load balancing<\/a>, auto-scaling, and so on. <\/p>\n\n\n\nFollowing are the three different PaaS abstraction levels:<\/em>
<\/p>\n\n\n\n- Low abstraction level <\/strong>PaaS platforms, specifically CaaS (Container-as-a-Service) solutions, provide in-depth access to the DevOps teams into the infrastructure configurations along with granular control over numerous platform services and containers including security, service discovery, logging, load balancing, etc.
<\/li>- Mid abstraction level <\/strong>PaaS platforms have the main objective of letting the developers design the code without worrying about infrastructure configuration and management. These types of platforms provide developers with seamless access to wide-ranging integrated development frameworks, APIs, middleware software stacks, and other services abstracted entirely from IaaS and CaaS deployment features. Most commonly, such PaaS solutions offer load balancing, auto-scaling, backup, high-availability, CI\/CD, disaster recovery, and other such product lifecycle management features right out of the box.
<\/li>- High abstraction <\/strong>PaaS solutions allow you to abstract the entire coding process to boost your application delivery speed, whilst reducing the innovation costs. In this circumstance, developers receive the ready-to-use technology stack with full abstraction of infrastructure, platform and application levels. These solutions boost team productivity, performance, as it reduces the need to learn technical skills.<\/li><\/ul>\n\n\n\n