ensure your Azure environment remains secure and well-managed.

4. Enforce Azure Policies for your Resources 

Azure Policy is a powerful tool for maintaining compliance and upholding policy standards across your Azure resources. Policy Assignments allow you to define which resources are subject to specific policies or initiatives, helping you achieve consistent governance and control across your cloud environment.

Policy Assignments allow you to specify the parameter values for any resource group at the time of assignment. This flexibility facilitates the reuse of policy definitions across different compliance scenarios, enabling you to meet a variety of regulatory and organizational standards efficiently.

Here's how Azure Policy works:

• Policy Definitions: Policies are defined using JSON and include elements such as display name, description, metadata, and parameters. These definitions outline the rules and conditions that resources must comply with.
• Policy Assignments: Policies are applied to specific scopes, such as resource groups or subscriptions, using Policy Assignments. You can tailor assignments to include specific parameters or initiatives to meet your unique compliance needs.
• Policy Initiatives: Initiatives are collections of policies grouped together to achieve a broader compliance goal. By bundling policies into initiatives, you can streamline the enforcement and monitoring of complex standards.
• Compliance Tracking: Azure Policy provides insights into your compliance posture by reporting on resources that do not comply with assigned policies. This allows you to take corrective action and maintain a secure and compliant environment.

Azure Policy also supports automated remediation, allowing you to address non-compliant resources proactively. By leveraging the built-in policy definitions and initiatives provided by Azure, you can quickly start enforcing best practices and compliance requirements in your cloud environment.

Regularly reviewing and updating your policy assignments ensures that your Azure resources continue to align with your organization's evolving compliance needs and standards.

5. Modularize Templates for Reuse

Modularizing templates involves breaking them down into smaller, reusable components. This approach facilitates easier maintenance and management while also improving the clarity and readability of your templates, allowing developers to work with them efficiently.

Key benefits of modularizing templates include:

• Reusability: By creating smaller, self-contained modules, you can reuse them across different projects and environments. This reduces redundancy and accelerates development times by leveraging existing, tested components.
• Maintainability: Modular templates are easier to update and maintain because changes can be made to individual modules without impacting the entire template. This makes it simpler to adapt your templates to evolving requirements.
• Readability: Breaking templates down into logical, manageable components makes them more understandable for developers. Each module serves a clear purpose, making the template's structure more transparent and easier to follow.
• Testability: Modular templates allow for more precise and efficient testing. Each module can be tested independently to ensure it functions correctly before being integrated into a larger system. This reduces the risk of introducing errors and helps maintain the stability of your projects.
• Flexibility: Modular templates provide greater flexibility when designing complex systems. By combining different modules, you can create tailored solutions that meet specific needs while maintaining a consistent architecture.

By modularizing templates, you can enhance your development workflow, improve collaboration among your team, and ensure a scalable and maintainable architecture for your Azure resources.

6. Set Proper Azure Resource Management Template Limits

Setting proper limits in your Azure resource management (ARM) templates is crucial for maintaining optimal performance and ensuring successful deployments. Adhering to these limits helps you avoid complications during deployment, reduces potential errors, and enhances the manageability of your resources.

Here are the key template limits to consider:

• Template Size: Your final ARM template should be under 4 MB. This includes all resource declarations, parameters, and variables within the template.
• Parameter Size: The template's parameters should be smaller than 64 KB. This helps maintain efficient deployment processes and reduces the risk of failure due to large parameter values.
• Resource Limits: ARM templates can include up to 800 resources. Staying within this limit is important to avoid performance issues and ensure a smooth deployment process.
• Output Value Limits: There is a limit of 64 output values in an ARM template. Plan your outputs carefully to ensure they remain within this threshold.
• Unique Locations per Subscription: Within your ARM templates, you are limited to 10 unique locations per subscription. This restriction helps ensure better distribution and control of your resources.
• Variables: ARM templates can include up to 265 variables. Manage your variables efficiently to stay within this limit and keep your templates manageable.
• Parameters: Your ARM templates can contain up to 256 parameters. Properly organize and utilize parameters to optimize your templates.
• Template Declaration Character Limit: The character limit for template declarations is 24,576 characters. This includes the declaration of all resources, parameters, variables, and outputs within your template.

Following these limits can avoid deployment failures and maintain efficient resource management. Proper planning and design of your templates help ensure successful deployments and long-term maintainability. Consider breaking down larger deployments into smaller, modular templates when necessary to comply with these limits and maintain performance.

Regularly reviewing and testing your ARM templates against these limits can help you identify potential issues early and keep your cloud environment running smoothly.

7. Consider using YAML Before Deployment

While JSON is the standard format for ARM templates, it can become challenging to manage as the complexity and size of your templates increase. To improve readability and streamline the development process, you can first write your templates in YAML format and then convert them to JSON before deploying them.

