Modern software development is more than just writing code – it requires an infrastructure that can keep up with growing demands. Windows and Linux VMs, Kubernetes clusters, containerized workloads, and serverless deployments often coexist today: uncoordinated, maintenance-heavy, and difficult to scale. Without control over this heterogeneity, teams lose time, money, and developer focus.
Managing different runtimes is a daily burden for many teams. The most common challenges include:
VMs, Kubernetes pods, Docker containers, and serverless functions run on separate platforms with different toolchains.
Operating Kubernetes clusters requires deep expertise – a scarce resource in most engineering and operations teams.
Applications with strong session state or complex runtime requirements are difficult to run in traditional FaaS models – they require persistent processes beyond single function calls
Builds, images, and registries create friction without delivering direct value.
Codesphere abstracts “compute” from the underlying infrastructure and takes over everything else: runtime management, deployment logic, and orchestration of all workload types. Docker complexity is consistently removed from the equation. The result is a new deployment paradigm that unifies all common scenarios under a single interface.
Concretely, this means:
Windows & Linux VMs
Kubernetes without Kubernetes expertise
Codesphere Reactives
Run on-premises, in the public cloud, or hybrid – Codesphere can be installed anywhere and remains independent of specific cloud providers.
Thanks to patented resource pooling, optimized filesystem mounting, and self-service workflows, waiting times for container provisioning are eliminated.
Through consolidation of tools, licenses, and DevOps effort.
Codesphere Reactives are as lightweight as containers but offer VM-like features – and are significantly more secure due to their rootless nature.
Teams deploy independently without needing tickets for platform teams.