Best Cloud Infrastructure Automation Software in the UK

Receive webhooks reliably, even after server outages. Automatic retries and rate-limiting are free features that keep your system running smoothly. Developer-friendly tools and an intuitive dashboard will keep everyone happy. Hookdeck's features include: Filter out the noise: Ignore events based on the content and only receive the requests that you care about. - Transform Your Data: Take control of your payloads through trimming, formatting, conversion, or appending. - Stay Alert : Customize your notification settings to stay one step ahead of any problems.

Get actionable insights that optimize hybrid IT spending and ensure performance. 30% of hybrid IT spending is wasted. You don't have to be shocked by this number, but you do need to identify the waste and reclaim it. VCM helps companies reduce waste and save money every day without sacrificing performance. IT departments are responsible for solving problems that can prevent service delivery. VCM allows you to ensure performance without having to do any heavy lifting or overspending. VCM is able to identify potential service delivery issues and provide advice on how to fix them right out of the box. You can avoid service outages and performance issues by proactively addressing health and risk KPIs. You can see all aspects of service delivery in one view. Teams can fix problems instead of pointing fingers by having a single objective source of truth.

All the best practices, none of the bottlenecks Automate multi-cloud provisioning, deployment, policy-driven compliance, and cloud cost management.

All public and private environments can be managed from one platform with a single CI/CD plug-in that connects to ALL automation toolchains. This plugin supports Jenkins, Kubernetes and Terraform as well as Cloud Formation, Azure ARm, Cloud Formation, Cloud Formation, and many other automation toolchains. No installation, no downloading... and free on us for the first thirty days. Integration with infrastructure orchestration domains such as AWS Cloud formation and Azure ARM, Ansible, Terraform, and Terraform. Service Composition Domain-Specific Language - This simplifies the relationship between services and handles cascading workflows. Shared resources, distributed life-cycle management, and more. Orchestration of cloud native Kubernetes service across multiple clusters using OpenShift and KubeSpray. A blueprint is available to automate the configuration and setup of clusters. Integration with Jenkins and other CI/CD platforms. This integration provides a 'one stop-shop' for all orchestration domains that can be integrated to your CI/CD pipeline.

Modern Infrastructure as Code. Use familiar programming languages and tools to create, deploy, manage, and monitor infrastructure in any cloud. One workflow for many clouds. On any cloud, you can use the same language, tools, or workflow. Collaborate. Harmonize your engineering practices among developers and operators. Easy continuous delivery. You can deploy from the CLI or integrate with your favorite CI/CD software. All changes are reviewed before they are made. Reduce complexity. Get visibility across all your environments. Audit and secure. Know who made changes to what, when and why. With your identity provider of choice, enforce deployment policies. Secrets management. Secure secrets with an easy-to-use encrypted configuration Familiar programming languages. You can define infrastructure in JavaScript or TypeScript, Python, Go or any other.NET language including C#, F# and VB. Use your favorite tools. Use familiar IDEs and test frameworks. Reuse and share. Codify best practices.

A comprehensive cloud platform that optimizes any high-performance computing workflow or workload on any infrastructure. Rescale is a powerful tool for science and engineering. It eliminates the complexity of big computation with intelligent full-stack automation and the near-infinite power hybrid cloud. The latest architectures and performance information enable you to maximize the economic impact of hybrid cloud and multi-cloud operations. Global and multi-BU organizations can access secure and controlled computing environments that provide the highest level of service. Commercialize new innovations faster with researcher-centric workflows that allow collaboration and abstraction from infrastructure. Management of licenses and applications. Alerting and setting financial budgets. Automation of hybrid cloud infrastructure. Security, access, compliance policies. Software and hardware performance intelligence. Software and hardware performance intelligence. Intelligence on user and simulation workflows.

Enterprise apps will have better operators thanks to a full application graph, declarative integration for legacy estate and Kubernetes, and a full app graph. Juju operator integration allows us keep each operator as simple and consistent as possible, then we compose them to create rich topologies for complex scenarios that support complex scenarios with less YAML. Large-scale operations code can also be governed by the UNIX philosophy of "doing one thing right". The benefits of clarity as well as reuse are the same. It is important to be small. Juju allows you the option to use the same operator pattern across your entire estate, even legacy apps. Model-driven operations significantly reduce maintenance and operation costs for traditional workloads, without the need to re-platform to K8s. Once mastered, legacy apps can be made multi-cloud-ready. The Juju Operator Lifecycle Manager, (OLM), uniquely supports both machine-based and container-based apps with seamless integration.