Advantages of using YAML before deployment include:

• Higher Readability: YAML's syntax is more human-readable than JSON's. This makes your templates easier to understand, especially when dealing with complex resource definitions and nested structures.
• Clarity in Resource Definitions: YAML's structure helps provide a clearer picture of your resource definitions, parameters, and configurations. This allows you to reason more effectively about your template's architecture.
• Consistency with Other DevOps Practices: YAML is commonly used in other areas of DevOps, such as configuration management and CI/CD pipelines. Using YAML for ARM templates can provide consistency across your deployment processes and tooling.
• Easier Debugging: The improved readability of YAML can make it easier to identify issues and debug your templates, saving you time and effort during the development and deployment phases.

Once you have written your template in YAML, you can use tools such as the Azure Resource Manager's YAML to JSON conversion to transform your YAML files into JSON format for deployment. This allows you to leverage YAML's clarity and ease of use while still conforming to the requirements of the Azure deployment process.

When considering this approach, be mindful of maintaining consistency and ensuring that the conversion process does not introduce unexpected changes in your templates. Thoroughly testing your templates after conversion can confirm that they function as expected and align with your deployment goals.

8. Store Templates in Source Control

Storing your ARM templates in source control is a best practice that offers numerous benefits for managing and maintaining your Azure resources. Source control systems track changes made to your templates, providing a clear history of who made each change and when it occurred. This promotes collaboration, safety, and efficiency in your development and deployment processes.

Key advantages of using source control for templates include:

• Collaboration: Developers can work on different parts of a template simultaneously without causing conflicts or confusion. Source control facilitates merging changes and resolving conflicts, enabling smoother teamwork.
• Version History: Source control systems maintain a detailed history of changes, allowing you to track modifications over time. This historical record is useful for understanding how and why your templates have evolved.
• Change Management: You can monitor changes made to your templates and ensure they adhere to your organization's policies and standards. This helps maintain a stable and consistent cloud environment.
• Rollback Capability: In the event that a change causes issues, source control allows you to easily revert to a previous version of your template. This rollback capability helps maintain the reliability and stability of your resources.
• Automated Deployments: Many source control systems integrate with CI/CD pipelines to automate deployments whenever changes are committed. This streamlines your deployment process and reduces the risk of human error.

Popular source control systems such as Git, GitHub, GitLab, and Azure DevOps provide robust features for managing your ARM templates. Integrating these systems into your workflow ensures your templates are well-managed, secure, and auditable.

Incorporating source control into your ARM template management strategy fosters better collaboration, reduces risk, and increases the overall reliability of your Azure deployments.

9. Implement Tagging Strategy

Implementing a tagging strategy is a simple yet powerful practice that enhances your ability to manage and automate your Azure cloud environment. Tagging involves categorizing your resources based on specific criteria such as environment, department, project, or other relevant attributes.

Key benefits of implementing a tagging strategy include:

• Resource Identification and Organization: Tags make identifying and organizing your resources easier. By categorizing resources based on criteria like purpose, ownership, or lifecycle stage, you and other users can quickly locate and understand them.
• Cost Allocation and Optimization: Tags enable you to track resource consumption and costs across different departments, projects, or teams. This allows for more accurate cost allocation, helping you optimize your budget and identify areas for potential savings.
• Improved Governance and Compliance: Tagging resources according to your governance and compliance standards provides better oversight and control over your environment. You can monitor and enforce policies based on tags, ensuring consistent adherence to organizational requirements.
• Enhanced Automation: Tags facilitate automation by targeting specific resources for scripting, management, and monitoring. For example, you can use tags to automate backups, scaling, or other operational tasks.

By implementing a robust tagging strategy, you can improve the management and optimization of your Azure cloud environment, making it more efficient and easier for you and your team to navigate.

10. Opt for Azure’s Reserved Instances

Azure Reserved Instances offer a cost-effective pricing plan that helps you reduce your Azure cloud spending. By committing to use Azure services for a one- or three-year term, you can receive significant discounts of up to 72% on purchasing reservations or virtual machines.

Key aspects of Azure Reserved Instances include:

• Automatic Discount Application: Once you purchase a Reserved Instance, the discount is automatically applied to your billing. This provides savings without impacting the runtime or operation of your resources.
• Flexible Payment Options: You can choose to pay for Reserved Instances either upfront or every month. The total cost remains the same regardless of the payment option you select, and there are no additional fees for choosing monthly payments.
• Commitment to Azure Services: The discount applies only to Azure services, such as virtual machines or SQL databases, and does not extend to third-party applications. This focus on Azure-native services helps you optimize costs where it matters most.
• Customizable Terms and Sizes: You can tailor your Reserved Instances to match your workload needs by choosing the appropriate term length, size, and region. This customization allows you to optimize your reservation based on your specific usage patterns.

By opting for Azure's Reserved Instances, you can significantly reduce your cloud costs while ensuring your Azure resources' continued performance and availability.

