Azure DevOps Services

Azure DevOps Services is a comprehensive suite of tools designed to support the entire software development lifecycle, enabling teams to plan, develop, test, deliver, and monitor applications efficiently.

Azure DevOps Services

Azure DevOps Services – Azure Boards

Azure Boards provides a rich set of capabilities for planning, tracking, and discussing work across teams.

Work Items – Track tasks, bugs, features, and other work using customisable work item types.​

Kanban Boards – Visualise work with customisable boards that support drag-and-drop, swimlanes, and WIP (Work In Progress) limits.​

Scrum Boards – Manage sprints, backlogs, and velocity with tools tailored for Scrum methodologies.

Dashboards – Create personalised dashboards to monitor project health, progress, and trends using various widgets.​

Queries – Build custom queries to filter and search work items based on specific criteria.​

Azure DevOps Services – Azure Repos

Azure Repos offers version control tools to manage your codebase.

Git Repositories – Host unlimited private Git repositories with pull requests, branch policies, and code reviews.​

Team Foundation Version Control (TFVC) – Use a centralised version control system suitable for larger codebases and enterprises.​

Code Search – Quickly search across your codebase to find relevant information and examples.​

Azure DevOps Services – Azure Pipelines

Azure Pipelines enables continuous integration and continuous delivery (CI/CD) to build, test, and deploy your code automatically.​

Build Automation – Compile and package your applications using a variety of build agents and environments.​

Testing Integration – Run automated tests to validate code quality and catch issues early in the development cycle.​

Deployment Strategies – Implement various deployment strategies like blue-green deployments, canary releases, and rolling updates.​

Multi-Platform Support – Build and deploy applications written in different languages and targeting various platforms, including Windows, Linux, and macOS.​

Azure DevOps Services – Azure Test Plans

Azure Test Plans provides tools for planned and exploratory testing to ensure your applications meet quality standards.

Manual Testing – Create and run manual test cases, track results, and file bug instances directly from the test runner.​

Exploratory Testing – Perform ad-hoc testing without predefined test cases capturing rich data such as screenshots and comments.​

User Acceptance Testing (UAT) – Coordinate and collect feedback from stakeholders to validate that the application meets all business requirements.​

Test Reporting – Analyse test coverage, identify gaps, and monitor the overall quality of your application.​

Azure DevOps Services – Azure Artifacts

Azure Artifacts allows teams to create, host, and share packages with integrated package management.

Package Feeds – Create public or private package feeds to share code and manage dependencies across teams.​

Multi-Format Support – Support for various package formats, including NuGet, npm, Maven, and Python packages.​

Upstream Sources – Integrate with public registries and cache packages to ensure reliability and performance.​

Retention Policies – Manage the lifecycle of packages with policies to automatically retain or delete packages based on usage and age.​

Azure DevOps Services – Azure DevOps Extensions and Integrations

Beyond the core services, Azure DevOps offers a marketplace with extensions and integrations to enhance its capabilities.

Extensions Marketplace – Access a wide array of extensions to add new capabilities, integrate with other tools, and customise your DevOps environment.​

Service Hooks – Create integrations with external services like Slack, Trello, or Jenkins to automate workflows and notifications.​

REST APIs – Utilise comprehensive REST APIs to programmatically interact with Azure DevOps Services, enabling custom integrations and automation.​

Azure DevOps is designed to be flexible and scalable, catering to teams of all sizes. Whether you’re a small team looking for free services or a large enterprise requiring advanced capabilities, Azure DevOps Services provides a range of options to suit your needs. Its hybrid approach allows you to manage code and tasks using on-premises deployments while tapping into cloud-based build or testing services when needed.

Azure DevOps Services for SMBs and Enterprises Alike

Azure DevOps Services are utilised differently by SMBs when compared to enterprises, primarily due to the scale, complexity, and resources available within these organisations. SMBs typically adopt a straightforward approach when using Azure Boards, leveraging basic Kanban or Scrum boards to manage tasks and bugs with lightweight planning. Enterprises in contrast, rely heavily on advanced tracking with complex workflows, multiple teams, detailed reporting, and scaled Agile methodologies such as SAFe.

When using Azure Repos, SMBs usually manage their codebase with basic Git repositories conducting simple pull request-based code reviews without extensive policy enforcement. Enterprises, however, handle more comprehensive source control systems, often using both Git and TFVC, implementing stringent branch policies, mandatory code reviews, and automated security checks.

