Overview
Wowza Streaming Engine - Customer & Partner Voices
Industry leaders and partners share their experiences working with Wowza Streaming Engine for reliable, scalable video streaming.
Wowza Streaming Engine is a configurable video streaming server that gives engineering teams full control over live and on-demand streaming infrastructure on Amazon EC2. Deployed in 170+ countries by Fortune 500 enterprises, government agencies, and broadcasters, it delivers proven reliability backed by a 20 year track record. Software charges are billed hourly through your AWS account - no separate Wowza license purchase required (a BYOL listing is available for customers with existing Wowza licenses).
What It Does
Ingests video from IP cameras, broadcast encoders, mobile devices, and file-based VOD sources, transcodes in real time, and delivers adaptive bitrate streams to any connected device. Sub-second latency for interactive use cases such as sports betting, auctions, and remote operations; adaptive bitrate with live-stream DVR for large-scale OTT and live events.
Supported Protocols
- Ingest: RTMP, RTMPS, RTSP, SRT, WebRTC, UDP, MPEG-TS
- Delivery: HLS, LL-HLS, MPEG-DASH, CMAF, WebRTC, RTMP, RTSP
- DRM: Widevine, FairPlay, PlayReady
- Security: token-based authentication, AES encryption, DRM content protection, audit logging
Key Capabilities
- Unlimited transcoding for adaptive streaming
- Sub-second WebRTC delivery for interactive and real-time workflows
- GPU-accelerated transcoding with NVIDIA NVENC - see capacity figures below
- Live-stream DVR so viewers can rewind and catch up on live content
Extensibility and Integration
REST APIs, Java APIs, custom modules, and SDKs integrate with third-party video management systems, CDNs, identity providers, analytics engines, and storage. Webhooks, real-time alerting, and confidence monitoring provide visibility into stream health and system events.
Ideal Use Cases
- Live events and OTT distribution: adaptive bitrate at scale to global audiences
- Surveillance and IoT: ingest thousands of RTSP camera feeds, transcode to HLS, and deliver to monitoring portals (state transportation agencies manage 1,300+ traffic cameras this way)
- Interactive streaming: sub-second latency for auctions, sports betting, and remote collaboration
- Training and webinars: one-to-many delivery with DVR and on-demand replay
- Overflow capacity: elastic EC2 capacity alongside dedicated on-premises Wowza deployments
Choosing an Instance Type
- Delivery and pass-through workloads: general-purpose (m) for balanced workloads or compute-optimized (c) instances - start with c5.large or m5.large and scale up
- Transcoding-heavy workloads: GPU instances (g4dn, g5) with NVIDIA NVENC acceleration deliver far higher stream density than CPU transcoding
GPU Transcoding Capacity (measured, 1080p30 H.264 ingest, 3-rendition ABR ladder)
- g4dn.xlarge, 2xlarge, 8xlarge, 16xlarge (1 NVIDIA T4): 20 concurrent ingest streams, 60 transcoded outputs
- g4dn.12xlarge (4 NVIDIA T4): 64 concurrent ingest streams, 210 transcoded outputs
- At 1080p60, capacity is approximately half; at 1080p24, up to 25 ingests per GPU
- Full methodology and current figures: Transcoder performance benchmark
Getting Started on AWS
- Launch the prebuilt Wowza AMI in any EC2 region - start with a large instance size (c5.large or m5.large), or a GPU instance (g4dn.4xlarge) for transcoding-heavy workloads
- Configure your security group to open required streaming ports
- Access the Wowza Streaming Engine Manager web interface
- Publish your first live stream - typical time from launch to first stream is several minutes
Requirements and What's Included
- Runs on: any Linux EC2 instance type offered on this listing, from large sizes up - see Choosing an Instance Type above
- Scalability: no hard concurrent-stream limit - capacity scales with instance size and workload
- Compliance: SOC 2 Type II - Wowza security measures
- Included: unlimited transcoding, live-stream DVR, DRM (Widevine, FairPlay, PlayReady), and all free AddOns
Next Steps
Explore the Wowza Streaming Engine EC2 documentation to plan your deployment architecture, or contact Wowza Design Center for expert-led architecture review, performance tuning, and custom module development from certified streaming engineers.
