Alternatives to LXC

Container Registry Service based in Harbor for individuals, teams, and Software Vendors looking for ways to distribute software in container images.

Ambassador Edge Stack, a Kubernetes-native API Gateway, provides simplicity, security, and scalability for some of the largest Kubernetes infrastructures in the world. Ambassador Edge Stack makes it easy to secure microservices with a complete set of security functionality including automatic TLS, authentication and rate limiting. WAF integration is also available. Fine-grained access control is also possible. The API Gateway is a Kubernetes-based ingress controller that supports a wide range of protocols, including gRPC, gRPC Web, TLS termination, and traffic management controls to ensure resource availability.

AWS Fargate, a serverless compute engine that runs containers, works with both Amazon Elastic Container Service and Amazon Elastic Kubernetes Service. Fargate makes it simple for you to concentrate on building your applications. Fargate eliminates the need for provisioning and managing servers. It allows you to specify and pay per application for resources. Fargate also improves security by application isolation by design. Fargate allocates the correct amount of compute, eliminating the need for instances to scale cluster capacity and choosing instances. You only pay for what you use to run your containers. There is no need to over-provision or purchase additional servers. Fargate runs each task and pod in its own kernel, giving them their own isolated computing environment. This allows your application to be isolated from the workload and provides greater security by design.

Fully managed compute platform to deploy and scale containerized applications securely and quickly. You can write code in your favorite languages, including Go, Python, Java Ruby, Node.js and other languages. For a simple developer experience, we abstract away all infrastructure management. It is built upon the open standard Knative which allows for portability of your applications. You can write code the way you want by deploying any container that listens to events or requests. You can create applications in your preferred language with your favorite dependencies, tools, and deploy them within seconds. Cloud Run abstracts away all infrastructure management by automatically scaling up and down from zero almost instantaneously--depending on traffic. Cloud Run only charges for the resources you use. Cloud Run makes app development and deployment easier and more efficient. Cloud Run is fully integrated with Cloud Code and Cloud Build, Cloud Monitoring and Cloud Logging to provide a better developer experience.

Kubernetes is the platform for big ideas. The leading enterprise container platform, hybrid cloud, empowers developers to innovate faster and ship more products. Red Hat OpenShift automates installation, upgrades, lifecycle management, and lifecycle management for the entire container stack, including Kubernetes, cluster services, and applications. It can be used on any cloud. Red Hat OpenShift allows teams to build with speed, agility and confidence. You can code in production mode wherever you choose to build. Do the important work. Red Hat OpenShift focuses on security at all levels of the container stack as well as throughout the application lifecycle. It includes enterprise support from one the most prominent Kubernetes contributors as well as open source software companies.

Docker eliminates repetitive, tedious configuration tasks and is used throughout development lifecycle for easy, portable, desktop, and cloud application development. Docker's complete end-to-end platform, which includes UIs CLIs, APIs, and security, is designed to work together throughout the entire application delivery cycle. Docker images can be used to quickly create your own applications on Windows or Mac. Create your multi-container application using Docker Compose. Docker can be integrated with your favorite tools in your development pipeline. Docker is compatible with all development tools, including GitHub, CircleCI, and VS Code. To run applications in any environment, package them as portable containers images. Use Docker Trusted Content to get Docker Official Images, images from Docker Verified Publishings, and more.

LXD is the next generation system container manager. It provides a similar user experience to virtual machines, but with Linux containers instead. It is image-based and has pre-made images for a variety of Linux distributions. It is built around a powerful, but simple, REST API. You can get a better understanding of LXD and its capabilities by trying it online. If you are interested in running it locally, then take a look to our getting started guide. Canonical Ltd founded the LXD project and leads it today. Contributions from other companies and individuals are also welcome. LXD's core is a privileged daemon that exposes a REST API both over a local socket and over the network (if it is enabled). Clients, such the command line tool included with LXD, then access that REST API to perform all tasks. This means that everything works the same regardless of whether you are talking to a local host or remote server.

Advanced apps can be run on a managed Kubernetes service that is secured and managed. GKE is an enterprise-grade platform that allows containerized applications to run, including stateful and non-stateful, Linux and Windows, AI and ML and complex web apps. It also supports APIs and backend services. You can leverage industry-first features such as four-way auto scaling and no stress management. Optimize GPU/TPU provisioning, make use of integrated developer tools, and get multicluster support from SREs. Single-click clusters allow you to quickly get started. You can leverage a high-availability control plan that includes multi-zonal clusters and regional clusters. Reduce operational overhead by using auto-repair, automatic-upgrade, or release channels. Secure by default, with vulnerability scanning of container images as well as data encryption. Integrated Cloud Monitoring with infrastructure, application and Kubernetes specific views. You can speed up app development without compromising security.