Innovative Lumen Cloud Application Manager allows you to easily manage the delivery of infrastructure, applications, services, and services across multiple technologies. It provides greater flexibility, agility, and control over application workloads. Our central platform simplifies the process of managing workloads across multiple hosting environments. This helps you to clearly see where you are at all times. The result? The result? Faster response times and better decisions. Oversee the modeling, deployment, orchestration and management of the entire application lifecycle. Our Interactive visualization tools will help you scale, migrate, and update your applications more efficiently. With the help of a technical account manager, simplify your management of your hybrid IT environment to deliver applications faster, lower costs, and provide full visibility of your progress so you can plan your next moves.

Create a new, scalable cloud infrastructure. You can exercise control over your cloud environment and create separate organizations. You can provision your systems using cloud and virtualization platforms such as Red Hat Enterprise Virtualization or Amazon. You can also set retirement dates and scale your environment according to your needs. Simulate what-if scenarios in your real-world environment to enable proactive resource planning and continuous insight into consumption levels. This will allow for detailed chargeback, quotas and policy creation. SmartState historical trend and performance analytics can help you understand the different aspects of your cloud environment. You can define the policy for your environment and then follow up with automated alerts and responses if your environment changes.

IBM Cloud® Schematics allows automation by providing declarative Terraform templates to create a cloud infrastructure. Red Hat®, Ansible native integration extends configuration, management, and provisioning to software, and integrates other IBM Cloud Services. With Terraform-as-a-Service, DevOps teams can use a high-level configuration language to model the resources they want in their cloud environment and enable Infrastructure as Code (IaC). You can easily install software packages and application codes on your infrastructure. Your team should build, deploy, and iterate on infrastructure automation processes. The DevOps lifecycle can be improved, from planning and building to software testing and monitoring. Satellite and Schematics can be used to automate the creation satellite locations and Red Hat OpenShift®, on IBM Cloud.

Oracle Cloud Infrastructure (OCI), Resource Manager, is an Oracle-managed service that automates deployments and operations for all Oracle Cloud Infrastructure resources. Unlike Infrastructure-as-Code (IaC) offerings from other cloud vendors, the service is based on Terraform, a widely used, open source industry standard that allows DevOps engineers to develop and deploy their infrastructure anywhere. IaC allows developers to deploy configurations in a repeatable manner, increasing their productivity. Resource Manager tracks infrastructure changes by users and timestamps for auditing. To optimize data management, explore the Terraform configuration and architecture for Oracle Autonomous Data Warehouse.

It can be used with any combination of push and pull management style, local and remote execution, push-and-pull style of management, imperative or declarative approach. It doesn't force you to use a particular model. Instead, it trusts that you will be able to make the right decisions about what and how to automate. Rex can be used locally even though remotes are managed via SSH. It's easy to use, with no need for large rollouts or convincing others, making it ideal for incremental automation. This means that even if you reach the limits of the Rex features, a powerful language and module ecosystem are always at your disposal to seamlessly extend it with modules from CPAN and your own code. We believe in open source. Rex and all its components are available under the Apache 2.0 License. Rex is improving every day. You are invited to join the community.

Cloud images are operating system templates. Every instance starts as an identical copy of every other instance. It is the user data that gives each cloud instance its personality. Cloud-init is the tool that automatically applies that user data to your instances. You can include datasource and module references. There are many examples. Cloud-init was originally developed for Ubuntu but is now available on most major Linux and FreeBSD operating system platforms. Cloud-init automatically handles differences between cloud image providers -- for example, official Ubuntu cloud images are identical across both public and private clouds.

We offer the IONe affiliate module that allows you to increase your digital service sales volume by involving your customers and future customers in a partnership network. The IONe affiliate module will allow you to increase the number of orders for your digital services. Your partners will also receive bonuses in the form of a commission on orders placed by their clients. Each partner can set the amount of commission (percentage). You can create, expand, and manage your virtual cloud resources. You can also receive data from virtual servers and set up your own automation rules. A user-friendly interface allows for a better experience with virtual infrastructure management. Communication with the support team: Users of your platform can receive all the answers to their questions quickly and efficiently.

