Automated Management & Streaming
Automated
Content Orchestration
An automated solution that enables broadcasters to manage multiple encoders and orchestrate the delivery of multiple events involving multiple camera feeds, audio feeds, data analytics and other advanced features to multiple regions across multiple device types.
An automated solution that enables broadcasters to manage multiple encoders and orchestrate the delivery of multiple events involving multiple camera feeds, audio feeds, data analytics and other advanced features to multiple regions across multiple device types.
An automated solution that enables broadcasters to manage multiple encoders and orchestrate the delivery of numerous events. This involves handling multiple camera feeds, audio feeds, data analytics, and other advanced features, catering to various regions and device types.
Flexible Streaming
Manage, Store & Distribute Content Across Multiple Regions
With NativeWaves you can stream your content on a large scale with low latency. The architecture is fully flexible and designed for integration into existing systems. It offers support for external streams or can cover your content needs end-to-end, including transcoding and packing.
With NativeWaves you can stream your content on a large scale with low latency. The architecture is fully flexible and designed for integration into existing systems. It offers support for external streams or can cover your content needs end-to-end, including transcoding and packing.
With NativeWaves, you can stream your content on a large scale with low latency. The architecture is fully flexible and designed for integration into existing systems. It offers support for external streams or can fulfill your content needs end-to-end, including transcoding and packaging.
Low Latency Streaming
NativeWaves offers HTTP-based streaming using CMAF and LL-HLS technologies, achieving less than three seconds latency from camera to viewer, scalable for large broadcast audiences via standard CDNs with DRM security.
NativeWaves offers HTTP-based streaming using CMAF and LL-HLS technologies, achieving less than three seconds latency from the camera to the viewer. It is scalable for large broadcast audiences via standard CDNs with DRM security.
Connect External Content
Set up your content streaming either end-to-end with NativeWaves or bring your own streams and simply connect them to the NativeWaves CMS. Provides automatic content analysis and tracking.
Set up your content streaming either end-to-end with NativeWaves or bring your own streams and simply connect them to the NativeWaves CMS. It provides automatic content analysis and tracking.
Live Multiregional Management
Ensure automatic synchronization of content to chosen regions and let the system proactively push content to regional caches to minimize latency when live.
Ensure automatic synchronisation of content to selected regions and let the system proactively push content to regional caches to minimise latency during live broadcasts.
Integrate With Your CDN
Utilize your chosen Content Distribution Network (CDN) provider for cost efficiency and scalability, while offering a straightforward integration path to route content via the NativeWaves Cloud.
Utilise your chosen Content Distribution Network (CDN) provider for cost-efficiency and scalability, while offering a straightforward integration path to route content through the NativeWaves Cloud.
Industry First
Hybrid LL-HLS & WebRTC
In addition to normal streaming with low latency via HTTP-based protocols, NativeWaves also offers the option of combining different streaming formats. For example, a hybrid LL-HLS and WebRTC model enables a latency of less than 200 milliseconds for live events including full DVR (replays) while minimizing the gap between live edge and replay.
In addition to normal streaming with low latency via HTTP-based protocols, NativeWaves also offers the option of combining different streaming formats. For example, a hybrid LL-HLS and WebRTC model enables a latency of less than 200 milliseconds for live events including full DVR (replays) while minimizing the gap between live edge and replay.
Upgrade your existing streaming for low latency and reach your audience faster
Upgrade your existing streaming to achieve low latency and reach your audience faster.
< 200 ms
< 200 ms
Tune your system for in-venue with a hybrid streaming model
Optimise your system for in-venue streaming with our hybrid model.
< 3 sec
< 3 sec
Achievable end-to-end latency with HTTP-based streaming globally
Multi Format In & Out
Dynamic Audio & Video Flows For Advanced Production Needs
Cover your audio and video needs, set up your own content flows and connect to your existing system.
Cover your audio and video needs, set up your own content flows and connect to your existing system.
Cover your audio and video requirements, establish your own content flows, and integrate with your existing system.
Simplifying Content Flows
Audio/Video Coding
(AVC) Tasks
The AVC task system streamlines scalable transcoding workflows, compatible with both dedicated hardware and cloud setups, by distributing tasks to AVC executors for both individual and clustered workloads. It supports popular codecs and formats for live and pre-recorded content.
The AVC task system streamlines scalable transcoding workflows, compatible with both dedicated hardware and cloud setups. It distributes tasks to AVC executors for both individual and clustered workloads, supporting popular codecs and formats for live and pre-recorded content.
“When we designed the AVC system, we wanted to make sure that managing complex content flows using cloud technologies felt very intuitive and easy.”
Oliver Dumböck, CTO NativeWaves
Virtual or Hardware-Based
AVC Instances and NativeWaves AVCoders
NativeWaves offers an AVC application that can be run virtualized, inside a Docker container, or on specialized hardware known as AVCoder, also provided by NativeWaves. The application will register itself as an AVC instance in the cloud, acting as an AVC executor, allowing for AVC tasks to be scheduled on it.