Mesos is built on the same principles as Linux, but at a higher level of abstraction. The Mesos kernel runs at every machine. It provides applications (e.g. Hadoop, Spark Kafka, Elasticsearch, Kafka) with API's that allow for resource management and scheduling across all datacenters and cloud environments. Native support for Docker and AppC images launching containers. Support for legacy and cloud native applications running in the same cluster using pluggable scheduling policies.

What is Podman? Podman is a daemonless container engine that allows you to develop, manage, and run OCI Containers on your Linux System. Containers can be run in root or rootless mode. Simply put: alias docker=podman. Manage containers, pods, and container images.

The Open Container Initiative is an open governance organization that was created with the purpose of creating industry standards for container formats and runtimes. The OCI was established in June 2015 by Docker and others in the container industry. It currently contains two specifications: the runtime specification (runtime spec) and image specification (image spec). The runtime specification describes how to run a filesystem bundle that has been unpacked on disk. An OCI implementation would download an OCI Image and then unpack the image into an OCI Runtime bundle. The OCI Runtime Bundle will then be run. Open Container Initiative (OCI), a lightweight, open governance project, was created under the auspices Linux Foundation for the purpose of creating open industry standards around container formats. Docker, CoreOS, and other leaders launched the OCI on June 22nd 2015.

A Moby Project engine from Docker that is specifically designed for embedded and IoT use. It is 3.5x smaller than Docker CE and packaged as one binary. There are many chipset architectures that can be used to support everything from small IoT devices to large industrial gateways. Bandwidth-efficient updates using binary diffs are 10-70x less than pulling layers in most scenarios. To prevent unnecessary writing to disk, extract layers as they arrive. This protects your storage from possible corruption. In the event of power outage, durable and atomic image pulls protect against partial container pulls. Image pull prevents page cache thrashing, so your application runs unaffected in low-memory environments. balenaEngine, a new container engine designed for embedded and IoT use and compatible with Docker containers, is now available. BalenaEngine, which is based on Docker's Moby Project technology, supports container deltas that provide 10-70x more efficient bandwidth usage.

Kubernetes with low-ops and minimal production, for developers, cloud, clusters workstations Edge and IoT. MicroK8s automatically selects the best nodes to host the Kubernetes database. If you lose a cluster node, a new node is promoted. Your bulletproof edge is available without the need for admin. MicroK8s are small and have sensible defaults that "just work". It is ideal for micro cloud computing and edge computing because it is easy to install, upgrades are quick and offers great security. No subscription required for full enterprise support. Optional 24/7 support and 10 year security maintenance. Under the cell tower. On the racecar. MicroK8s provides the full Kubernetes experience for IoT and microclouds on satellites and everyday appliances. For ultra-reliable operations, fully containerized deployment with over-the-air compressed updates. MicroK8s will automatically apply security updates by default. You can defer them if necessary. You can upgrade to a newer Kubernetes version with one command. It's that simple.

Cloud Foundry makes it easier to build, test and deploy applications faster. It offers a variety of cloud, developer frameworks and application services. It is open-source and available through a variety private cloud distributions as well as public cloud instances. Cloud Foundry uses a container-based architecture to run apps in any programming language. You can deploy apps to CF with your existing tools and without any modifications to the code. With CF BOSH, you can instantly deploy, manage, and manage Kubernetes clusters that are high-availability. You can decouple applications from infrastructure to make individual decisions about where to host workloads. This allows you to move workloads as needed in minutes with no changes to your app.

CLI tool to spawn and run containers according the OCI specification. Linux is not supported by runc. It must be built using Go version 1.17 or greater. To enable seccomp support, you must install libseccomp to your platform. Runc supports optional build tags to compile support for various features. Some of these features are enabled by default. Docker is currently supported by runc for running its test suite. Just type make test to run the suite. You can run the tests outside of a container, but this is not recommended. The tests are written with the assumption that they can be written and removed from any location. You can set the TESTFLAGS variable to run a specific test case. You can run a specific integration testing by setting the TESTPATH variable. You can run a specific rootless test of integration by setting the ROOTLESS_TESTPATH variables. Runc is a low-level tool that was not intended for end-users.

