Best Infrastructure-as-a-Service (IaaS) Providers for Google Cloud Platform

Google Compute Engine is a robust Infrastructure-as-a-Service (IaaS) offering that provides users with scalable compute resources through virtual machines. Google Compute Engine allows customers to provision resources on-demand, paying only for the resources they use. This allows them to scale their infrastructure for varying workloads. This eliminates the requirement for physical hardware and offers flexibility, security, as well as fast provisioning in order to meet business needs. New customers will receive $300 in credits to test IaaS capabilities, and the flexibility and scalability provided by Google Compute Engine.

Simr (formerly UberCloud) is revolutionizing the world of simulation operations with our flagship solution, Simulation Operations Automation (SimOps). Designed to streamline and automate complex simulation workflows, Simr enhances productivity, collaboration, and efficiency for engineers and scientists across various industries, including automotive, aerospace, biomedical engineering, defense, and consumer electronics. Our cloud-based infrastructure provides scalable and cost-effective solutions, eliminating the need for significant upfront investments in hardware. This ensures that our clients have access to the computational power they need, exactly when they need it, leading to reduced costs and improved operational efficiency. Simr is trusted by some of the world's leading companies, including three of the seven most successful companies globally. One of our notable success stories is BorgWarner, a Tier 1 automotive supplier that leverages Simr to automate its simulation environments, significantly enhancing their efficiency and driving innovation.

Scale your applications without the need to manage infrastructure. Scale your applications without the need to manage infrastructure. You can stay agile with support for many development languages and a variety of developer tools. You can quickly build and deploy apps using popular languages, or bring your own frameworks and runtimes. You can also manage your resources from the command-line, debug source code and run API backends easily. You can focus on writing code and not having to manage the infrastructure. Firewall capabilities, IAM rules, managed SSL/ TLS certificates can help protect your apps from security threats. You can operate in a serverless environment and not worry about over- or under provisioning. App Engine scales automatically based on app traffic and consumes resources only while your code is running.

Netreo is the best full-stack IT infrastructure management and observation platform. Netreo is a single source for truth for proactive performance monitoring and availability monitoring of large enterprise networks, infrastructure, and applications. Our solution is used by: IT executives should have full visibility of the business service, right down to the infrastructure and network that supports them. IT Engineering departments are used as a decision support system to plan and architect modern solutions. IT Operations teams can have real-time visibility into what is going wrong in their environment, which bottlenecks exist, and who it is affecting. All of these insights are available for systems and vendor mix in large heterogeneous environments that are constantly changing. We have a growing list of vendors that we support (over 350 integrations), including network vendors, storage, virtualization, and servers.

Datadog is the cloud-age monitoring, security, and analytics platform for developers, IT operation teams, security engineers, and business users. Our SaaS platform integrates monitoring of infrastructure, application performance monitoring, and log management to provide unified and real-time monitoring of all our customers' technology stacks. Datadog is used by companies of all sizes and in many industries to enable digital transformation, cloud migration, collaboration among development, operations and security teams, accelerate time-to-market for applications, reduce the time it takes to solve problems, secure applications and infrastructure and understand user behavior to track key business metrics.

Enterprise grade, lowest price, automation & developer-friendly. API (AWS & CCE compatible), Teams, Support. Instances, Virtual Private Cloud (VPC), Firewalls, Load Balancers. Resilient Network, DDOS Protection, and Direct Connect to AWS, GCE Azure, and many more. AWS's enterprise cloud offers incredible price performance at up to 90% off. Redundant infrastructure using blade server with converged storage area network (SAN), and blade server technology. Live migration and ephemeral volume support ensure uptime. Maximize asset security by using a firewall and DDOS protected carrier-grade network.

RunPod provides a cloud infrastructure that enables seamless deployment and scaling of AI workloads with GPU-powered pods. By offering access to a wide array of NVIDIA GPUs, such as the A100 and H100, RunPod supports training and deploying machine learning models with minimal latency and high performance. The platform emphasizes ease of use, allowing users to spin up pods in seconds and scale them dynamically to meet demand. With features like autoscaling, real-time analytics, and serverless scaling, RunPod is an ideal solution for startups, academic institutions, and enterprises seeking a flexible, powerful, and affordable platform for AI development and inference.

