While cloud computing has been one of the fastest-growing fields of the last decade, the need for internet-based computing services — from servers and storage to software and analytics — skyrocketed during the pandemic.
Even after the peak of quarantines and remote work, the trend of moving towards cloud solutions has only continued, driving more businesses to seek in-house specialists. As a result, individuals who are skilled in cloud computing remain in high demand to help organizations develop and maintain the next generation of cloud-based solutions.
Talent in the cloud computing field perform a range of responsibilities related to the delivery of cloud-based computing services, such as the design, development, deployment and maintenance of cloud-based solutions.
Innate core skills encompass analytical thinking, adaptability and an interest in technology, while important sub-skills (learned skills) include cloud infrastructure design, cloud security, compliance and governance. Key motivations include opportunities to problem-solve, grow their careers and make an impact on both business and society.
Skills supply data indicates the total number of individuals who have the skills required for cloud computing in each of the 23 markets we researched. These figures are based on a combination of verified, normalized labor market data by market and granular, skill-based data sourced from professional social media networks and job boards, and career sites.
Use the chart to understand the availability of skills (“supply map”), availability of sub-skills (“skill type”), talent with recent job search activity (“active talent”), as well as the share of talent who prefer permanent or contract work (“preferred employment type”).
Skills demand data indicates job postings that require cloud computing skills in each of the 23 markets we researched. These figures are based on a combination of verified, normalized labor market data by market and granular, skill-based data sourced from professional social media networks and job boards, and career sites.
See demand for each skill cluster by market, explore demand for sub-skills within each cluster or view the job vacancy rate (JVR) — defined as hiring complexity — to understand market competitiveness for these skills. The higher the JVR, the more competitive it is to recruit.
The data included in this graph shows the average salary brackets in U.S. dollars for cloud computing skills in the 23 markets examined. Compensation data is mapped and analyzed from combined sources providing current pay data.
Select the markets of interest to understand what salary ranges are considered competitive and in which markets you should recruit to stay within budget.
Remote working data shows the percentage of job postings that offer candidates remote or hybrid work for cloud computing roles (noted as “demand”), as well as talent working preferences (noted as “supply”) in each of the 23 markets researched.
It is estimated that the actual share of remote/hybrid working opportunities is higher than advertised online. You can view the data by both skill cluster and individual skills.
Gender diversity data show the current balance of male to female employees currently working in roles that require cloud computing skills in each of the 23 markets researched. Findings are based on self-identified, normalized data from talent supply sources.
Use the chart to understand in which markets you are more likely to engage female talent for cloud computing skills. You can view the data by both skill cluster and individual skills.