A Cloud Engineer builds, configures, and maintains the infrastructure that runs on platforms like AWS, Azure, and Google Cloud, while a DevOps Engineer builds the automation pipelines and processes that connect software development to that infrastructure. Cloud computing occupations are among the fastest-growing segments of the U.S. technology labor market, with the Bureau of Labor Statistics projecting employment in computer and information technology occupations to grow much faster than the average for all occupations through 2034.

Cloud Engineers are paid primarily for the scale and reliability of the infrastructure they design, while DevOps Engineers are paid for how efficiently they help teams ship and operate software. The U.S. Bureau of Labor Statistics tracks the closest formal equivalents to these titles — Computer Network Architects and Software Developers — as part of its Occupational Outlook Handbook, giving both career paths a documented, government-verified pay and growth baseline.

Readers comparing these two paths are often also asking which role requires more certifications, whether DevOps is easier to break into than cloud engineering, how AWS experience affects pay, and whether a Cloud Engineer can transition into a DevOps role later. The comparison table and salary breakdowns below answer each of these in turn.

1. What Cloud Engineers Do and Why They’re Paid What They’re Paid

Cloud Engineers earn a premium for designing and maintaining the servers, storage, and networking that other teams depend on. A Cloud Engineer is an IT professional who builds, migrates, and manages an organization’s infrastructure on a cloud platform such as AWS, Microsoft Azure, or Google Cloud. This role sits closest to what the Bureau of Labor Statistics classifies as a Computer Network Architect — a worker who designs and implements data communication networks, including the virtual infrastructure that underlies cloud environments.

Cloud Engineers are paid for infrastructure reliability and scale: the more critical systems depend on the cloud environment they manage, and the larger that environment grows, the higher the compensation ceiling. The Bureau of Labor Statistics reports a <cite index=”29-1″>median annual wage of 105,990 median for all computer and information technology occupations that same year</cite>. This chart below compares that government baseline against private salary platforms, which report higher averages because they capture more senior and specialized cloud titles. In short, a Cloud Engineer’s pay tracks closely with the size and criticality of the infrastructure under their control.

2. What DevOps Engineers Do and Why Their Pay Differs

DevOps Engineers are paid for speed and reliability of software delivery rather than for the infrastructure itself. A DevOps Engineer is a professional who builds and maintains the automated pipelines, monitoring systems, and release processes that let development and operations teams ship software faster and with fewer failures.

The Bureau of Labor Statistics folds this discipline into its broader Software Developers, Quality Assurance Analysts, and Testers category, which carries a <cite index=”29-1″>2024 median annual wage of 149,162 annually</cite>, compared with an average of <cite index=”12-1″>$84,510 for those with under one year of experience</cite> — a wider spread than most infrastructure-only roles, reflecting how much automation depth separates junior from senior DevOps work. The table in the next section places both roles side by side.

3. Cloud Engineer vs DevOps Engineer: Average Salary Comparison in 2026

Across every major salary platform, Cloud Engineers report a slightly higher average salary than DevOps Engineers in 2026, though the two roles overlap heavily in practice. A salary platform is a company that aggregates either employer-submitted, employee-submitted, or job-posting salary data — and each one uses a different methodology, which is why the numbers below vary by platform rather than converging on one figure.

Source	Cloud Engineer (avg.)	DevOps Engineer (avg.)
Glassdoor	<cite index=”5-1″>$152,064</cite>	<cite index=”15-1″>$145,082</cite>
Built In	<cite index=”1-1″>$151,413</cite>	<cite index=”12-1″>$133,817</cite>
Salary.com	<cite index=”2-1″>$107,216</cite>	<cite index=”16-1″>$134,600</cite>
Indeed	<cite index=”3-1″>$135,392</cite>	<cite index=”13-1″>$133,481</cite>
ZipRecruiter	<cite index=”7-1″>$130,802</cite>	<cite index=”11-1″>$122,950</cite>
SalaryExpert	—	<cite index=”14-1″>$116,360</cite>
BLS (closest formal category)	<cite index=”29-1″>$130,390</cite> (Computer Network Architects)	<cite index=”29-1″>$131,450</cite> (Software Developers, QA & Testers)