Wrapping Up: Enhancing Your Azure Cloud Efficiency

In conclusion, effective Azure resource management is essential for optimizing your cloud environment and ensuring the smooth operation of your services. By leveraging Azure's native tools, implementing best practices such as role-based access control and tagging strategies, and exploring options like Azure Reserved Instances, you can maximize operational efficiency and cost savings. 

Additionally, integrating platforms like Lucidity can further enhance your cloud performance and scalability. With careful planning and consistent application of these strategies, you can streamline your Azure infrastructure, maintain compliance, and support your organization's growth and success in the cloud.

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Frequently Asked Questions

1. What is Azure Resource Management?

‍Azure Resource Management is the practice of organizing, managing, and optimizing cloud resources within the Azure environment using Azure's tools. It encompasses activities like provisioning, scaling, monitoring, securing resources, and optimizing costs to ensure efficient operations, data security, and cost savings.

2. Why is Azure Resource Management important?

‍Effective resource management is crucial for coordinating cloud resources to meet application needs, budget limits, and security standards. Without proper oversight, organizations can face operational inefficiencies, potential downtime, and inflated costs, particularly with storage. It helps automate processes, enhance security, improve agility, and support data-driven decisions for cloud management.

3. What are the key benefits of practicing Azure Resource Management?

‍The main benefits include:

• Centralized Management: Provides a single hub to view and control all Azure resources.
• Resource Monitoring: Offers insights into resource health, usage, and performance for proactive issue resolution.
• Organization and Access Control: Allows grouping, tagging, and managing access to resources effectively.
• Flexibility and Scalability: Enables resources to be scaled efficiently based on changing demands.
• Seamless Integration: Facilitates smooth integration with other Azure services, enabling automation and policy enforcement.

4. What are some core Azure native tools for resource management?

‍Azure offers several built-in tools:

• Azure Resource Manager (ARM): The central service for deploying, managing, and organizing resources, often using Infrastructure as Code (IaC) principles via ARM templates.
• Azure Monitor: Provides observability and tracking for cloud and on-premises resources.
• Azure Storage Explorer: A free application for managing storage data across different operating systems.
• Azure Blob Studio: A development tool for creating, configuring, or deleting Azure resources.
• Azure Resource Graph: Enables efficient querying and exploration of resources across subscriptions for governance.

5. What is Azure Resource Manager (ARM) and what are ARM templates?

‍Azure Resource Manager (ARM) is Azure's deployment and management service. It allows you to provision, modify, and delete resources. ARM Templates are JSON (or YAML converted to JSON) files that define the infrastructure and configuration for your project, enabling consistent and repeatable deployments using a declarative syntax.

6. How can I optimize Azure storage costs and performance?

‍The article highlights monitoring storage usage as key. Challenges include costs from overprovisioning and time spent on manual provisioning. Solutions mentioned include using tools like Lucidity's block storage auto-scaler (which automates real-time expansion and shrinkage) and storage audits (which identify underutilized areas and optimization opportunities) to reduce waste and ensure efficient resource use.

7. What is Role-Based Access Control (RBAC) and why is it important?

‍RBAC is a security practice that allows you to manage who has access to Azure resources and what they can do with them. By assigning specific roles (built-in or custom) to users or groups based on the principle of least privilege, you enhance security, enforce separation of duties, and reduce the risk of unauthorized changes or access. It can also be used with resource locks to prevent accidental deletion/modification of critical resources.

8. How does Azure Policy help manage resources?

‍Azure Policy helps enforce organizational standards and assess compliance at scale. You define policies (rules) and assign them to specific scopes (like subscriptions or resource groups). Azure Policy then evaluates resources for compliance and can even trigger remediation actions for non-compliant resources, ensuring consistent governance.

9. What are the benefits of using a tagging strategy in Azure?

‍Tagging involves applying metadata labels (key-value pairs) to resources. Benefits include:

• Easier resource identification and organization.
• Accurate cost allocation and tracking for budget optimization.
• Improved governance by enforcing policies based on tags.
• Enhanced automation by targeting specific tagged resources for tasks.

10. What are Azure Reserved Instances?

‍Azure Reserved Instances (RIs) are a pricing plan allowing you to commit to using specific Azure services (like VMs or SQL Databases) for a one- or three-year term in exchange for significant discounts (up to 72%) compared to pay-as-you-go pricing. The discount is applied automatically, and payment can be upfront or monthly.

11. Should ARM templates be stored in source control?

‍Yes, storing ARM templates in source control (like Git) is highly recommended. It enables collaboration, provides version history, facilitates change management, allows for easy rollbacks, and integrates with CI/CD pipelines for automated deployments.

12. Are there limits I should be aware of when creating ARM templates?

‍Yes, ARM templates have limits, including constraints on template size (under 4 MB), parameter file size (under 64 KB), the number of resources (800), output values (64), unique locations per subscription (10), variables (265), parameters (256), and total template declaration characters (24,576). Adhering to these limits helps ensure successful deployments.

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