Security and Surveillance Solutions for Real-Time Video Operations

Wowza delivers sub-second latency via WebRTC for live operator displays, with LL-HLS and MPEG-DASH available for monitoring and replay views. This is the latency floor real-time security operations require – fast enough that operators see events as they unfold rather than seconds after.

Yes. Wowza integrates with any VMS – including Milestone, Genetec, and Axis Camera Station — via standards-based protocols (RTSP, RTMP, SRT, ONVIF) and a full REST API. It also passes video through to external AI and analytics engines for downstream processing.

Yes. Wowza supports fully on-premises deployment on bare-metal Linux or in containerized environments (Docker, Kubernetes, Helm), with no cloud dependency required. This is the standard configuration for security operations centers (SOCs) that need to keep video inside their own infrastructure.

Yes. Wowza runs on air-gapped networks, behind firewalls, and in environments with no persistent internet connectivity. This makes it suitable for sensitive facilities, classified environments, and security operations with strict network isolation requirements.

Wowza ingests RTSP, RTMP/S, SRT, WebRTC, MPEG-TS, and UDP feeds from IP cameras, mobile devices, broadcast encoders, IoT and edge cameras, and file-based VOD sources. It delivers via HLS, LL-HLS, MPEG-DASH, and WebRTC, supporting both modern and legacy codecs.

Yes. Wowza is SOC 2 Type 2 certified and offers stream protection features including DRM, encryption, and digital watermarking. Combined with on-prem and air-gapped deployment options, this supports the security and compliance posture sensitive surveillance environments require.

A VMS manages cameras, recording, and operator workflows. Wowza Streaming Engine is the video infrastructure layer that ingests video from any source, normalizes formats and protocols, and delivers reliable streams to whatever sits downstream – a VMS, an analytics engine, a web dashboard, a mobile client, or a custom application. The two are complementary; Wowza is the streaming backbone underneath.

Wowza scales from a handful of cameras to thousands of concurrent streams, with capacity determined by server hardware, video resolution, and whether streams are transcoded or passed through. Pass-through streams, which skip transcoding, scale much further on the same hardware than fully transcoded ones. For large camera networks, Wowza distributes the load using regional origin clusters and edge ingest nodes placed close to the cameras, rather than forcing every feed through a single server. As demand grows, you add capacity by scaling horizontally with additional nodes or containers, not by replacing cameras.

Yes. Wowza ingests RTSP from IP cameras and re-delivers it as sub-second WebRTC, so operators can watch live feeds in a standard browser with no plugin or local client. On the ingest side it accepts RTSP, RTMP/S, SRT, MPEG-TS, and UDP, and on the delivery side it outputs WebRTC for sub-second viewing alongside LL-HLS, HLS, and MPEG-DASH for larger audiences. This is the most common way teams put legacy RTSP cameras onto modern web dashboards without installing per-workstation software.

• RTSP handles camera ingest at roughly 1-2 seconds of latency and is best for pulling feeds from IP and PTZ cameras.
• WebRTC handles delivery to the viewer at under 500 ms and is best for live operator displays in a browser.
• LL-HLS and HLS handle delivery at scale, trading higher latency (roughly 2-10+ seconds) for the ability to serve monitoring walls, replay, and many simultaneous viewers.

Yes. Wowza supports recording and clipping for review and evidence workflows, letting you capture full streams or clip specific incidents and then hand that video to your storage or VMS for retention. It pairs recording with digital watermarking and encryption to support tamper evidence and chain-of-custody requirements. Recorded footage can be forwarded to existing storage, VMS, or evidence-management systems rather than living only inside Wowza.

No. Wowza ingests video from modern IP, dome, and PTZ cameras as well as legacy and mixed-vendor hardware, so you keep your existing cameras and infrastructure. It supports a wide range of sources across multi-vendor, multi-generation estates, including fixed and perimeter systems, mobile and body-worn units, and drone feeds. Because it adds a streaming layer on top of what you already run, there is no rip-and-replace and no vendor lock-in.

Yes. Wowza ingests video from drones and aerial sources as well as mobile and body-worn units, normalizing them into consistent, secure streams alongside fixed surveillance cameras. This means field video and fixed-camera video can flow into the same SOC view and be delivered in real time to security operations centers, mobile devices, and web dashboards.

Yes. Many security and loss-prevention platforms embed Wowza as white-label streaming infrastructure, using its APIs, SDKs, Java modules, and MCP to deliver live and recorded feeds inside their own products. It also supports authenticated, multi-tenant delivery to external clients and portals, so you can govern who sees which feeds. This lets you ship video features without building and maintaining streaming infrastructure yourself.

Wowza passes video through to external AI and analytics engines and exposes metadata hooks so detections and events can flow into your workflows. It uses standards-based pass-through to feed downstream analytics and works alongside your existing analytics, IAM, and storage platforms. In other words, Wowza acts as the streaming layer that feeds analytics rather than replacing the analytics tools you already use.

Wowza lowers bandwidth by transcoding and normalizing streams at the edge rather than backhauling every raw feed to one location. It uses regional origin clusters near the cameras and a cache-friendly delivery architecture to keep distributed, multi-site deployments efficient under load. Edge transcoding, protocol conversion, and bitrate normalization together mean each site sends only what it needs to, instead of flooding the central network with full-resolution streams.

• On-premises (bare-metal Linux) keeps all video inside your own infrastructure.
• Docker, Kubernetes, and Helm support containerized, horizontally-scalable SOC deployments.
• Hybrid, edge, and private cloud extend coverage to distributed and remote sites.
• Air-gapped runs in classified, isolated environments with no internet connectivity.