Built for techies and leaders
Low-code and no-code environment designed for rapid innovation.
Enjoy next-level interconnectivity and multicloud operations with emma’s powerful cloud-agnostic multicloud network.
emma doesn't just connect clouds—it transforms the way they work together. Our advanced networking fabric ensures fast, secure communication and data exchange, so you can build efficient and scalable operations across diverse cloud providers and environments.
Engineered for rapid connections (up to 100 Gbps) and low latency, enabling smooth data transfer between cloud providers and data centers. Reduce network traversal time, amplify response times, and optimize app performance for users.
With built-in redundancy and fault tolerance, the network adeptly reroutes traffic through alternative paths during any issues, ensuring uninterrupted connectivity and minimizing service disruptions or downtime.
Intelligent routing and load balancing ensure optimized network performance and lower latency.
The network dynamically chooses the most efficient data paths for smooth cloud interactions without sacrificing performance or reliability.
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.
Benefit from a one-of-a-kind cloud-agnostic solution to seamlessly work across various cloud services, across regions.
emma integrates with APIs from AWS, Azure, and Google Cloud to enable you to operate across multiple cloud environments.
Use the wizard to connect all or selected providers and transfer data with a guaranteed bandwidth of 1 Gbps.
Avoid making arbitrary connections. Ensure regional compliance by specifying both the region and the data center where you prefer to store your data.
emma creates the visibility you need to understand where your data is deployed and the associated network cost.
Use the wizard to tailor your spend in full transparency. Add service provider connections, regional connections and data center connections to see what you pay. And, enjoy data transfer cost at one third of standard industry rates.
A multi-cloud network refers to a network infrastructure that spans multiple cloud computing platforms from different cloud service providers. It allows organizations to distribute their applications, data, and workloads across multiple cloud environments, rather than relying on a single cloud provider. A multi-cloud network provides secure and high-performance connectivity between different cloud platforms, enabling communication and data transfer among various cloud environments.
The emma multi-cloud network is disabled by default. If you wish to connect, for example, AWS and GCP compute instances in one macroregion, you need to enable the multi-cloud network in that macroregion, then enable the GCP and AWS connections within this macroregion.
If you wish to connect compute instances from AWS and GCP across two macroregions, you need to enable two multi-cloud networks, enable the GCP connection in one macroregion, and the AWS connection in the other, followed by enabling a cross-region connection.
Currently, the multi-cloud network includes the following cloud providers: AWS, GCP, Azure. Users decide which of these cloud providers to connect to the multi-cloud network.
In public cloud sevices are offered over the public internet and are owned and operated by third-party cloud service providers. Examples include AWS, Azure, and Google Cloud Platform. Users share the same infrastructure, which is cost-effective and scalable.
Multicloud involves using services from multiple public cloud providers, such as AWS, Azure, and Google Cloud, to avoid vendor lock-in, optimize costs, and leverage best-of-breed services from each provider.
Hybrid Cloud: Combines public and private clouds, allowing data and applications to be shared between them. This offers flexibility, allowing organizations to optimize their workload placement based on cost, security, and performance requirements.