You can quickly move your VMware-based apps to Google Cloud, without affecting your applications, tools or processes. Includes all the required hardware and VMware licenses for a dedicated VMware SDDC running in Google Cloud. We simplify the use VMware services and tools by providing unified identities, management and support, monitoring, and all the cloud services and billing that you need. You can take advantage of the flexibility and scale of cloud computing. With fast provisioning you can create a private cloud within 30 minutes, with dynamic resource management. You can continue to use your enterprise apps in cloud without any changes. Google Cloud VMware Engine integrates leading ISV solutions for disaster recovery, backup, storage and database. VMware Engine is built using Google Cloud's highly scalable, performant infrastructure, with fully redundant networking. This ensures availability for your most demanding workloads.

Applications are scattered and distributed. Multi-cloud infrastructure stacks are a common way for users to access apps and talk to one another. This results in a subpar application experience, higher operational costs, and fragmented cybersecurity. The multi-cloud world of today requires a new Application eXperience infrastructure stack. It improves user experience, provides secure access, and optimizes cloud spend to allow you to focus on business results. Prosimo Application eXperience Infrastructure is a vertically integrated cloud native infrastructure stack that delivers consistent faster, more secure and cost-optimized application experiences. AXI provides cloud architects and operations teams with a decision-oriented platform that's easy to use. The Prosimo AXI platform delivers faster results thanks to machine learning and data insights.

This hosted platform is ideal for developers who are rapidly growing and want to automate deployment, life-cycle management, monitoring and maintenance of applications to reduce costs of replicating them in DEV/TEST environments. Modern solutions are required for websites such as PayPal Casino Canada, which automate thousands of transactions per day. A dedicated PayPal finance team monitors withdrawals and deposits stored in cloud applications. This improves efficiency and time management. Integrations with public and private cloud platforms are available to automate provisioning and scaling of virtual infrastructure for Docker-based applications. Summary of the performance of clusters hosts and running containers with support for alerts & self-healing.

There are options for every business to train deep and machine learning models efficiently. There are AI accelerators that can be used for any purpose, from low-cost inference to high performance training. It is easy to get started with a variety of services for development or deployment. Tensor Processing Units are ASICs that are custom-built to train and execute deep neural network. You can train and run more powerful, accurate models at a lower cost and with greater speed and scale. NVIDIA GPUs are available to assist with cost-effective inference and scale-up/scale-out training. Deep learning can be achieved by leveraging RAPID and Spark with GPUs. You can run GPU workloads on Google Cloud, which offers industry-leading storage, networking and data analytics technologies. Compute Engine allows you to access CPU platforms when you create a VM instance. Compute Engine provides a variety of Intel and AMD processors to support your VMs.

All of your apps can be built, managed, protected, and managed on any cloud. VMware's Multi-Cloud solutions provide a cloud operating system for all applications. The world's most widely used cloud infrastructure is available to support your digital business initiatives. You can leverage the same skills that you use in the data centre, but also tap into the depth and breadth six global hyperscale public clouds providers and 4,000+ VMware Cloud Provider Partners. You get consistent infrastructure and operations for cloud native applications from the data center to the edge with hybrid cloud built on VMware Cloud Foundation. This consistency increases agility, reduces cost, and lowers risk. Modern apps can be built, managed, and maintained on any cloud. They can meet diverse needs using both public and on-premises cloud resources. You can manage both container-based and traditional VM-based workloads from one platform.

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.

Cloud computing is the most important trend. It unlocks innovation, boosts resilience, and gives companies competitive advantages. Multi-cloud computing is a combination or combination of multiple cloud services provided by different cloud providers. These cloud providers can be public clouds such as AWS, Azure, Google, or Google, as well as private clouds that are built on VMware. Multi-cloud strategies are a great way for enterprises to increase business resilience, access the best capabilities regardless of vendor, as well as to avoid cloud vendor lock-in. Cloud services like Business Intelligence, AI, and Machine Learning have moved into software-as-a-service (SaaS) or platform-as-a-service (PaaS) consumption models. The sharing of a common datastore among clouds unlocks innovation from all clouds while eliminating data gravity concerns. Also, it avoids storing multiple (possibly outof-sync!) copies of the same data.

With one command, you can instantly create an Ubuntu VM. Multipass can launch virtual machines, configure them with cloud init like a public cloud, and even run them. Free prototyping of your cloud launch locally Multipass will show you how easy it can be to have a lightweight cloud in your hands within five minutes. Let's start a few LTS instances. Let's list them, exec one command, use cloud init, and clean up any old instances. The Ubuntu Server CLI cheatsheet is your quick guide to learning Linux command line, from basic file management to deploying Kubernetes or OpenStack. Multipass is a command-line interface that allows you to launch, manage, and otherwise fiddle with Linux instances. A minty-fresh image can be downloaded in a matter of seconds and a VM can then be up and running in minutes. Launch Ubuntu instances and initialize them with cloud-init metadata such as AWS, Azure Google, IBM, IBM, and Oracle clouds. Simulate your cloud deployment on your computer.