Azure Pipelines usage in SMBs typically involves basic continuous integration and delivery processes limited to essential testing and straightforward deployments to simplified environments. Enterprises, however, often establish sophisticated CI/CD pipelines with multiple parallel builds, extensive automated testing, complex release management strategies, and deployments across hybrid and multi-cloud environments.

Azure Test Plans are used by SMBs for simple manual or exploratory testing, with limited stakeholder engagement for User Acceptance Testing (UAT). Enterprises execute extensive testing strategies that combine manual, automated, performance, load, and security testing, alongside complex UAT involving numerous stakeholders and with regulatory compliance in mind.

Azure Artifacts for SMBs usually involves basic internal package management without significant complexity. On the flip side, Enterprises employ intricate artifact management practices, including multiple package feeds, advanced retention policies, security scanning, and compliance requirements.

Lastly, SMBs integrate Azure DevOps with essential productivity tools such as Slack or Microsoft Teams, while enterprises extensively use robust integrations and custom built extensions that interact deeply with enterprise-grade applications like ServiceNow, Jira, SAP, Jenkins, and SonarQube.

Azure DevOps Services and it’s Cost Justification

While exact savings vary by organisation, typical financial impacts observed when SMBs or enterprises adopt Azure DevOps can be seen below.

For Small and Medium Businesses (SMBs)

• Cost Reduction – Approximately 20–40% reduction in operational and infrastructure expenses due to automation and efficient use of cloud resources.
• ROI Increase – Typically, SMBs report an increased ROI of 30–50% due to faster project delivery, improved productivity, and minimised downtime.

For Enterprises

• Cost Reduction – Enterprises can achieve between 25–45% savings in operational expenses by reducing manual labor, infrastructure overhead, and legacy tool consolidation.
• ROI Increase – Enterprises often report 40–60% higher ROI from improved collaboration, faster development cycles, quicker releases, and more efficient resource utilisation.

Key Areas of Savings with Perspective

• Infrastructure Costs – Reductions of 35–50% by shifting from on-premises to cloud-managed services.
• Labor Costs – Automation reduces manual workload, resulting in a 20–30% reduction in labor overhead.
• Downtime & Errors – Decreases downtime incidents and associated recovery costs from 40 to 60% due to increased reliability and automation.

These metrics illustrate how Azure DevOps drives tangible financial benefits through cost efficiency, faster innovation, and improved resource allocation.

Managing Azure DevOps Services In-House or With Azure Managed Service Providers

Assessment of Internal Capabilities – Evaluate existing skill sets, staffing, and resources.

In-House Management

• Suitable if the organisation has experienced IT teams, skilled in cloud operations, DevOps practices, and Azure tools.
• Cost-effective for teams already proficient with Azure.

Azure Managed Service Providers and Official Partners

• Ideal for limited in-house expertise or smaller IT teams.
• Can augment internal skills without extensive hiring or training costs.

Financial Analysis and Cost Considerations – Calculate short-term and long-term financial implications

In-House Management

• Initial higher investment in training and resource allocation.
• Long-term savings if internal expertise already exists.

Azure MSPs and Official Azure Partners

• Predictable operational expenditure (OPEX).
• Immediate access to scalable, expert resources, minimising upfront training and infrastructure costs.

Scalability and Flexibility – Analyse growth plans and the ability to scale quickly

In-House Management

• Scalable but potentially slower, requiring time to hire, train, or redeploy staff.

Azure Managed Service Providers and Official Microsoft Partners

• Quick scalability and adaptability, enabling rapid response to market demands.
• Ability to expand or reduce services as required, without significant overhead.

Risk Management and Compliance – Consider security risks, regulatory requirements, and data governance

In-House Management:

• Direct control over data governance, security, and compliance.
• Requires ongoing investment in compliance training and audits.

Azure MSPs and Microsoft Azure Partners

• Providers typically maintain specialised compliance certifications.
• Reduced internal workload related to maintaining security and compliance standards.

Time-to-Value and Deployment – Evaluate urgency for digital transformation and faster returns

In-House Management

• Potentially slower initial setup due to internal resource allocation and training.

Azure Managed Service Providers and Microsoft Azure Certified Partners

• Rapid implementation, accelerating cloud adoption and decreasing time-to-value significantly.

Service Level and Support Requirements – Define acceptable performance, uptime, and support expectations

In-House Management

• Service-level accountability is internal, requires robust operational processes and monitoring.