Highlights
- Protocol breadth with sub-second latency: RTMP, RTMPS, RTSP, SRT, WebRTC, HLS, LL-HLS, and MPEG-DASH simultaneously. Sub-second latency for interactive use cases like auctions and sports betting; adaptive bitrate for large-scale OTT. Deployed in 170+ countries by Fortune 500 enterprises, government agencies, and broadcasters with a 20-year track record.
- Full-stack content security with DRM: Widevine, FairPlay, PlayReady; token-based authentication, AES encryption, audit logging. SOC 2 Type II compliant.
- High-density GPU transcoding: NVIDIA NVENC-accelerated instances process up to 20 concurrent 1080p30 ingest streams (60 ABR renditions) per GPU - dramatically lower cost per stream than CPU-only transcoding. Unlimited transcoding included with no per-stream fees. REST/Java APIs, custom modules.
Details
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Dimensions summary
Top-of-mind questions for buyers
Vendor refund policy
Generally, fees paid are not refundable. We will, however, refund up to the amount of one Monthly Subscription Fee if you are not satisfied with Wowza Streaming Engine and request a refund during your first thirty (30) days of use.
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Delivery details
64-bit (x86) Amazon Machine Image (AMI)
Amazon Machine Image (AMI)
An AMI is a virtual image that provides the information required to launch an instance. Amazon EC2 (Elastic Compute Cloud) instances are virtual servers on which you can run your applications and workloads, offering varying combinations of CPU, memory, storage, and networking resources. You can launch as many instances from as many different AMIs as you need.
Version release notes
Additional details
Usage instructions
Full instructions for setting up and managing Wowza Streaming Engine on Amazon EC2 can be found in the Wowza Streaming Engine for EC2 Users Guide: https://www.wowza.com/docs/amazon
Resources
Support
Vendor support
Support Tiers and Response Times
- Standard - Online ticket submission, 48-hour response (weekdays).
- Silver - Online ticket submission, 8-hour response, weekday support with live chat.
- Gold - Online ticket submission, 2-hour response, 24x7x365 availability, live chat, web conference with screen-share, 1 live event support session included.
- Platinum - Online ticket submission, 30-minute response, 24x7x365 availability, live chat, web conference, 4 live event support sessions, dedicated account owner, one Launch Plan package per year.
How to Get Help
- Submit tickets through the Wowza support portal: https://portal.wowza.com/account/support
- EC2 deployment documentation: https://www.wowza.com/docs/amazon
- Support plans and services:
AWS infrastructure support
AWS Support is a one-on-one, fast-response support channel that is staffed 24x7x365 with experienced and technical support engineers. The service helps customers of all sizes and technical abilities to successfully utilize the products and features provided by Amazon Web Services.

Standard contract
Customer reviews
Streaming multiple indoor cameras has improved remote viewing but still needs built-in AI analytics
What is our primary use case?
Wowza Streaming Cloud is used for indoor cameras, and the live stream is fed to Wowza Streaming Cloud. Then on the client side, a mobile app or multiple mobile apps can connect to Wowza Streaming Cloud and can see the streaming or can see the recorded videos. Wowza Streaming Cloud is basically the intermediate point where everything is stored or streamed.
As an example, there is a client, and the indoor camera which we have developed is installed in my home. When I want to see the streaming on my mobile app when I am away from home, I send the RTSP request over Wowza Streaming Cloud. Then Wowza Streaming Cloud is the one that sends the streaming request to the IoT camera, and so the streaming is started. Then, with two-way communication, the streaming is sent to Wowza Streaming Cloud, and then Wowza Streaming Cloud forwards the same live stream to the mobile app so I can see the live streaming. This is one of the use cases.
