Industrial IoT, Public Sector, Healthcare, Retail

cloudSwXtch makes it easy to address cloud network feature gaps that prevent workload migration or limit performance, suited especially for complex, multicast dependent, and latency sensitive workloads

Multicast and IoT Solutions

Industry Solutions

Classified, DoD and Air-Gapped Networks

cloudSwXtch enables cloud migration, distribution and workflows to federal, state, and local government entities, bringing cloudSwXtch features to classified and air-gapped networks.

Industry Solutions

Internet of Things (IoT)

cloudSwXtch enables distribution, management and administration of massive amounts of IoT devices at once.

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Powerful features and benefits for IoT cloud applications

Seamless IP-multicast

Optimize your network configuration and reduce your cloud distribution and egress costs.

Bare metal parity

Achieve microsecond latencies and high bandwidth throughput at a scale similar to bare metal networks.

Sub-millisecond latency

Your business can now move at the speed of software. Deliver millions of packets per second & support unlimited endpoints with low microsecond latency.

No code changes

Move your existing applications to the cloud as-is. Significantly reduce your migration costs and timeframe.

High availability

Protect your packets by sending them down redundant data paths - across virtual networks, regions or clouds.

Deploy on secure networks

cloudSwXtch can be deployed on air-gapped networks using an image-based deployment model.

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Now deployable on Azure, AWS and Google Cloud Networks

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Efficiently distribute live multicast and broadcast-based traffic in the cloud to multiple end-points.

Critical alert, mass notification, classified network traffic, and SD-radio system fanout for monitoring, recording, archiving, and training activity.

  • Multicast & broadcast: Seamlessly stream multicast and broadcast-based audio, video, and data traffic from on-prem networks to public cloud(s). Perfect for emergency alert systems.
  • Protocol fanout: Distribute unicast streams as “multicast-like” for synchronized publishing to multiple end-points, such as viewer stations, dispatchers, & historians.
  • Air gapped: Ability to support multicast and broadcast-based protocols in air gapped cloud networks.
  • Utilize existing infrastructure: Add cloudSwXtch to existing multicast and broadcast infrastructure to extend apps, software, and platforms into public cloud network stack. Achieve the same look, feel, and performance in the cloud as onprem.

Put real-time data to work in the cloud, across devices & stakeholders.

Clinical IT systems, AI/ML model training, IoT sensor data analysis, HMI synchronization, and supply chain inventory signals.

  • Multicast & Broadcast: Seamlessly stream multicast and broadcast-based audio, and video traffic from on-prem networks to public clouds. Perfect for real-time data processing and sharing.
  • Fanout: Synchronize real-time unicast data from on-prem system across multiple cloud-based workstations, devices, and systems for shared visibility.
  • High-performance: Deliver more than 1-million packets per second to an unlimited number of end-points at sub-millisecond latency. cloudSwXtch is used in high performance financial trading environments with confidence.
  • Utilize existing infrastructure: Add cloudSwXtch to existing multicast and broadcast infrastructure to extend apps, software, and platforms into public cloud network stack. Achieve the same look, feel, and performance in the cloud as on-prem.

Replicate multicast or broadcast dependent environments with multi-path network redundancy

Disaster recovery, emergency planning, business continuity, high availability, active-active, active-passive

  • Multicast and Broadcast: extend multicast & broadcast-based applications into and across public clouds, Replicate applications to each DR subscriber and optimize cloud costs.
  • Multi-cloud: supported in Azure and AWS (soon Google and Oracle) so users can take advantage of best of breed functions and cross-cloud functionality.
  • High-performance: Deliver more than 1-million packets per second to an unlimited number of end-points at sub-millisecond latency. cloudSwXtch is used in high-performance financial trading environments with confidence.
  • High-availability: Independent data paths, whether on-cloud or on-prem, support production environments that require accuracy, reliability, & Integrity.
  • Utilize existing infrastructure: Add cloudSwXtch to existing multicast and broadcast infrastructure to extend apps, software, and platforms into public cloud network stack. Achieve the same look, feel, and performance in the cloud as on-prem.

Run high-spec test & simulation environments in the cloud that depend on multicast & broadcast

Operator training, engineering verification, dynamic process simulation, integrated dev environments, and distributed interactive simulation.

  • Multicast & broadcast: Stream/distribute multicast and broadcast from on-prem to cloud and between cloud networks for a variety of simulation environment needs.
  • High-performance: Deliver more than 1-million packets per second to an unlimited number of end-points at sub-millisecond latency. cloudSwXtch is used in high-performance financial trading environments with confidence.
  • Scale capabilities: Easily scale the number of instances and users to accommodate parallel projects, processing, and stakeholders.
  • Utilize existing infrastructure: Add cloudSwXtch to existing multicast and broadcast infrastructure to extend apps, software, and platforms into public cloud network stack. Achieve the same look, feel, and performance in the cloud as on-prem.

Large IP-camera networks for situational awareness in traffic, transportation, and enterprise security operations centers (SOCs)

Send live multicast videos to the cloud & cycle between streams to optimize network costs

  • Multicast & broadcast: Seamlessly stream multicast and broadcast-based audio, video, and data traffic from on-prem networks to public cloud(s). Perfect for large IPand UDP- camera networks.
  • Bandwidth conservation: Dynamic bridging optimizes ingress/egress costs with a feature to cycle between all available live-streams and select only the relevant ones to send from on-prem to cloud.
  • Protocol fanout: Distribute unicast streams in the cloud as multicast for synchronized communication to end-points such as viewers or video processing systems. Eliminate the need to write unicast packets multiple times.
  • Utilize existing infrastructure: Add cloudSwXtch to existing multicast and broadcast infrastructure to extend apps, software, and platforms into public cloud network stack. Achieve the same look, feel, and performance in the cloud as on-prem.

Use Cases

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Documentation

Browse through comprehensive documentation to help you get started with cloudSwXtch. Search our manuals, how-to guides, and more.

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