Kubernetes is KuberSphere's kernel. KubeSphere is a distributed operating platform for cloud-native app management. It allows third-party applications to seamlessly integrate into its ecosystem through a plug-and play architecture. KubeSphere is a multi-tenant, open-source Kubernetes container system with full-stack automated IT operations. It also has streamlined DevOps workflows. It offers a wizard web interface that is easy to use for developers, allowing enterprises to create a robust and feature-rich Kubernetes platform. This includes all the common functions required for enterprise Kubernetes strategy development. Open-source Kubernetes platform CNCF-certified, 100% built by the community. It can be deployed on existing Kubernetes clusters or Linux machines. It supports both online and air-gapped installations. Deliver DevOps and service mesh, observability and application management, multi-tenancy storage, networking management, and other services in a single platform.

Project Photon OS™, an open-source, minimal Linux container host, is optimized for cloud native applications, cloud platforms, VMware infrastructure, and other cloud-native apps. Photon OS 3.0 includes ARM64 support, improvements to the installer and updated packages. We invite customers, partners, and community members, to collaborate on Photon OS to run high performance virtual machines and containerized apps.

Kata Containers is Apache 2 software. It consists of two main components: Kata Agent and Kata Containerd Shim v2 runtime. It also includes a Linux kernel, versions of QEMU and Cloud Hypervisor, as well as Firecracker hypervisors. Kata Containers are light and fast, integrate with container management layers (including popular orchestration tools like Docker and Kubernetes), and offer the security benefits of VMs. Kata Containers currently supports Linux (host or guest). We have instructions for installing several popular distributions on the host side. Clear Linux, Fedora and CentOS 7 rootfs images are available out-of-the box through the OSBuilder. This can also be used to roll guest images.

Mirantis Kubernetes Engine (formerly Docker Enterprise) gives you the power to build, run, and scale cloud native applications—the way that works for you. Increase developer efficiency and release frequency while reducing cost. Deploy Kubernetes and Swarm clusters out of the box and manage them via API, CLI, or web interface. Kubernetes, Swarm, or both Different apps—and different teams—have different container orchestration needs. Use Kubernetes, Swarm, or both depending on your specific requirements. Simplified cluster management Get up and running right out of the box—then manage clusters easily and apply updates with zero downtime using a simple web UI, CLI, or API. Integrated role-based access control (RBAC) Fine-grained security access control across your platform ensures effective separation of duties, and helps drive a security strategy built on the principle of least privilege. Identity management Easily integrate with your existing identity management solution and enable two-factor authentication to provide peace of mind that only authorized users are accessing your platform. Mirantis Kubernetes Engine works with Mirantis Container Runtime and Mirantis Secure Registry to provide security compliance.

Open source container-based virtualization of Linux. Multiple isolated, secure Linux containers (also known as VEs and VPSs) can be installed on a single server to improve server utilization and ensure that applications do not clash. Each container works and executes exactly as a standalone server. A container can be rebooted separately and has root access, users and IP addresses. It can also have root access, root, users, memory, processes and files.

You can accelerate your development by using a storage platform that integrates with Kubernetes. While you focus on running your application we ensure that you have the persistent volumes you need to give you the stability and scale you require. Integrating stateful storage into Kubernetes will simplify your app modernization process and increase efficiency. You can run your database or any other persistent workload in a Kubernetes-based environment without worrying about managing the storage layer. Ondat allows you to provide a consistent storage layer across all platforms. We provide persistent volumes that allow you to run your own databases, without having to pay for expensive hosted options. Kubernetes data layer management is yours to take back. Kubernetes-native storage that supports dynamic provisioning. It works exactly as it should. API-driven, tight integration to your containerized applications.

Container Engine for Kubernetes is an Oracle-managed container orchestration platform that can help you build modern cloud native apps in a shorter time and at a lower cost. Oracle Cloud Infrastructure offers Container Engine for Kubernetes free of charge, running on more efficient and lower-cost compute shapes than most other vendors. Open-source Kubernetes can be used by DevOps engineers for application workload portability, and to simplify operations with automatic updates. With a single click, deploy Kubernetes clusters, including the underlying virtual clouds networks, internet gateways and NAT gateways. Automate Kubernetes operations using web-based REST API or CLI. This includes cluster creation, scaling, operations, and maintenance. Cluster management is free with Oracle Container Engine for Kubernetes. You can easily and quickly upgrade container clusters with zero downtime to keep them current with the latest stable version Kubernetes.