Azure MSPs and Azure Partners

• Contractually assured service levels, 24/7 monitoring, proactive issue management, and dedicated support teams.

Long-term Strategic Goals Alignment – Align Azure DevOps adoption with strategic business objectives

In-House Management

• Strategic alignment within full internal control

Azure Managed Service Providers and MS Azure Partners:

• Benefit from strategic partnerships, leveraging advanced expertise and industry best practices.

The decision to manage Azure DevOps in-house or through Azure Managed Service Providers and Official MS Azure Partners is driven primarily by factors like internal capability, financial preference, speed of deployment, scalability needs, compliance requirements, and strategic goals. Businesses with robust internal capabilities and a long-term strategic alignment toward internal control generally favor in-house management, and those seeking agility, immediate expertise, predictable costs, and minimised risk commonly prefer engaging Azure MSPs or Microsoft Certified Azure Cloud Partners. There are also often overlooked factors when making the in-house v. managed services decision, and that is the reliability of the data you have pertaining to your in-house staff. One of these factors is redundancy at position. You may have resources in the areas you need, but are those resources reliable and available at the scale you require. Staff can, and often do, transition to other positions, and in many cases other positions at other firms, leaving you potentially vulnerable if the skills the staff member possesses have no redundancy in your organisation. Offloading this risk is often the best path to success, and the one point that makes the difference as to whether you should tackle Azure deployment and solution development in house or engage with Azure managed services via a 3^rd party managed services provider, one with deep cloud experience that offers you much broader horizons overall and reduces this reliance and dependence on potentially limited internal resources.

Azure DevOps Services – The Decision to Manage Azure DevOps Services In-House Is More About Skills Availability Than Skills Possession

Even organisations with skilled in-house teams often struggle significantly with successful cloud adoption due to limited availability and scalability of their internal resources. Here’s why this disadvantage typically occurs, despite having the required skill sets for cloud deployment available.

Limited Resource Availability

• Issue
  Internal IT teams often have the necessary skills but lack the bandwidth to manage cloud adoption initiatives on top of their day-to-day responsibilities.
• Impact
  Projects slow down or stall completely, leading to missed deadlines, increased costs, lowered overall productivity, and failed cloud programmes.

Underestimating Resource Requirements

• Issue
  Organisations commonly underestimate the sheer number of skilled resources needed for cloud adoption covering the areas of infrastructure, security, development, operations, governance, and support and maintenance.
• Impact
  Even highly skilled teams become stretched thin, reducing their effectiveness, increasing burnout, and ultimately failing to achieve expected cloud benefits.

Skill Versus Scale Gap

• Issue
  Having the skill “definition” (certifications or training) doesn’t equate to having adequate scale (enough skilled personnel available consistently).
• Impact
  Even competent cloud migration teams experience bottlenecks, delays, and lowered quality in delivery due to insufficient resource density to handle peaks and complex workloads.

Competition for Talent

• Issue
  Retaining and scaling cloud talent internally is challenging due to high market competition. Organisations frequently face high turnover rates as skilled resources move to specialised cloud companies and service providers.
• Impact
  Resource instability creates inconsistency and unpredictability, jeopardising the success of cloud initiatives.

Rapid Technology Evolution

• Issue
  Cloud technologies evolve quickly, and maintaining proficiency requires ongoing, intensive training and experience that internal teams often struggle to keep pace with due to limited dedicated training time. What you know today isn’t enough to know tomorrow.
• Impact
  Teams quickly become outdated in their practical knowledge, leading to inefficient implementation and under-utilisation of cloud services.

Lack of Dedicated Specialisation

• Issue
  Most in-house teams must juggle multiple responsibilities, leading to fragmented attention and a lack of focused, specialised cloud expertise.
• Impact
  Inability to adopt and optimise cloud solutions fully, resulting in higher costs and suboptimal performance outcomes.

Difficulty in Scaling Resources Quickly

• Issue
  Even when teams are capable, rapidly scaling resources up or down based on immediate needs or project load is challenging due to rigid internal hiring processes and limited internal mobility.
• Impact
  Limited agility impacts project speed, flexibility, and responsiveness to changing business needs, further decreasing competitiveness and ROI.

Financial Implications of These Issues

• Increased project timelines, driving up costs by 20–30% due to delays or inefficiencies.
• Suboptimal implementations leading to lower than expected ROI, typically decreasing expected returns by 25–40%.
• Higher operational overhead and hidden costs due to stretched teams and resource burnout.