The mechanism behind the gap is scope, not title: a Cloud Engineer responsible for a multi-cloud, multi-region environment is compensated closer to a Cloud Architect, while a DevOps Engineer whose work is limited to CI/CD pipeline maintenance sits on the lower end of that role’s range. Recruiting firm KORE1’s 2026 benchmark data makes this explicit, noting that <cite index=”8-1″>scope and production accountability drive pay more than the job title itself, with average base pay across Cloud Engineer, DevOps, SRE, and Cloud Security roles sitting closer together than the wide market ranges suggest</cite>. This diagram-style comparison shows Cloud Engineer pay narrowly ahead in most datasets, but the two roles’ overall compensation bands overlap for the majority of working professionals.

4. Entry-Level Pay: Cloud Engineer vs DevOps Engineer

At entry level, Cloud Engineer roles start higher than entry-level DevOps roles. Entry-level, in this context, means under one year of full-time professional experience in the role, typically following a certification or bootcamp rather than a computer science degree alone. Cloud training provider NetCom Learning reports that <cite index=”4-1″>entry-level cloud engineers with 0 to 1 year of experience average around $101,337</cite>, while Built In separately reports <cite index=”1-1″>an average of 84,510 for DevOps Engineers with under one year of experience</cite>, and PayScale’s entry-level DevOps data shows <cite index=”19-1″>a median of $81,000</cite>. The mechanism behind this gap is that entry-level cloud roles usually require a vendor certification (AWS Certified Cloud Practitioner or Azure Fundamentals) before hiring, which filters out completely unqualified applicants and raises the pay floor, while some DevOps-track roles hire junior engineers directly from a software development background and train the automation skills on the job. This chart-style comparison shows a 35,000 gap in favor of Cloud Engineer roles at the entry level specifically — a gap that narrows significantly by the mid-career stage covered next.

5. Senior-Level Pay: Cloud Engineer vs DevOps Engineer

At the senior level, the pay gap between the two roles narrows and can reverse depending on specialization. Senior-level, for both roles, generally means 7 or more years of hands-on experience, often including ownership of production systems or a team-lead function. Built In reports senior Cloud Engineers with 7+ years averaging <cite index=”1-1″>149,162</cite> — a gap of roughly 221,413 at the 90th percentile</cite>, nearly matching Cloud Engineer’s 90th-percentile figure of <cite index=”5-1″>$238,731</cite> on the same platform.

The mechanism driving this convergence is specialization: a senior Cloud Engineer’s pay ceiling is set by infrastructure complexity, while a senior DevOps Engineer’s ceiling is set by how much of the software delivery lifecycle they own — engineers who move into Site Reliability Engineering (SRE) or platform engineering, both DevOps-adjacent specializations, often out-earn generalist Cloud Engineers. This table shows that job title alone becomes a weaker predictor of pay the further into a career a professional gets; scope of ownership matters more than the label on the offer letter.

6. How Certifications Affect Cloud Engineer and DevOps Engineer Salaries

Vendor certifications raise pay for both roles, but they matter more for Cloud Engineers because certification is often a hiring prerequisite rather than a resume add-on. A cloud certification is a credential issued by a cloud provider — AWS, Microsoft Azure, or Google Cloud — that verifies a specific level of platform competency through a proctored exam. The mechanism is straightforward: certifications reduce an employer’s hiring risk by providing third-party proof of skill, which lets employers justify a higher starting offer without requiring years of prior on-the-job proof. Recruiting data from KORE1 notes that <cite index=”8-1″>production Kubernetes experience, infrastructure-as-code expertise, cloud security specialization, and multi-cloud architecture knowledge commonly correlate with higher pay bands</cite> for cloud-adjacent roles, and the same pattern holds for DevOps professionals who add Kubernetes or Terraform certifications on top of a core automation skill set.

For DevOps Engineers specifically, certifications tend to matter less than a visible portfolio of pipeline and automation work, since much of the discipline was built around open-source tooling (Jenkins, GitHub Actions, Terraform) rather than vendor-controlled exams. This callout matters most for career changers: a Cloud Engineer candidate without a degree can often close most of the entry-level pay gap with one or two vendor certifications, while a DevOps candidate is more likely to close that gap with demonstrated pipeline projects.