Sandboxie, a sandbox-based isolation program for 32- and 64 bit Windows NT-based operating system, is available. Since it became open-source, David Xanatos is developing it. Before that, Sophos developed it. It creates an isolated, sandbox-like operating environment in which applications are able to run or be installed without permanently changing the local or mapped drive. It allows for controlled testing of untrusted programs as well as web surfing. The Open Sourcing Sandboxie is available in two flavors: a classic build with an MFC-based UI, and a plus build that includes new features and a completely new Q't-based UI. The plus branch features are the most important, but can often be used in the classic edition by manually editing sandboxie.ini.

rkt is an application containers engine that was developed for modern production cloud environments. It is pod-native, pluggable execution environments, and a well-defined area that allows for easy integration with other systems. The pod is the core execution unit of RKT. It is a collection or applications that execute in a shared context. (Pods in Kubernetes orchestration software are synonymous with rkt's pods). rkt lets users apply different configurations (such as isolation parameters) at both the pod-level and per-application levels. Rkt's architecture allows each pod to execute in the Unix process model (i.e. There is no central daemon, and each pod executes in its own isolated environment. rkt implements an open container format called the App Container (appc spec), but can also execute other container images such as those created with Docker.

Many tools have been created to make system administration easier. These tools can improve the way systems are configured, installed, and maintained. Jails are one of the tools that can be used to increase the security of a FreeBSD-based system. Jails have been around since FreeBSD 4.X. They continue to improve in their reliability, security, and usefulness. Jails are based on the chroot(2) concept. This is used to modify the root directory of a group of processes. This creates an environment that is safe and separate from the rest. Jails are a way to improve the traditional chroot environment. Processes are limited in what part of the file system they have access to in a traditional chroot environment. The chrooted processes share the rest of the system resources, users, running processes, as well as the networking subsystem with the processes of both the host system and the chrooted processes.

Since more than two decades, we have been developing the OS. We make sure that features are current and compatible with backward compatibility. The Application Binary Guarantee allows you to run legacy and new applications on modern infrastructure. Integrated lifecycle management technologies make it possible to issue one command to update all of your cloud installations, down to the firmware and including virtualized environments. A large financial services company experienced a 16x increase in efficiency by using Oracle Solaris to manage its virtual machines (VMs). This is in comparison to third-party open-source platforms. The Oracle Solaris Observability tools have been updated to allow you to troubleshoot application and system problems in real-time. This gives you historical and real-time insight, and allows you to quickly diagnose and resolve issues.

WebContainers are a browser runtime environment developed by StackBlitz that allows the execution of Node.js apps and operating system commands within a web tab. This technology allows developers create instant interactive coding environments, from tutorials to fully-fledged Integrated Development Environments, without the use of local setups or cloud based virtual machines. WebContainers are client-side applications that offer a unique user experience with zero latency and offline capabilities. They also provide enhanced security by eliminating the risks associated with server side code execution. They are compatible with all major frameworks and support native Node.js tools, such as npm and pnpm. WebContainers also allow WebAssembly to run out of the box. This allows for the porting various languages and frameworks into the browser environment.

Instainer, a Docker container hosting platform, allows you to run any Docker container instantly on the cloud using Heroku-style Git deployment. We felt that there was something missing when we began to migrate to Docker within our company. Although Docker provided amazing capabilities for our DevOps team but there was no service that could instantly run Docker containers. We are doers. Instainer was created for engineers who want to instantly run Docker containers on cloud. We welcome your feedbacks and thoughts. instainer provides Heroku-style Git deployment for your containers. After you run your container, instainer creates a Git repository and pushes your container data into this repository. You can easily clone or modify your data with Git. WordPress rich content management system supports plugins, widgets and themes.

Container-based infrastructure was a paradigm change. A container-optimized Linux distribution provides the best foundation for cloud-native infrastructure. A minimal OS image contains only the tools required to run containers. No package manager, no configuration drift. The OS is delivered on an immutable filesystem, eliminating a whole range of security vulnerabilities. Automated atomic upgrades ensure you have the most recent security updates and open-source technologies. Flatcar Container Linux was designed specifically for container workloads. It fully embraces container technology, and only requires what is necessary to run containers. Your immutable infrastructure deserves an immutable Linux OS. Flatcar Container Linux lets you manage your infrastructure and not your configuration.