Crossplane is an open source Kubernetes addon that allows platform teams to assemble infrastructures from multiple vendors and expose higher-level self service APIs for application team consumption. kubectl allows you to provision and manage cloud infrastructure and services. Crossplane extends your Kubernetes Cluster, providing you CRDs for any infrastructure and managed service. These granular resources can be compiled into higher-level abstractions that you can version, manage, deploy, and consume using your favorite tools and processes you already integrate with your clusters. Crossplane was created to help organizations create their clouds in the same way that cloud vendors do it. Crossplane is a CNCF Project that extends Kubernetes API for managing and composing infrastructure. Crossplane allows operators to encapsulate policies and permissions behind an API line.

Cluster.dev is the only manager for cloud-native architectures. All your infrastructure tools combined. Create platform-as-a-service for your teams. You can customize your projects and infrastructures. Your Git repo allows you to monitor changes and the status of your infrastructure from one place. You can use a single solution for all types and types of changes. Forget about manual runbooks or CI/CD magic. It is important to have a single view of all your infrastructure. You can have confidence in infrastructure improvements. You can be confident that your tools are performing as you expect. Everything in Cluster.dev is in a state. Even scripts and the k8s have a state. Security and independence from third-party vendors Even if your secrets store doesn't support them, you can pass secrets to third party tools. You can customize every piece of infrastructure. Cluster.dev's template engine allows you to customize configs scripts manifests code, Terraform code, as well as entire infrastructures.

Deploying new software has become incredibly complicated thanks to AWS, Kubernetes, and observability instruments. Diego offers a simpler approach. Diego makes it easy to automate code-to cloud setup and ship software quicker with Diego - Use a well-designed cloud setup to build confidence (ArgoCD Kubernetes, Prometheus). - Ready-to use environments and pipelines - No configuration required - Reduces the time it takes to complete DevOps work by months and reduces cycle times Diego provides everything you need to quickly deploy resilient, secure, and scalable containerized applications.

Volumez is a SaaS composable infrastructure. Volumez is SaaS composable data infrastructure. Volumez allows you to deploy applications in the cloud while controlling IO characteristics with a declarative interface. Composable infrastructure abstracts storage, networking and compute resources from their physical locations, and provides them dynamically to applications. Volumez profiles each infrastructure component's performance and capabilities and uses this data to compose Linux data paths directly between media and applications. Once the composing is complete, the control plane is no longer needed to get in the way of applications and data. This allows applications to have enterprise-grade logical volume with guaranteed performance and enterprise-grade services built on Linux, including snapshots, thin-provisioning, erasure-coding, etc.

Azure Resource Manager is the Azure deployment and management service. It is a management layer that allows you to create, modify, and delete resources from your Azure account. To secure and organize your resources, you can use management features such as access control, locks, tags, and tags. Resource Manager receives any request sent by a user from any of the Azure tools or APIs. It authenticates and authorizes your request. The request is sent to Azure by Resource Manager. Azure takes the requested action. All requests are handled using the same API. This ensures consistency in results and capabilities across all tools. All the capabilities available in the portal can also be accessed through PowerShell and Azure CLI, REST APIs, client SDKs, or REST APIs. Within 180 days of initial release, API functionality will be available in the portal.

StackQL, a SQL-based multicloud management framework, is used to provision and query cloud resources. It reduces complexity and simplifies security. StackQL can be extended to all API-enabled cloud providers and SaaS providers thanks to its unique "no to low code" provider plugin architecture. This makes it a valuable multicloud management and observability tool.

Finisterra revolutionizes AWS Infrastructure Management by automating Terraform Code, enabling rapid deployment, and reducing errors in manual coding. It is designed for CTOs and engineering teams as well as IT departments. It streamlines operations and allows developers to focus on their core tasks. It also accelerates disaster recovery, region migrations and enables developers to focus more on core tasks. Finisterra's seamless AWS and GitHub Integration ensures increased visibility and data security. Infrastructure and credentials are kept under the control of users. Experience infrastructure as code within minutes, not months.