The world is in a constant state of flux, with customer expectations and user needs intensifying alongside evolving regulatory frameworks. As technology advances and new competitors disrupt established markets, it is essential to respond swiftly to these emerging challenges. To maintain a competitive edge, you must leverage technical know-how that supports your ClearPath Forward® ecosystem. Partnering with Unisys allows you to uphold your reliable ClearPath Forward environment while modernizing your applications to incorporate cutting-edge digital and cloud-native functionalities, all without disrupting your operations. You will have a variety of deployment options available, ranging from integrated systems to public cloud solutions, complete with services that mitigate migration, staffing, and operational challenges. For organizations prioritizing mission-critical elements like security, resilience, availability, and scalability, Unisys is the ideal partner. Additionally, by subscribing to ClearPath Forward Connection, you'll stay informed about the latest advancements in ClearPath Forward platforms and much more, ensuring your business remains at the forefront of innovation.

Customers can now benefit from enhanced full-lifecycle cloud native programming capabilities that will allow them to build modern applications for tomorrow. With applications designed for tomorrow, unlock the full potential of cloud computing today. Traditional cloud adoption strategies focused on application migration and infrastructure, but did not pay enough attention to the code underneath. While the cloud has always offered the benefits of scale and elasticity, it cannot unleash its full potential unless the code in your applications is updated. Modern applications built with cloud native technology and modern architectures allow you to tap the full potential of cloud computing. This will increase agility and help you accelerate innovation. You can create self-healing, autoscaling applications that are free from the limitations of servers. Serverless architectures provide the best efficiency and cost savings of the cloud, while allowing almost all infrastructure and software management to be done on the platform.

Make the right technology investments at just the right time on the right platforms. This will allow you to drive innovation, customer loyalty, and grow your business. You will get the business results you want. Cloud can deliver up to three times the return of investment, faster business results, and less risk and disruption when done correctly. DXC can help you make the right decisions about which applications you want to migrate to the cloud and when. DXC Cloud services will allow you to maximize your data use and protect your environment. Because we manage hybrid IT environments for some of the largest companies in the world, we understand the importance cloud plays in mission-critical IT. Each year, 65,000 workloads are moved to the cloud by our cloud migration services. We have modernized hundreds mainframe systems and converted 15,000+ applications to the cloud. Let us help you plan, execute, and manage your cloud strategy. DXC is your partner for cloud success.

The pace of change is increasing at an alarming rate. Organizations need speed and flexibility, but also security to stay ahead of the competition. Managed infrastructure services allow organizations to focus on clients and reduce the cost of managing operating systems, underlying applications, and infrastructure. A top-of-the-line SLA for each application that meets your business needs is fully supported. NTT Ltd. will provide managed cloud services that are fully managed. This means you don't have to worry about optimizing your efforts. NTT Ltd. can help companies leverage the economic benefits of its investment in robust cloud infrastructure built on top-of-the-line systems that deliver security, flexibility, and high performance. We help customers avoid vendor lock-in by allowing them to run multiple workloads on the most efficient cloud infrastructure. Clients can scale their environments throughout the year.

Google Distributed Cloud is a collection of fully managed software and hardware solutions that extend Google Cloud's infrastructure to the edge and into your data centres. It's powered by Anthos and is ideal to local data processing, edge computing and on-premises modernization. It also meets privacy, strict data security and sovereignty requirements. Use the power of Google's AI and data analytics to uncover insights and remove any traditional constraints of scale performance and cost when processing data. You can still use cloud-native services within your own environment while maintaining autonomy and control over your data and infrastructure.

Pipeshift is an orchestration platform that allows for the deployment and scaling of open-source AI components. This includes embeddings and vector databases as well as large language models, audio models and vision models. The platform is cloud-agnostic and offers end-toend orchestration to ensure seamless integration and management. Pipeshift's enterprise-grade security is a solution for DevOps, MLOps, and MLOps teams looking to build production pipelines within their own organization, instead of using experimental API providers who may not have privacy concerns. The key features include an enterprise MLOps dashboard for managing AI workloads like fine-tuning and distillation; multi-cloud orchestration, with built-in autoscalers and load balancers; and Kubernetes Cluster Management.