One of the normal use cases where we see users using Wowza Streaming Cloud is live streaming. There are use cases where an event happens and the user gets a notification, so the user starts the stream. We can ask Wowza Streaming Cloud to start streaming on the IoT camera, and it starts the camera, and we have the live stream. This is one of the most important use cases for Wowza Streaming Cloud because one of the good things about Wowza Streaming Cloud is that multiple clients can be connected and see the streaming. This is the normal use case we are using it for.
What is most valuable?
One thing is the security offered by Wowza Streaming Cloud. We can have TCP streaming with security, so one thing we can achieve with Wowza Streaming Cloud is that there is a lesser chance of spoofing. Another thing is that we have used TCP in the streaming, and basically, Wowza Streaming Cloud is performing well with the TCP packet. These are some of the good things. Obviously, the other thing is that in Wowza Streaming Cloud, we have the capacity to store the streams, so someone can see it when they want to see the recorded video. These are some of the good facilities.
Wowza Streaming Cloud is performing well and has positively impacted our organization. We have developed the IoT camera and the user response is good because with Wowza Streaming Cloud, when multiple clients are connected on the same camera, we are seeing good performance, and Wowza Streaming Cloud is sufficiently capable to handle the multiple clients. We are able to achieve what we want with the help of Wowza Streaming Cloud.
What needs improvement?
Wowza Streaming Cloud can be improved if it includes some latest use cases where we can integrate AI. As an example, Wowza Streaming Cloud can integrate the analytics facility in the stream so that someone does not need to develop its own AI analytics, but Wowza Streaming Cloud can provide this facility, and this will enhance the user experience.
Security is one of the aspects of Wowza Streaming Cloud that everybody wants. If the AI analytics can be run on the captured stream, there is no chance that we can breach some security protocol. The analytics result should be run with the LLM which is within the premises of Wowza Streaming Cloud, so there is no concern about the security.
For how long have I used the solution?
We have been using Wowza Streaming Cloud for two years.
What other advice do I have?
The end-users are happy with the performance of Wowza Streaming Cloud. They are seeing sufficient streaming performance when they connect with the same stream. They watch with multiple clients, such as multiple mobile devices or one mobile device and one laptop. The performance is good.
I would rate Wowza Streaming Cloud a seven on a scale of one to ten. Seven is the rating because it is sufficient as per the requirement, but I would suggest that since we have the satisfactory result, I give the seven because there is still a chance that Wowza Streaming Cloud can have more features which help to enhance the user experience.
Reliability and accuracy is one of the concerns regarding Wowza Streaming Cloud. In terms of the accuracy or the precision in terms of AI, if it provides a fifty to sixty percent result, then it is still good because none of the algorithms are perfect. If I use OpenCV or anything, the result is not always one hundred percent achievable, but with the help of AI, we can improve it gradually, starting with sixty percent accuracy.
I did purchase Wowza Streaming Cloud through the AWS Marketplace.
I would suggest that whenever you want to use Wowza Streaming Cloud, always start with the use case where the free tier version is available and then do some stress testing. When you are happy with Wowza Streaming Cloud, you can convert it to the real production scenario and use it. I would rate this product a seven out of ten.
Which deployment model are you using for this solution?
If public cloud, private cloud, or hybrid cloud, which cloud provider do you use?
Highly Reliable and Easy to Use
Reliable Streaming, But HA Docs and Troubleshooting Need Work
Troubleshooting is another pain point. Wowza typically runs on a VM, and when something goes wrong it's genuinely hard to investigate quickly. If you open a support ticket, by the time someone responds the issue has often already gone away on its own, so you're left waiting for it to happen again just to grab logs and dig into what's going on.
We also had a couple of issues that never got a real resolution. Support offered workarounds, try this, try that, but we never actually landed on a root cause. There are still a fair number of bugs in the product, though it does feel like it's maturing over time.
Powerful Automation, But Bugs and Cumbersome Multi-Platform Streaming
Also, streaming to alternate sources, such as social media platforms and/or YouTube, is cumbersome.
Awful Upgrades and Out-of-Memory Crashes Under Heavy Load
It provides reliable streams at medium and low usage levels.
Under heavy load the entire server can crash with a out of memory error. There is no obvious attempt to mitigate this problem; all your streams die.