ArvanCloud CDN consists of tens to PoP sites at important locations around the globe to deliver online content to users, from the nearest geographical point at the highest quality and speed. You can create unlimited cloud servers with ArvanCloud Cloud Computing infrastructure in just a few clicks. You can create multiple cloud storage disks per server and manage your cloud data center communications with Firewall and private or public networks. ArvanCloud allows you secure any type of data stored on Cloud Storage. You can access a reliable storage system anywhere in the world and have no worries about data loss. ArvanCloud Container-Based Platform as a Service conforms to Kubernetes standards. You are only a few commands away from an operational product with ArvanCloud Container-Based Platform as a Service.

Oracle Cloud Infrastructure offers fast, flexible, affordable compute capacity that can be used to support any workload, from lightweight containers to performant bare metal servers to VMs and VMs. OCI Compute offers a unique combination of bare metal and virtual machines for optimal price-performance. You can choose exactly how many cores and memory your applications require. High performance for enterprise workloads Serverless computing simplifies application development. Kubernetes, containers and other technologies are available. NVIDIA GPUs are used for scientific visualization, machine learning, and other graphics processing. Capabilities include RDMA, high performance storage and network traffic isolation. Oracle Cloud Infrastructure consistently delivers better pricing performance than other cloud providers. Virtual machine-based (VM), shapes allow for custom core and memory combinations. Customers can choose a number of cores to optimize their costs.

You can run containers without having to manage servers Azure Container Instances allows you to focus on the design and building of your applications, rather than managing the infrastructure. Containers on demand increase agility With one command, deploy containers to the cloud with unrivalled speed and simplicity. ACI can be used to provision additional compute for your most demanding workloads whenever you require. ACI can be used to elastically burst your Azure Kubernetes Service cluster (AKS) when traffic spikes. Secure applications with hypervisor isolation You can use virtual machines to secure your container workloads while still using lightweight containers. ACI provides hypervisor isolation to each container group so containers can run in isolation and not share a kernel.

WebSphere Hybrid Edition provides a flexible and all-in-one solution to WebSphere application server deployments. It can help organizations meet current and future requirements. It will allow you to optimize your WebSphere entitlements, modernize and create new cloud-native Java EE apps. It is a one-stop solution that will help you create, modernize, and run Java applications. IBM Cloud®, Transformation Advisor and IBM Mono2Micro can help you assess your cloud readiness, explore microservices and containerization options, and assist with adapting code. Discover and unlock the benefits offered by the all-in-one IBM WebSphere Hybrid Edition solution to improve your application's run time and modernization capabilities. Find out which WebSphere applications can be moved to containers for immediate savings. Ensure that you manage costs, security, and enhancements throughout the entire application lifecycle.

Turbo allows you to publish and manage all your enterprise applications from one point, on every platform and device. Turbo is available for demonstration. You can deploy custom containerized applications on desktops and on-premises servers. The student digital workspace allows students to access applications on any campus or personal device. You can distribute applications anywhere from one, configurable container environment. You can easily migrate between platforms and devices using rich APIs and connectors. No installation required to deploy managed or BYOD PCs. Turbo Application Server allows you to stream to HTML5, Mac, or mobile. Publish to Citrix and VMware VDI environments. Dynamically image applications onto non persistent WVD instances. Canvas, Blackboard, or other major LMS systems can be used to bring course applications into Canvas, Blackboard, or other major LMS systems. You can create your own containerized applications or components by using the authoring environment.

Nubix is a container platform which makes it easy to create and deploy IoT or edge applications. Nubix runs on even the smallest microprocessors. This allows developers to process data directly on the sensor device that created it. Updating microcontroller devices has traditionally meant replacing the entire firmware. This can be risky and sometimes "bricks' devices. Nubix eliminates this risk by using tiny containers whose code is independent of the operating system. This reduces risk and speeds up release times. Common edge architectures don't really have an edge, but instead force developers to transport data to the cloud and gateways for processing. Nubix's edge native architecture allows data to be processed on the devices where it is created. This eliminates the overhead and latency associated with remote processing and networking. Nubix is built using open source technologies, so you're not tied to proprietary vendor languages or libraries.