Even if internal teams possess the required technical skill set, their disadvantage typically stems from limited scalability, resource density, availability, and specialisation. These factors often result in significant financial and operational impacts. Creating partnerships with dedicated Azure Managed Service Providers or Azure Partners like Bell Integration is a strategically advantageous and financially prudent decision.

Is it Always Wise to use Azure DevOps Services or are Third Party Solutions Often the Better Option for DevOps Services

While Azure DevOps Services is a powerful and fully integrated platform, especially for organisations deeply embedded in the Microsoft ecosystem, it isn’t always the optimal choice for every development team, however where It excels is when you’re leveraging Azure Cloud, using .NET or Visual Studio, or require enterprise-grade compliance, governance, and centralised tooling. The platform provides a unified suite for planning, version control, CI/CD, testing, and package management, making it particularly convenient for Microsoft-centric workflows and large, distributed teams.

However, there are several scenarios where using third-party DevOps tools, either partially, or entirely in place of Azure DevOps Services, can yield better outcomes. For example, development teams working in open-source communities often prefer platforms like GitHub or GitLab, which offer broader collaboration and community features. If your team requires highly customised CI/CD pipelines or a richer plugin ecosystem, tools like Jenkins, GitLab CI, or CircleCI may provide more flexibility and extensibility than Azure Pipelines.

Developer preferences and existing investments in tools like Jira, Bitbucket, or GitHub can also make Azure Boards or Azure Repos less appealing, especially if a transition would disrupt established workflows. In smaller teams or startups, the Azure DevOps’ pricing model, particularly for private build agents and test plans, can be less competitive than free-tier options offered by GitHub Actions or GitLab CE. Organisations operating primarily on AWS or GCP may also find more native integration and deployment efficiency by using their respective DevOps services or tools like GitHub Actions.

Teams adopting modular or microservice architectures might benefit from Kubernetes-native tools such as ArgoCD, Flux, or Spinnaker, which support GitOps practices and container centric workflows more naturally than Azure DevOps. Many organisations strike a balance by adopting hybrid strategies, using Azure Boards with GitHub Repos, Azure Pipelines with GitHub code, or Jira for project management alongside Azure Pipelines.

Ultimately, whether to adopt Azure DevOps Services exclusively, partially, or not at all, depends on your infrastructure, tooling preferences, compliance needs, cost considerations, and how your teams work best. Periodic reviews of efficiency, developer satisfaction, and integration complexity can help determine whether sticking with Azure DevOps Services, enhancing it with external tools, or transitioning away entirely, is the right move.

Does the use of Best of Breed Third Paty DevOps Solutions Complicate Your Cloud Journey, and how can Using an Azure Managed Services Provider Help you Take Advantage of Those Tools and Services

The inclusion of third-party DevOps solutions can complicate the cloud journey, particularly in terms of integration, governance, cost management, and support. At the same time, this complexity strengthens the case for using Azure-native DevOps Services, especially when paired with a Microsoft Azure Managed Service Provider (MSP) like Bell who can optimise, secure, and streamline your cloud operations.

Why Third-Party Tools Can Complicate the Cloud Journey

1. Integration Overhead
   Connecting tools like GitHub, Jenkins, Jira, CircleCI, or Terraform Cloud into an Azure environment often requires custom integrations, service hooks, APIs, or additional middleware. This introduces points of failure, versioning challenges, and the need for continuous configuration management.
2. Fragmented Visibility
   When you’re using multiple DevOps tools outside the Azure ecosystem, you lose out on centralised dashboards and reporting. Monitoring pipelines, deployments, code quality, and backlog status becomes disjointed, which affects both visibility and traceability, especially in regulated industries.
3. Security & Identity Complexity
   Azure DevOps integrates tightly with Azure Active Directory (AAD), enabling role-based access control, conditional access, and seamless identity governance. External tools may require separate identity providers, custom security policies, or separate audit tracking, which can increase the risk profile.
4. Compliance and Governance Challenges
   Cloud-native services inherit Azure’s compliance controls (GDPR, SOC, ISO, HIPAA, etc.). Integrating third-party solutions might require additional compliance audits or create gaps in end-to-end governance, especially in environments with regulatory mandates like financial services and healthcare.
5. Operational Silos
   Managing third-party CI/CD, planning, or artifact tools often involves separate teams or skill sets. This can slow down resolution time, create shadow IT, and dilute cloud governance practices.