7. Job Outlook Through 2034: Which Role Has More Long-Term Demand

Both roles carry a stronger-than-average job outlook, but the Bureau of Labor Statistics data gives Cloud Engineering’s closest formal category a slight edge in documented growth. Job outlook, as the BLS defines it, is the projected percentage change in employment for an occupation over a ten-year window, used to gauge long-term career stability rather than any single year’s hiring conditions. The BLS projects <cite index=”29-1″>12% employment growth for computer network architects from 2024 to 2034, adding roughly 21,400 jobs to reach 200,600 by 2034</cite> — a rate the agency classifies as much faster than average.

The mechanism behind that growth, per the BLS itself, is that <cite index=”29-1″>continued expansion of cloud computing will increase demand for these workers to ensure that networks are properly designed and that the transition to new infrastructure proceeds smoothly</cite>. DevOps roles don’t have their own BLS occupational code, but they fall under the broader software developer category, where overall computer and information technology employment is projected to grow much faster than the economy-wide average through 2034. This bar-chart-style comparison shows cloud infrastructure roles with a marginally more explicit growth mandate in official labor data, though both paths remain well ahead of the 3% average growth projected for all U.S. occupations combined.

Which Career Pays More Overall?

Averaged across every major salary platform cited above, Cloud Engineer roles pay modestly more than DevOps Engineer roles — typically $5,000 to $18,000 more per year, depending on the data source and experience level — but the gap is smaller than most job-seekers expect, and it shrinks or reverses at the senior level. The honest answer is that both are strong-paying, high-growth careers sitting within a few percentage points of each other on every dataset checked; a candidate choosing between them purely on salary is optimizing for a difference that’s often smaller than normal year-to-year raises within either role.

Does Company Size Change Which Role Pays More?

Yes — company size shifts DevOps pay more than it shifts Cloud Engineer pay. Built In’s data shows DevOps Engineers earn their highest pay at companies with <cite index=”12-1″>11 to 50 employees</cite>, a pattern typical of venture-funded startups that need one engineer to own their entire deployment pipeline and pay accordingly for that ownership. Cloud Engineer pay, by contrast, tracks more closely with industry than company size — Glassdoor’s data shows the highest-paying industries for Cloud Engineers are <cite index=”5-1″>Media & Communication, Financial Services, and Energy, Mining & Utilities</cite>, sectors where infrastructure scale and regulatory complexity are high regardless of headcount.

Is a Cloud Engineer or a DevOps Engineer Easier to Break Into?

DevOps is generally easier to break into from a software development background, while Cloud Engineering is easier to break into from an IT or systems administration background. This is because DevOps work extends skills a junior developer already has — scripting, version control, basic Linux — into automation and deployment, whereas Cloud Engineering extends the skills of a network or systems administrator into a specific vendor platform through certification.

Can a Cloud Engineer Move Into a DevOps Role Later?

Yes, and this transition happens frequently in both directions because the two skill sets overlap substantially — both roles require comfort with Linux, scripting, infrastructure-as-code, and at least one major cloud platform. Engineers who start in Cloud Engineering and later add CI/CD pipeline experience typically move into DevOps or platform engineering roles without taking a pay cut, since the underlying infrastructure knowledge transfers directly.

What Are the Career Risks of Choosing Cloud Engineering or DevOps?

The main risk in both fields is over-specializing in a single vendor’s ecosystem, which narrows future job options if that platform loses market share or a specific employer standardizes on a competitor. A secondary risk specific to DevOps is tool churn: the open-source automation tooling this field depends on changes faster than cloud vendor platforms do, which means DevOps Engineers who don’t continuously update their skill set can see their market value stagnate faster than Cloud Engineers holding a stable, still-valid vendor certification.

Both risks are manageable with the same strategy — maintaining working knowledge of at least two cloud platforms and staying current on infrastructure-as-code tooling (Terraform, Pulumi) rather than a single vendor’s proprietary automation stack.