You can quickly build, deploy, scale, and scale web apps or APIs according to your schedule. You can use.NET Core, Node.js Java, Python, PHP or containers on Windows or Linux. A trusted, fully managed platform that handles more than 40 billion requests per day can meet strict, enterprise-grade performance, security, and compliance requirements. Fully managed platform with infrastructure maintenance, security patching, scaling. Zero-downtime deployments and CI/CD integration built-in. For seamless deployments in public cloud, Azure Government and on-premises environments, Rigorous security and compliance are required, including SOC/PCI. Use the framework language you prefer to bring your code or container. Visual Studio Code and Visual Studio integrate tightly to increase developer productivity. Streamline CI/CD using Git, GitHub and GitHub Actions.

It is a simple and flexible task orchestrator that deploys and manages containers and non-containerized apps across on-prem as well as cloud environments. One 35MB binary that can be integrated into existing infrastructure. It is easy to use on-prem and in the cloud with minimal overhead. You can orchestrate any type of application, not just containers. First-class support for Docker and Windows, Java, VMs, VMs, and other technologies. Orchestration benefits can be added to existing services. Zero downtime deployments, increased resilience, higher resource utilization, as well as greater resilience can all be achieved without containerization. Multi-region, multicloud federation - single command Nomad is a single control plane that allows you to deploy applications worldwide to any region. One workflow to deploy to cloud or bare metal environments. Multi-cloud applications can be enabled with ease. Nomad seamlessly integrates with Terraform Consul and Vault for provisioning and service networking. Secrets management is also possible.

Most Kubernetes platforms let you spin up and manage Kubernetes clusters. Loft doesn't. Loft is an advanced control plan that runs on top your Kubernetes clusters. It adds multi-tenancy and self service capabilities to these clusters in order to get the most out of Kubernetes. Loft offers a powerful UI/CLI, but it is 100% Kubernetes. You can control everything via Kubectl or the Kubernetes API. This allows for seamless integration with cloud-native tools. Our DNA is built on open-source software. Loft Labs is a CNCF and Linux Foundation member. Loft allows companies to empower employees to create low-cost Kubernetes environments that are easy to use for a variety purposes.

Helm is a tool that helps you manage Kubernetes apps. Helm charts can help you create, modify, and upgrade any Kubernetes app. Charts are simple to create, modify, share, publish, and update. Charts can be used to describe complex apps, make it easy to install the application again and act as a single point for authority. With custom hooks and in-place upgrades, you can take the hassle out of updating. Charts can be easily authored, shared, and hosted on public or private servers. You can use helm rollback to easily roll back to an older release. Helm uses a packaging format called charts. A chart is a collection or files that describes a set of Kubernetes resource. One chart can be used to deploy a simple thing like a memcached container or a complex web app stack that includes HTTP servers, databases, caches and more.

You can store and distribute container images in a private registry that is fully managed. Push private images to run them in the IBM Cloud®, Kubernetes Service or other runtime environments. Images are checked for security issues to help you make informed decisions about your deployments. To use the command line, install the IBM Cloud Container Registry CLI. This will allow you to manage your namespaces and Docker images in IBM Cloud®. The IBM Cloud console provides information about vulnerabilities and security of images in the IBM Cloud Container Registry private and public repositories. You can check the security status of container image that have been added to your registry namespace by third parties, IBM, or by your organization.

CloudPlex is an enterprise cloud platform that supports both technical and business requirements for cloud computing. It manages all aspects of app management, including security, governance, orchestration, and cost management. The platform manages legacy, container-based, and cloud-native applications on all major public cloud providers in a single place. It allows for an automated process of application provisioning and orchestration. CloudPlex is a cloud-spend management solution that addresses the business requirements of enterprises. It provides a complete estimate, review, approval, change management workflow, and end-to-end licensing management.

With an OCI distribution fully managed and geo-replicated, you can create, store, secure and scan container images and artifacts. Connect across Azure services such as Azure Kubernetes Service, Azure Red Hat OpenShift and Batch. Geo-replication allows you to efficiently manage multiple registry locations. OCI artifact repository to add helm charts, singularity support and new OCI-supported formats. Automated container building, patching, and updates of base images. Task scheduling. Integrate security with Azure Active Directory (AzureAD) authentication, role-based control, Docker content trusted, and virtual network integration. Azure Container Registry Tasks streamlines the process of building, testing and pushing images to Azure.