While best-of-breed third-party tools can be valuable in specific use cases, they often introduce complexity that slows down cloud transformation, increases operational risk, and adds overhead. For those wanting the best outcomes, using third party tools can be the difference maker provided you have the proper resources in place to manage the extra complexities they introduce, and that often means engaging the services of Azure Managed Service Providers. For organisations prioritising speed, simplicity, and secure transformation in the Microsoft cloud, the use of Azure DevOps Services, especially under the guidance of an Azure Managed Service Provider, offers a cohesive, secure, and optimised DevOps journey aligned with Azure’s full-stack capabilities. Sometimes the simplicity that this cohesive environment provides outweighs the value third party solutions bring to the table. With the Guidance of professional Azure Managed Services such that Bell Integration provides, you will be able to make these critical decisions with confidence.

Azure DevOps Services and Azure DevOps Server Pricing Considerations

Price becomes a significant consideration when deciding between Azure DevOps Services, Azure DevOps Server, or alternative DevOps tools primarily in high-scale, specialised, or infrastructure heavy environments, but for many small to mid-sized businesses (SMBs) and even many enterprise teams, cost is not typically the deciding factor.

For SMBs, Azure DevOps Services is usually very cost-effective. Azure’s generous free tier (including 5 users, 1,800 build minutes, and Boards access) covers most basic needs, and the per-user pricing model scales predictably. Price only becomes a concern if the team needs additional build capacity, extensive test plans, or stores large amounts of packages or artifacts.

For Enterprises, Azure DevOps Services offers predictable licensing, and Azure DevOps Server can leverage existing SQL Server and infrastructure investments. Cost concerns may arise when supporting large numbers of users with CALs, managing extensive infrastructure, or requiring high-maintenance CI/CD pipelines with third-party integrations.

In general, price is rarely a barrier unless you have the following scenarios.

• You need many parallel CI/CD jobs and use Microsoft-hosted agents extensively.
• You run pipelines at massive scale or store large volumes of artifacts.
• You must self-host everything for compliance or security, which adds internal operational costs.

So, unless you operate at large scale or in a specialised compliance heavy environment, Azure DevOps pricing, whether Services or Server, is generally reasonable and not a critical disadvantage compared to third-party options. Most organisations will make the decision based more on features, integration fit, compliance needs, and internal team preferences, rather than published pricing.

Azure DevOps Consultants and Azure Managed Service Providers

The terms Azure DevOps Consultant and Azure Managed Service Provider (MSP) are often interchanged in use because both roles can assist with DevOps, Azure services, and cloud transformation. However, they have distinct focuses, capabilities, and engagement models. Understanding the differences and overlaps is key to knowing which to engage and when, especially as your organisation scales, modernises, or matures its cloud operations.

What is an Azure DevOps Consultant?

An Azure DevOps Consultant is a specialist who focuses on implementing, optimising, and training teams on Azure DevOps tools and best practices. Their role is typically centered around specific projects or goals such as setting up continuous integration and deployment (CI/CD), migrating from legacy DevOps systems, or automating infrastructure using Infrastructure as Code (IaC). These consultants bring hands-on expertise with the full Azure DevOps Services suite, including Boards, Pipelines, Repos, Test Plans, and Artifacts. They are adept at improving code workflows, branching strategies, deployment processes, and testing automation. Azure DevOps consultants are usually brought in for short to medium-term engagements to accelerate digital transformation, support DevOps adoption, or train internal teams. They often document best practices, create reusable automation templates, and leave behind knowledge assets to ensure lasting value after their engagement ends.

You would typically engage an Azure DevOps Consultant when your organisation is adopting Azure DevOps Services for the first time or needs to migrate from older tools like TFS, GitLab, or Jenkins. They’re also valuable when you want to automate deployments, improve developer collaboration through streamlined CI/CD workflows, or train your teams on DevOps tools and processes. If you’re looking for temporary, expert guidance without a long-term commitment, a Azure DevOps consultant is the right fit.

What is an Azure Managed Service Provider (MSP)?

An Azure Managed Service Provider (MSP) is a strategic partner offering long-term, end-to-end management of your Azure cloud environment. Unlike Azure DevOps consultants who focus on projects, MSPs deliver ongoing support, monitoring, optimisation, and incident response for your entire Azure infrastructure. They help with provisioning, configuring, and maintaining Azure resources, while also managing backups, cost controls, security policies, and regulatory compliance. Many MSPs are certified as Azure Expert MSPs, which means they meet Microsoft’s highest standards for capability and service delivery.