A Cloud Engineer builds, configures, and maintains the infrastructure that runs on platforms like AWS, Azure, and Google Cloud, while a DevOps Engineer builds the automation pipelines and processes that connect software development to that infrastructure. Cloud computing occupations are among the fastest-growing segments of the U.S. technology labor market, with the Bureau of Labor Statistics projecting employment in computer and information technology occupations to grow much faster than the average for all occupations through 2034.

Cloud Engineers are paid primarily for the scale and reliability of the infrastructure they design, while DevOps Engineers are paid for how efficiently they help teams ship and operate software. The U.S. Bureau of Labor Statistics tracks the closest formal equivalents to these titles — Computer Network Architects and Software Developers — as part of its Occupational Outlook Handbook, giving both career paths a documented, government-verified pay and growth baseline.

Readers comparing these two paths are often also asking which role requires more certifications, whether DevOps is easier to break into than cloud engineering, how AWS experience affects pay, and whether a Cloud Engineer can transition into a DevOps role later. The comparison table and salary breakdowns below answer each of these in turn.

1. What Cloud Engineers Do and Why They’re Paid What They’re Paid

Cloud Engineers earn a premium for designing and maintaining the servers, storage, and networking that other teams depend on. A Cloud Engineer is an IT professional who builds, migrates, and manages an organization’s infrastructure on a cloud platform such as AWS, Microsoft Azure, or Google Cloud. This role sits closest to what the Bureau of Labor Statistics classifies as a Computer Network Architect — a worker who designs and implements data communication networks, including the virtual infrastructure that underlies cloud environments.

Cloud Engineers are paid for infrastructure reliability and scale: the more critical systems depend on the cloud environment they manage, and the larger that environment grows, the higher the compensation ceiling. The Bureau of Labor Statistics reports a <cite index=”29-1″>median annual wage of 105,990 median for all computer and information technology occupations that same year</cite>. This chart below compares that government baseline against private salary platforms, which report higher averages because they capture more senior and specialized cloud titles. In short, a Cloud Engineer’s pay tracks closely with the size and criticality of the infrastructure under their control.

2. What DevOps Engineers Do and Why Their Pay Differs

DevOps Engineers are paid for speed and reliability of software delivery rather than for the infrastructure itself. A DevOps Engineer is a professional who builds and maintains the automated pipelines, monitoring systems, and release processes that let development and operations teams ship software faster and with fewer failures.

The Bureau of Labor Statistics folds this discipline into its broader Software Developers, Quality Assurance Analysts, and Testers category, which carries a <cite index=”29-1″>2024 median annual wage of 149,162 annually</cite>, compared with an average of <cite index=”12-1″>$84,510 for those with under one year of experience</cite> — a wider spread than most infrastructure-only roles, reflecting how much automation depth separates junior from senior DevOps work. The table in the next section places both roles side by side.

3. Cloud Engineer vs DevOps Engineer: Average Salary Comparison in 2026

Across every major salary platform, Cloud Engineers report a slightly higher average salary than DevOps Engineers in 2026, though the two roles overlap heavily in practice. A salary platform is a company that aggregates either employer-submitted, employee-submitted, or job-posting salary data — and each one uses a different methodology, which is why the numbers below vary by platform rather than converging on one figure.

Source	Cloud Engineer (avg.)	DevOps Engineer (avg.)
Glassdoor	<cite index=”5-1″>$152,064</cite>	<cite index=”15-1″>$145,082</cite>
Built In	<cite index=”1-1″>$151,413</cite>	<cite index=”12-1″>$133,817</cite>
Salary.com	<cite index=”2-1″>$107,216</cite>	<cite index=”16-1″>$134,600</cite>
Indeed	<cite index=”3-1″>$135,392</cite>	<cite index=”13-1″>$133,481</cite>
ZipRecruiter	<cite index=”7-1″>$130,802</cite>	<cite index=”11-1″>$122,950</cite>
SalaryExpert	—	<cite index=”14-1″>$116,360</cite>
BLS (closest formal category)	<cite index=”29-1″>$130,390</cite> (Computer Network Architects)	<cite index=”29-1″>$131,450</cite> (Software Developers, QA & Testers)