NativeWaves offers an AVC application that can be virtualised, running inside a Docker container or on specialised hardware known as AVCoder, also provided by NativeWaves. This application registers itself as an AVC instance in the cloud, acting as an AVC executor, allowing for scheduling of AVC tasks.
"We use the power of ffmpeg and offer a completely production-ready reference hardware that can be expanded with additional audio/video cards."
Oliver Dumböck, CTO NativeWaves
Distribute Your Live Feeds to Multi-Format Destinations
Distributing live events to multiple takers can be challenging due to varying format requirements for each taker. However, with the NativeWaves AVC system, you can easily setup your flow architecture and have complete control.
Distributing live events to multiple recipients can be challenging due to varying format requirements for each recipient. However, with the NativeWaves AVC system, you can easily set up your flow architecture and maintain complete control.
Manageable via APIs
Integrate the AVC system into your existing management process.
Integrate the AVC system into your existing management processes.
Bring Your Own Hardware
Boot up AVC instances on your own hardware.
Full Flexibility
Complete Content Control And Interface To Existing Systems
Structure your content into workspaces that you can share with your production teams and stay alerted.
Structure your content into workspaces that you can share with your production teams and stay alerted.
Organise your content into workspaces that you can share with your production teams and receive alerts.
Content Workspaces and Dynamic Scaling
Content within NativeWaves is structured into workspaces and their respective content repositories, facilitating seamless access management across different projects and productions. Each workspace is designed to dynamically scale, utilizing only the necessary resources for both live and pre-recorded content activities and event productions.
Content within NativeWaves is structured into workspaces and their respective content repositories, facilitating seamless access management across different projects and productions. Each workspace is designed to dynamically scale, utilizing only the necessary resources for both live and pre-recorded content activities and event productions.
Content within NativeWaves is organised into workspaces and their respective content repositories, facilitating seamless access management across various projects and productions. Each workspace is designed to dynamically scale, utilising only the necessary resources for both live and pre-recorded content activities and event productions.
Interface To Existing Systems
When we work with broadcasters and streaming platforms, we want to respect the technological choices made and interface with existing systems. That's why our system was designed to be flexible and easy to integrate.
When we work with broadcasters and streaming platforms, we want to respect the technological choices made and interface with existing systems. That's why our system was designed to be flexible and easy to integrate.
When working with broadcasters and streaming platforms, we aim to respect the technological choices made and seamlessly interface with existing systems. That's why our system was designed to be flexible and easy to integrate.
Alerts and Monitoring
Easily connect common alert targets (Email, Teams, Slack) to your workspaces to receive alerts about live events, audio/video encoding tasks, and other activities as they happen.
Easily connect common alert targets (Email, Teams, Slack) to your workspaces to receive alerts about live events, audio/video encoding tasks, and other activities as they happen.
Easily connect common alert targets (Email, Teams, Slack) to your workspaces to receive alerts about live events, audio/video encoding tasks, and other activities in real-time.
Content Orchestration Q&A
Get answers of your common questions
Get answers of your common questions
How difficult is it to integrate NativeWaves into an existing broadcast infrastructure?
Which CDN’s does NativeWaves support?
Which audio and video formats are supported?
Does NativeWaves support in-venue streaming?
Does NativeWaves provide any tooling to orchestrate content?
Didn’t find the question you are looking for?
Let's get in touch
Christof Haslauer
CEO & Founder, NativeWaves
"Our goal is simple: to be your first choice to deliver personalised, engaging live experiences."
Let's get in touch
Christof Haslauer
CEO & Founder, NativeWaves
"Our goal is simple: to be your first choice to deliver personalized, engaging live experiences."
Let's get in touch
Christof Haslauer
CEO & Founder, NativeWaves
"Our goal is simple: to be your first choice to deliver personalized, engaging live experiences."
Let's get in touch
Christof Haslauer
CEO & Founder, NativeWaves
"Our goal is simple: to be your first choice to deliver personalised, engaging live experiences."
NativeWaves GmbH
Ludwig-Bieringer-Platz 1
5071 Himmelreich, Austria
FN: 451545m, UID: ATU71154225
contact@nativewaves.com
© NativeWaves All rights reserved 2024
NativeWaves GmbH
Ludwig-Bieringer-Platz 1
5071 Himmelreich, Austria
FN: 451545m, UID: ATU71154225
contact@nativewaves.com
© NativeWaves All rights reserved 2024
NativeWaves GmbH
Ludwig-Bieringer-Platz 1
5071 Himmelreich, Austria
FN: 451545m,
UID: ATU71154225
contact@nativewaves.com
© NativeWaves All rights reserved 2024
NativeWaves GmbH
Ludwig-Bieringer-Platz 1
5071 Himmelreich, Austria
FN: 451545m, UID: ATU71154225
contact@nativewaves.com
© NativeWaves All rights reserved 2024