Built for techies and leaders
Low-code and no-code environment designed for rapid innovation.
Provision, configure and allocate resources to virtual machines quickly across diverse cloud environments and providers without code.
Choose the best fit VM configuration for your computational needs with an easy-to-use wizard.
Enable high performance computing (HPC) to run demanding workloads that require a lot of CPU power, such as processing large datasets or performing complex simulations.
Opt for VMs supporting auto-scaling for variable workloads and offering elasticity for easy resizing to adapt to changing demands.
Choose the appropriate pricing model (e.g., on-demand or spot instances) based on your workload and cost considerations.
Choose from various OS, including Linux and Windows, to run your applications.
Deploy VMs strategically to ensure optimal workload performance and cost-effectiveness.
Provision VMs to major public cloud providers (AWS, GCP, Azure, and more), regional providers, on-premises data centers, private clouds, and edge locations for greater flexibility and coverage.
Move your VMs across various geographical regions, allowing you to position them closer to your audience, to minimize latency and adhere to data residency regulations.
Low-code and no-code environment designed for rapid innovation.
Experience cloud freedom like never before with the emma platform.
Avoid vendor lock-in to achieve greater flexibility and innovation power. Deploy your infrastructure across multiple cloud environments with emma's cloud-agnostic approach.
Unlock savings with emma's real-time insights and rightsizing options. Save up to 80% in specific cases, optimizing your cloud resources efficiently.
Boost productivity with streamlined operations and automated resource provisioning. Maintain centralized control while empowering self-service capabilities.
Experience lightning-fast interactions with emma's high-speed multicloud networking backbone, designed for maximum application performance and resilience.
Fast provisioning, automated workflows, and seamless DevOps integrations for rapid deployment and scaling across diverse cloud environments.
Harness your growth by scaling resources dynamically with emma, ensuring uninterrupted operations and unmatched business support.
Ensure maximum operational efficiency with a unified management approach. Gain detailed resource insights, make informed decisions to optimize utilization, and achieve cost savings.
Streamline VM deployment, setup and maintenance with emma's workflow automations. Developers can also use the integration with external IaC tools like Terraform or configuration management tools such as Ansible, Chef, or Puppet.
Boost VM performance visibility with AI-driven recommendations for efficient operation. Optimize usage and cost by reallocating workloads and using workflows for auto-start/shutdown or decommissioning unused VMs, to free up resources, and reducing costs.
Automatically adjust the number of virtual machines, scaling them up or down based on workload demands, to ensure optimal performance and cost efficiency.
Boost security with access controls to protect VM access and encryption to secure data at rest and in transit, safeguarding sensitive information.
A virtual machine (VM) is a software program that creates a simulated computer environment. It behaves like a physical computer, with its own CPU, memory, storage, and network interface. However, a VM is not a physical computer; it is a software program that runs on top of a physical computer.
VMs are created and managed by a software program called a hypervisor. The hypervisor abstracts the physical computer's resources into a pool that can be provisioned and distributed as needed. This allows multiple VMs to run on a single physical computer.
VMs are used for a variety of purposes, including:
Server consolidation: VMs can be used to consolidate multiple physical servers onto a single physical server. This can save money on hardware and energy costs.
Application isolation: VMs can be used to isolate applications from each other. This can help to improve security and reliability.
Test and development: VMs can be used to create test and development environments that are isolated from the production environment. This can help to prevent problems from impacting the production environment.
Desktop virtualization: VMs can be used to create virtual desktops that can be accessed from anywhere with an internet connection. This can be useful for remote workers and for businesses that want to reduce their IT costs.
Provisioning a virtual machine (VM) involves creating a virtualized computing instance within a virtualized environment, managed by a hypervisor or cloud service provider. This self-contained system includes its own virtual hardware, operating system, and software applications.
During provisioning CPU cores, memory (RAM), storage space, and network settings are configured. The VM functions like a physical computer but operates on a shared physical host machine.
Cloud providers maintain data centers in various regions worldwide. The region you select determines the physical location of your compute instance. Opting for a region closer to your users or services reduces latency and enhances response times.
Adhering to specific regulations and compliance standards often necessitates storing and processing data within particular jurisdictions. By selecting the appropriate region, you ensure compliance with data sovereignty and privacy laws.