The mechanism behind the gap is scope, not title: a Cloud Engineer responsible for a multi-cloud, multi-region environment is compensated closer to a Cloud Architect, while a DevOps Engineer whose work is limited to CI/CD pipeline maintenance sits on the lower end of that role’s range. Recruiting firm KORE1’s 2026 benchmark data makes this explicit, noting that <cite index=”8-1″>scope and production accountability drive pay more than the job title itself, with average base pay across Cloud Engineer, DevOps, SRE, and Cloud Security roles sitting closer together than the wide market ranges suggest</cite>. This diagram-style comparison shows Cloud Engineer pay narrowly ahead in most datasets, but the two roles’ overall compensation bands overlap for the majority of working professionals.

4. Entry-Level Pay: Cloud Engineer vs DevOps Engineer

At entry level, Cloud Engineer roles start higher than entry-level DevOps roles. Entry-level, in this context, means under one year of full-time professional experience in the role, typically following a certification or bootcamp rather than a computer science degree alone. Cloud training provider NetCom Learning reports that <cite index=”4-1″>entry-level cloud engineers with 0 to 1 year of experience average around $101,337</cite>, while Built In separately reports <cite index=”1-1″>an average of 84,510 for DevOps Engineers with under one year of experience</cite>, and PayScale’s entry-level DevOps data shows <cite index=”19-1″>a median of $81,000</cite>. The mechanism behind this gap is that entry-level cloud roles usually require a vendor certification (AWS Certified Cloud Practitioner or Azure Fundamentals) before hiring, which filters out completely unqualified applicants and raises the pay floor, while some DevOps-track roles hire junior engineers directly from a software development background and train the automation skills on the job. This chart-style comparison shows a 35,000 gap in favor of Cloud Engineer roles at the entry level specifically — a gap that narrows significantly by the mid-career stage covered next.

5. Senior-Level Pay: Cloud Engineer vs DevOps Engineer

At the senior level, the pay gap between the two roles narrows and can reverse depending on specialization. Senior-level, for both roles, generally means 7 or more years of hands-on experience, often including ownership of production systems or a team-lead function. Built In reports senior Cloud Engineers with 7+ years averaging <cite index=”1-1″>149,162</cite> — a gap of roughly 221,413 at the 90th percentile</cite>, nearly matching Cloud Engineer’s 90th-percentile figure of <cite index=”5-1″>$238,731</cite> on the same platform.

The mechanism driving this convergence is specialization: a senior Cloud Engineer’s pay ceiling is set by infrastructure complexity, while a senior DevOps Engineer’s ceiling is set by how much of the software delivery lifecycle they own — engineers who move into Site Reliability Engineering (SRE) or platform engineering, both DevOps-adjacent specializations, often out-earn generalist Cloud Engineers. This table shows that job title alone becomes a weaker predictor of pay the further into a career a professional gets; scope of ownership matters more than the label on the offer letter.

6. How Certifications Affect Cloud Engineer and DevOps Engineer Salaries

Vendor certifications raise pay for both roles, but they matter more for Cloud Engineers because certification is often a hiring prerequisite rather than a resume add-on. A cloud certification is a credential issued by a cloud provider — AWS, Microsoft Azure, or Google Cloud — that verifies a specific level of platform competency through a proctored exam. The mechanism is straightforward: certifications reduce an employer’s hiring risk by providing third-party proof of skill, which lets employers justify a higher starting offer without requiring years of prior on-the-job proof. Recruiting data from KORE1 notes that <cite index=”8-1″>production Kubernetes experience, infrastructure-as-code expertise, cloud security specialization, and multi-cloud architecture knowledge commonly correlate with higher pay bands</cite> for cloud-adjacent roles, and the same pattern holds for DevOps professionals who add Kubernetes or Terraform certifications on top of a core automation skill set.

For DevOps Engineers specifically, certifications tend to matter less than a visible portfolio of pipeline and automation work, since much of the discipline was built around open-source tooling (Jenkins, GitHub Actions, Terraform) rather than vendor-controlled exams. This callout matters most for career changers: a Cloud Engineer candidate without a degree can often close most of the entry-level pay gap with one or two vendor certifications, while a DevOps candidate is more likely to close that gap with demonstrated pipeline projects.

