WarpVM™
Boost Cloud Performance 2-10X Without Boosting Cloud Costs
In today’s cloud environments, web, streaming, IoT, AI and other applications frequently transmit data in unpredictable bursts, as they compete for virtual and physical CPU, memory, storage and network resources. This results in massive amounts of packet delay variation (PDV), more commonly referred to as jitter – a leading cause of poor cloud network throughput and slow application performance, and its impact will only grow.
Cloud administrators try to overcome this poor performance with expensive server and network upgrades, jitter buffers and QoS solutions that don’t address the root cause and often make the problem worse. Jitter’s impact on cloud network and application performance goes undetected by even the most sophisticated management and monitoring tools, and there’s really only one solution that overcomes it.
Only WarpVM™ leverages WarpEngine’s breakthrough technology to eliminate jitter’s impact on cloud performance, and combines this capability with other performance enhancing features. Benchmarks show that WarpVM boosts cloud network throughput and application performance by up to 80% under normal operating conditions, and 2-10x in high traffic environments. It achieves these impressive results at a small fraction of the cost of VM and network upgrades. WarpVM is a VM-based single-ended transparent proxy solution that deploys in a matter of minutes in AWS, Google Cloud, Microsoft Azure, VMWare, or KVM environments. No modifications to client or server applications are required, and no other hardware or software is needed. WarpVM is ideal for high performance enterprise cloud, hybrid cloud, multi-cloud, and edge-cloud IoT deployments operating under tight budget and time constraints.
In addition, WarpVM has achieved Nutanix Ready certification for compatibility and performance with their AHV hypervisor. AHV is at the heart of Nutanix’s hyperconverged infrastructure (HCI) multi-cloud platform. With Nutanix HCI, hybrid multi-cloud solutions can be deployed across multiple public and private cloud environments with continuous availability, and none of the complexity. Gartner and other industry analysts have consistently recognized Nutanix as a market leader in the HCI space.
Scroll down to learn more and request a free trial.
Boost Cloud Performance 2-10X Without Boosting Cloud Costs
In today’s cloud environments, web, streaming, IoT, AI and other applications frequently transmit data in unpredictable bursts, as they compete for virtual and physical CPU, memory, storage and network resources. This results in massive amounts of packet delay variation (PDV), more commonly referred to as jitter – a leading cause of poor cloud network throughput and slow application performance, and its impact will only grow.
Cloud administrators try to overcome this poor performance with expensive server and network upgrades, jitter buffers and QoS solutions that don’t address the root cause and often make the problem worse. Jitter’s impact on cloud network and application performance goes undetected by even the most sophisticated management and monitoring tools, and there’s really only one solution that overcomes it.
Only WarpVM™ leverages WarpEngine’s breakthrough technology to eliminate jitter’s impact on cloud performance, and combines this capability with other performance enhancing features. Benchmarks show that WarpVM boosts cloud network throughput and application performance by up to 80% under normal operating conditions, and 2-10x in high traffic environments. It achieves these impressive results at a small fraction of the cost of VM and network upgrades. WarpVM is a VM-based single-ended transparent proxy solution that deploys in a matter of minutes in AWS, Google Cloud, Microsoft Azure, VMWare, or KVM environments. No modifications to client or server applications are required, and no other hardware or software is needed. WarpVM is ideal for high performance enterprise cloud, hybrid cloud, multi-cloud, and edge-cloud IoT deployments operating under tight budget and time constraints.
In addition, WarpVM has achieved Nutanix Ready certification for compatibility and performance with their AHV hypervisor. AHV is at the heart of Nutanix’s hyperconverged infrastructure (HCI) multi-cloud platform. With Nutanix HCI, hybrid multi-cloud solutions can be deployed across multiple public and private cloud environments with continuous availability, and none of the complexity. Gartner and other industry analysts have consistently recognized Nutanix as a market leader in the HCI space.
Scroll down to learn more and request a free trial.
Use Cases
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- Large enterprises and SMBs using public or private cloud-hosted applications, as well as hybrid multi-cloud implementations.
- Cloud-native 5G core network deployments.
- Real-time cloud applications such as live video and audio streaming and video on demand (VOD) services.
- Edge cloud IoT.
- VDI(virtual Desktop Infrastructure) and (DaaS) Desktop as a Service implementations.
- SaaS vendors wanting to offer premium performance packages.
- Cloud migration projects and multi-cloud deployments that require fast, reliable large file transfers.
- SaaS vendors wanting to offer premium performance packages.
- Real-time cloud applications such as live video and audio streaming and video on demand (VOD) services.
- Cloud-native 5G core network deployments.
- Cloud service providers needing better performance to the edge from their PoPs at minimal cost.
- Large enterprises and SMBs using public or private cloud-hosted applications, as well as hybrid multi-cloud implementations.
Technical Specifications*
| Max Throughput | 2Gbps |
| Max Sessions | 300,000 |
| Form Factor | Virtual Machine |
| Storage | 200GB |
| Single-Ended | Yes |
| Optimize Wireless Traffic | Yes |
| Optimize SSL Traffic | Yes |
| Optimize VPN Traffic | Yes |
| Multi-Host Support | Yes |
*These specifications are for a default implementation of a single instance of WarpVM. WarpVM can scale to the capacity of the VMs it’s deployed in. Please consult Badu Networks for deployments that require support for greater scalability than the specifications shown here.
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