Container-based workloads, full GPU support and autoscaling. Custom built solutions. Worker will take care of your jobs so that you can concentrate on your application. Hosted background job solution that allows you to manage your containers with dynamic scale and detailed analytics. You can run short-term containers quickly or containers that need to be used over multiple days. We can help you with any job, no matter how small or large. You can confidently containerize your background tasks. Our shared infrastructure will allow you to run your containers. You can use dedicated hardware to support your workloads. This is a great option if you need consistent performance and throughput. Our autoscale technology allows you to scale up or down depending on your usage. We manage scheduling, authentication, and all other details. You can run workers on your hardware. This is a great option if you have your own infrastructure or have higher security requirements.

Amazing teams can use Automagic cloud hosting. Scalingo empowers software teams with the ability to manage entire lifecycles of their applications, from prototypes to production-ready apps. Simply push your code and your application stack and dependencies will be automatically detected and packaged. Continuous delivery is possible with instant deployment, instant availability, and instant work. Without DevOps. Start small and grow later. Instantly, from a prototype to production-grade infrastructure. Billed by the minute. You can have anywhere from 1 to 100 containers ready in a matter of seconds to handle peak traffic or absorb your normal growth. All automated processes ensure that continuous deployment is done seamlessly. Your application is allocated dedicated resources. We ensure that all containers are isolated from other containers.

AWS App2Container is a command-line tool that allows you to migrate and modernize Java and.NET applications into container format. AWS A2C analyzes applications running on bare metal, virtual machine, Amazon Elastic Compute Cloud instances (EC2), or in the Cloud. Streamlining application development and operational skills sets will reduce infrastructure costs and training costs. Automate modernization through automatic analysis of applications, and auto-generated container images. Containerize applications running within your datacenter without code changes. Standardize the deployment and operation of your legacy applications. AWS CloudFormation Templates configure the required compute, networking, and security infrastructure. Use pre-created continuous delivery and integration (CI/CD pipelines) for AWS DevOps.

TKE is compatible with all Kubernetes capabilities. It has been adapted to Tencent Cloud’s fundamental IaaS capabilities, such as CVM or CBS. Tencent Cloud's Kubernetes cloud products, such as CBS or CLB, allow for one-click deployment to container clouds for a variety open-source applications. This greatly improves deployment efficiency. TKE makes it easy to manage large-scale clusters, as well as the management and OPS distributed applications. You don't need to use cluster management software. Launch TKE, specify the tasks that you wish to run, and TKE will handle all the cluster management tasks. This allows you to concentrate on developing Dockerized apps.

K3s is a highly available, certified Kubernetes distribution designed for production workloads in unattended, resource-constrained, remote locations or inside IoT appliances. Binaries and multiarch images are available for both ARM64 and ARMv7. K3s can be used on anything from a Raspberry Pi to a 32GiB AWS server. Sqlite3 is the default storage method for light-weight storage backends. Also available: etcd3, MySQL, Postgres. Secure by default with reasonable defaults in light environments. A local storage provider, a service balancer, a Helm control, and the Traefik Ingress controller are all simple but powerful features that have been "batteries-included". All Kubernetes control-plan components are encapsulated in one binary and process. This allows K3s automate complex cluster operations such as distributing certificates.

Enterprise-Grade Linux for Edge-to-Cloud Deployments. Open-Source Collaborative Project is a Debian-based Linux-based distribution that is tailored for edge-to-cloud use cases. Ensure consistent performance, whether on devices, on-prem or in the cloud. eLxr is a stable and secure distribution with a foundation in opensource innovation. Its release and update cycle is predictable, making it suitable for long-term deployments and long-lifecycles. Preempt-rt kernel settings prioritize low-latency responses to meet the needs of applications with strict timing requirements. Tasks are executed within specified time limits. You can achieve better predictability and determinism compared to the standard Linux kernel. eLxr relies upon a smaller footprint to improve performance, optimize workloads, and reduce the attack surface in order to maximize resource usage efficiency. It has all the features and attributes required, while considering the best use of system resources.

Developers and operations teams will be delighted by the self-service and automation that they require. This is achieved with the right combination of standardization, control, and control that the business demands. Centrally manage configurations (in Git), for clusters that include security policy and software addons like service mesh, ingress controllers and monitoring. Blueprints and addon lifecycle management are easily applied to both brownfield and greenfield clusters. Blueprints can be shared among multiple teams to facilitate central governance of add-ons distributed across the fleet. Users can move from a Git push to an updated app on managed clusters in just seconds, 100+ times per day, for environments that require agile development cycles. This is especially useful for environments that require frequent updates.