7. Job Outlook Through 2034: Which Role Has More Long-Term Demand

Both roles carry a stronger-than-average job outlook, but the Bureau of Labor Statistics data gives Cloud Engineering’s closest formal category a slight edge in documented growth. Job outlook, as the BLS defines it, is the projected percentage change in employment for an occupation over a ten-year window, used to gauge long-term career stability rather than any single year’s hiring conditions. The BLS projects <cite index=”29-1″>12% employment growth for computer network architects from 2024 to 2034, adding roughly 21,400 jobs to reach 200,600 by 2034</cite> — a rate the agency classifies as much faster than average.

The mechanism behind that growth, per the BLS itself, is that <cite index=”29-1″>continued expansion of cloud computing will increase demand for these workers to ensure that networks are properly designed and that the transition to new infrastructure proceeds smoothly</cite>. DevOps roles don’t have their own BLS occupational code, but they fall under the broader software developer category, where overall computer and information technology employment is projected to grow much faster than the economy-wide average through 2034. This bar-chart-style comparison shows cloud infrastructure roles with a marginally more explicit growth mandate in official labor data, though both paths remain well ahead of the 3% average growth projected for all U.S. occupations combined.

Which Career Pays More Overall?

Averaged across every major salary platform cited above, Cloud Engineer roles pay modestly more than DevOps Engineer roles — typically $5,000 to $18,000 more per year, depending on the data source and experience level — but the gap is smaller than most job-seekers expect, and it shrinks or reverses at the senior level. The honest answer is that both are strong-paying, high-growth careers sitting within a few percentage points of each other on every dataset checked; a candidate choosing between them purely on salary is optimizing for a difference that’s often smaller than normal year-to-year raises within either role.

Does Company Size Change Which Role Pays More?

Yes — company size shifts DevOps pay more than it shifts Cloud Engineer pay. Built In’s data shows DevOps Engineers earn their highest pay at companies with <cite index=”12-1″>11 to 50 employees</cite>, a pattern typical of venture-funded startups that need one engineer to own their entire deployment pipeline and pay accordingly for that ownership. Cloud Engineer pay, by contrast, tracks more closely with industry than company size — Glassdoor’s data shows the highest-paying industries for Cloud Engineers are <cite index=”5-1″>Media & Communication, Financial Services, and Energy, Mining & Utilities</cite>, sectors where infrastructure scale and regulatory complexity are high regardless of headcount.

Is a Cloud Engineer or a DevOps Engineer Easier to Break Into?

DevOps is generally easier to break into from a software development background, while Cloud Engineering is easier to break into from an IT or systems administration background. This is because DevOps work extends skills a junior developer already has — scripting, version control, basic Linux — into automation and deployment, whereas Cloud Engineering extends the skills of a network or systems administrator into a specific vendor platform through certification.

Can a Cloud Engineer Move Into a DevOps Role Later?

Yes, and this transition happens frequently in both directions because the two skill sets overlap substantially — both roles require comfort with Linux, scripting, infrastructure-as-code, and at least one major cloud platform. Engineers who start in Cloud Engineering and later add CI/CD pipeline experience typically move into DevOps or platform engineering roles without taking a pay cut, since the underlying infrastructure knowledge transfers directly.

What Are the Career Risks of Choosing Cloud Engineering or DevOps?

The main risk in both fields is over-specializing in a single vendor’s ecosystem, which narrows future job options if that platform loses market share or a specific employer standardizes on a competitor. A secondary risk specific to DevOps is tool churn: the open-source automation tooling this field depends on changes faster than cloud vendor platforms do, which means DevOps Engineers who don’t continuously update their skill set can see their market value stagnate faster than Cloud Engineers holding a stable, still-valid vendor certification.

Both risks are manageable with the same strategy — maintaining working knowledge of at least two cloud platforms and staying current on infrastructure-as-code tooling (Terraform, Pulumi) rather than a single vendor’s proprietary automation stack.