Cloud migration is more complex than it used to be. It is about moving from a private server to a cloud provider, along with restructuring apps, modernizing data, creating infrastructure ready for AI, and factoring in security, governance, and budget.
Because of these added layers, cloud modernization cannot rely solely on the tools available on the market. It needs the right people at every step. Gartner predicts that global IT spending will hit $6.15 trillion by 2026, and IDC estimates that global public cloud spending will exceed $1 trillion by the same year.
With the costs of cloud services rising, businesses will need employees who can safely migrate company resources and efficiently scale cloud services, especially as these resources span AWS, Microsoft Azure, Google Cloud, private, and hybrid cloud systems.
Cloud roles are extremely specialized now. Creating a cloud ecosystem means filling these roles: a cloud architect, a DevOps engineer, a FinOps analyst, and a cloud security engineer. The wrong mix of these specialized roles may cause problems and overburden other team members.
Why Cloud Programs Need a Strong Talent Plan
Having a sufficient talent strategy is important for a cloud program. It is common for organizations to realize too late that they lack the employees to carry out the required tasks, whether that means building the right architectural frameworks for the cloud or building automated solutions for the cloud.
The absence of a cloud workforce plan is most often the cause of this. For most organizations, cloud operation employees are not cloud architects. Flexera’s 2026 State of the Cloud Report shows that 85% of respondents cite cost and security as the top two challenges in using the cloud.
82% report challenges using the cloud regarding security. It’s clear that as cloud complexity continues to grow, so do the challenges for cloud users. To maintain a talented workforce, a plan that identifies and addresses workforce needs is critical.
Skilled staff provides greater accountability, especially in cloud architecture, engineering, and security. In a post-migration environment, talented personnel also facilitate and sustain ongoing improvements and automation of operational tasks and cost management.
Here are the top roles necessary for cloud migration and scaling:
Cloud Architect
A good cloud architect is one of the most essential resources for a migration program. They develop the migration plan and the target system architecture. They also draw cloud-based solutions and balance the business and migration strategy with the cloud security and compliance requirements.
A cloud architect plays a clear role in the migration program and determines how applications are moved to the cloud. Some applications may just be shifted, while others may require a full rearchitecture for the cloud.
Companies should use candidates with a long history of hands-on experience with AWS, Google Cloud, and Azure. Production experience is estimated to be more valuable than formal qualifications or certifications.
Cloud Engineer
If the architect draws the plan, the engineer builds the plan. Cloud engineers work on a wide array of technologies and services, from networking and computing to storage and cloud security.
Cloud engineers are also responsible for configuring the cloud. They provide a variety of services and support post-migration activities, including performance improvement, testing, and troubleshooting.
When applications do not fit within the boundaries of the building blocks, engineers need to know how to build additional blocks. They should also:
- Know how to set up an application to run in the cloud
- Know how to build an application that can scale to meet demand (using cloud services)
- Have an understanding of the different programming languages the cloud services support,
- Know how to provision resources to run the services,
- Know how to build APIs
- Know how to run application code in a distributed environment
DevOps Engineer
Cloud success relies on automation. DevOps engineers build CI/CD pipelines, automate deployments, manage release workflows, and automate the handoff between development and operations.
For companies migrating legacy applications, chaos can happen if DevOps engineers don’t help to implement version control, automated testing, configuration management, and rollback procedures.
DevOps engineers help to establish container-based systems. With the growing popularity of cloud-native systems and Kubernetes, demand for managing deployment pipelines for distributed applications is high. The skills listed in the CNCF Annual Cloud Native Survey show how popular and valuable these skills have become.
When hiring for DevOps positions, target an automation mindset. While knowledge of tools like Jenkins, GitHub Actions, GitFab, Docker, Kubernetes, Helm, and Argo CD is valuable, the most important part of DevOps is building systems of reliable delivery.
Cloud Security Engineer
Security needs to be a consideration from the start of migrations. Cloud security engineers protect workload identities and secure APIs, their networks, and data in cloud systems.
Due to the rapid pace of growth in the cloud environment, this position is in high demand. A simple configuration oversight can expose sensitive data. Having poorly defined identity controls can propagate a risk of privilege. Inadequate monitoring can slow down incident response efforts.
Thales shows that 54% of cloud data contains sensitive data, and only 8% of respondents said they encrypt 80% or more of their cloud data. This data makes hiring security personnel necessary for businesses that store customer, employee, financial, or healthcare data.
Cloud security engineers oversee identity and access management, encryption, secrets and vaults, security assessments, threat and vulnerability management, compliance and security control, and automation. This is one of the reasons why they are in high demand.
The U.S. Bureau of Labor Statistics projects that information security analyst positions will grow 29% between 2024 and 2034, meaning employers will move quickly to fill these roles.
Site Reliability Engineer
After migration, uptime also matters. Site reliability engineers help cloud systems stay available, observable, and resilient. They build monitoring, alerts, incident response, capacity planning, and reliability practices.
SREs are useful for companies scaling customer-facing platforms. They help define service-level objectives, reduce recurring incidents, and improve recovery. Instead of waiting for failures, they use data to find patterns and reduce risk.
This role also supports automation. A good SRE looks for manual operational work that can be automated. This helps teams reduce toil and spend more time improving the platform.
FinOps Specialist
The cloud gives companies flexibility. It also makes spending harder to control. Teams can launch resources quickly, but without governance, unused services and oversized workloads can increase costs.
Flexera reported that estimated wasted cloud spend rose to 29% for IaaS and PaaS. It also found that 63% of organizations now have FinOps practices. This shows that cost governance has become a core cloud capability, not a back-office task.
A FinOps specialist connects engineering, finance, procurement, and business teams. They track usage, forecast spend, identify waste, recommend savings plans, and help teams understand cost per product or service. This role is especially valuable after migration, when workloads need continuous optimization.
Data Engineer
Data migration is a component of cloud programs. A company may move databases, build data lakes, modernize data warehouses, or even construct data to support AI and analytics use cases. This is the job of a Data Engineer.
Data Engineers create and manage data pipelines and ETL/ELT processes, and support and improve data quality on platforms such as Snowflake, Databricks, BigQuery, Redshift, and Azure Synapse. They also help teams manage streaming data and support real-time reporting.
Why is this role necessary? Cloud transformation depends on many data-related tasks. If data is incomplete, redundant, poorly governed, or difficult to access, business teams do not have faith in the reports or AI model outputs.
Conclusion
Cloud migration and scale go hand in hand and are business-critical endeavors.
But they cannot thrive with technology alone. Businesses require architects to guide strategy, engineers to build infrastructure, DevOps talent to automate delivery, security experts to reduce risk, SREs to protect reliability, FinOps specialists to control spend, data engineers to support analytics, and project managers to keep execution moving.
The strongest teams are built before problems appear. They are aligned to the roadmap, not hired reactively after delays begin. Employers need people who can work in real environments, solve problems, and support business outcomes.
For employers, the next step is to look at the cloud journey by phase. What roles are needed before migration? What roles are needed during execution? What roles will support scale after go-live?
SPECTRAFORCE helps organizations answer these questions and build flexible cloud staffing strategies that support migration, modernization, and long-term growth. With AI-enabled sourcing and domain-fluent recruiters, we help reduce time-to-hire while keeping human judgment in the process.