You would engage an Azure MSP when your organisation needs comprehensive and continuous support for its cloud operations. This includes scaling workloads, ensuring infrastructure security, enforcing governance, optimising cloud costs, and maintaining compliance with industry standards. MSPs are especially valuable if your internal IT team lacks the bandwidth or expertise to handle Azure operations at scale. They can also take on DevOps pipeline maintenance and release management as part of broader cloud services.

Why are the Terms so Commonly Interchanged

The terms “Azure DevOps Consultant” and “Azure MSP” are often used interchangeably because the roles can overlap in practice. Many Azure MSPs employ or partner with DevOps consultants to deliver both short-term projects and long-term services. Similarly, some consultants function as fractional DevOps leads or team extensions, offering services that resemble lightweight managed support. In larger engagements, a vendor may start as a consultant to implement DevOps practices and then transition into a managed services role to maintain and support those implementations. Since both roles interact with DevOps tooling, automation, and cloud infrastructure, the distinction often gets blurred, particularly in smaller organisations seeking an all-in-one solution. Azure Managed Service Providers like Bell Integration offer both Azure DevOps Services Consultants as well as end-to-end Azure Managed Services, even offering complete solution-based ideation, development, management and ongoing optimisation.

Real Value in DevOps with Azure Comes from how it’s Strategically Designed, Implemented, and Managed Within the Broader Context of Your Business Challenges and Their Solutions

In today’s cloud-driven landscape, simply specifying the use of Azure DevOps Services or Azure DevOps Server as part of your cloud strategy is no longer enough to unlock real business value. While these tools are powerful enablers of modern cloud delivery, they are just that, tools. The true impact on business transformation comes not from the platform itself, but from how it’s strategically designed, implemented, and managed within the broader context of your cloud solutions and business goals.

As organisations accelerate digital adoption, the need has shifted from “just having DevOps tools” to delivering integrated, cloud-based business solutions that are agile, scalable, secure, and aligned with strategic outcomes. This requires expertise, not just access, teams must understand how to design end-to-end systems that take advantage of the cloud’s elasticity, DevOps automation, modern development pipelines, and integrated security. It’s not about running pipelines or managing repositories, it’s about building solutions that reduce time to market, increase resilience, lower cost, and deliver value continuously.

This is why it’s increasingly important to either build exceptional in-house Azure and DevOps expertise or engage capable Azure Managed Service Providers (MSPs) that go beyond traditional, task-oriented IT support. Legacy IT vendors that operate on a purely operational model for service delivery, even those in the cloud, often lack the depth in solution architecture, automation, and cloud-native design thinking needed to drive true modernisation. They focus on uptime and patching, not on innovation or business agility. In contrast, a modern Azure MSP brings a solution-oriented mindset, helping you define your business goals, assess workloads, modernise legacy applications, implement DevOps pipelines aligned to cloud best practices, and continually optimise your environment.

These solution focused partners don’t just manage infrastructure, they design for outcomes. They advise on hybrid architectures, enable secure and compliant cloud deployments, help you shift from CapEx heavy models to elastic consumption, and build reusable patterns that accelerate development. They integrate governance, cost control, performance monitoring, and automation into your DevOps workflows, creating a cloud foundation that supports innovation at scale.

Organisations that succeed in the cloud are those that understand DevOps and Azure are not destinations, they are part of a broader digital transformation journey. Simply deploying Azure DevOps Services or hosting DevOps Server won’t move the needle unless the organisation also invests in skills, strategy, and the right partners. Whether through internal capability or a high-value Azure MSP, the real business value lies in how you design, plan, develop, and support cloud-based business solutions, not just in what tools you use to do it.

Managed Azure DevOps Services and Bell Integration

When it comes to Azure DevOps Services one thing is for sure, managed services offer numerous advantages over handling DevOps in-house. Although attractive, in-house Azure DevOps teams can face a myriad of challenges even when they possess the right skills necessary for DevOps development and management. Bell Integration is poised to offer you fully managed Azure DevOps Services, as, and when you need them, providing you with the cloud solutions you need to design, plan, develop, support, and optimise your entire cloud journey. Enable Cloud Success today and call Bell for your free, no obligation Azure Cloud Consultation.