I've spent the last year asking one question: why does producing a professional live broadcast still require $50,000 in hardware, three software licenses, and a broadcast engineer?
The answer isn't that the technology doesn't exist. WebRTC can deliver video in under a second. GPUs can composite multiple video streams in real time. Browsers can run interfaces that rival desktop applications. The technology has been ready. Nobody has assembled it correctly.
The gap
The live production market is split into two inadequate categories.
Category one: easy but low quality. Zoom Webinars, ON24, BigMarker. Marketing teams use these because they're simple. But the output looks like a video call, not a broadcast. There's no compositor, no scene switching, no graphics layer, no real production control. You get a grid of webcams and a chat box.
Category two: high quality but complex. vMix, OBS, Wirecast, combined with StreamShark or Wowza for distribution. Production professionals use this stack. It costs thousands in hardware and software. It requires a dedicated operator who understands NDI routing, encoding profiles, and signal flow. The barrier to entry is a full-time hire.
Between these two categories is an enormous gap. Organizations that need broadcast quality but don't have broadcast infrastructure. Pharma companies running KOL advisory boards. Financial firms doing investor days. Corporate teams producing executive town halls. They want it to look like CNN. They have the budget of a Zoom subscription.
The gap isn't about price. It's about complexity. The $500/month tool that delivers broadcast quality from a browser tab doesn't exist yet.
What we're building
Conductor Live is a professional broadcast control room that runs entirely in the browser. No downloads. No hardware. No broadcast engineer required.
The director opens a browser tab and gets a dual-monitor preview/program interface with scene switching, a graphics layer, a rundown panel, talent management, and signal health monitoring. It looks and feels like a broadcast control room because it is one — the architecture just happens to run on web standards instead of SDI cables.
Guests join through a link. They get a guided tech check that uses AI to analyze their framing, lighting, and audio before they go on air. They wait in a branded green room. When the director cues them, they go live. When their segment is done, they get a thank-you screen. The entire experience is designed so that a guest who has never done a live broadcast before can look professional without thinking about it.
Viewers watch on a page that's part of the production — not an afterthought. Interactive sidebar, panelist information, engagement tools, and for regulated industries like pharma, a compliance overlay that handles ISI drug label requirements without interrupting the viewing experience.
The architecture bet
Most browser-based production tools compromise on quality because they composite video in the browser itself. The browser's CPU handles encoding, which means you're fighting for resources between the interface, the compositor, and the encoder. At 720p it works. At 1080p it breaks. We learned this the hard way.
Our answer is server-side GPU compositing. The browser handles what browsers are good at — the interface, the controls, the real-time interaction. A dedicated GPU instance handles what GPUs are good at — compositing multiple video streams into a single broadcast-quality output. The browser sends video via WebRTC. The server composites it with hardware H.264 encoding. The output goes to viewers through three delivery paths: low-latency WebRTC, adaptive HLS via CDN, and multi-destination RTMP for simulcasting to YouTube, LinkedIn, and anywhere else.
This architecture means a director on a MacBook Air gets the same output quality as a broadcast facility with a $30,000 Grass Valley switcher. That's not aspirational. That's what the engineering delivers.
Why pharma first
We could launch Conductor into any vertical. We're starting with pharma and life sciences because they have the most acute version of the problem.
A pharmaceutical company running a KOL advisory board has specific requirements that no existing tool handles: ISI drug label overlays that must be visible for the entire broadcast, speaker-level compliance controls, comprehensive audit logging, and production quality that reflects the seriousness of the content. They're currently choosing between Zoom (which looks unprofessional) and hiring a production company (which costs $15,000–$50,000 per event). Neither option is right.
Conductor gives them broadcast quality with the controls they need at a fraction of the cost. Once we prove the model in pharma, the platform serves any industry that needs professional live production without professional infrastructure.
Building in the open
This blog — The Wire — is where we'll document the build. Not the polished version. The real version. Technology decisions, architecture trade-offs, mistakes, pivots, and the daily work of turning an idea into infrastructure.
We believe the best products are built with the input of the people who will use them. If you're producing live events and frustrated by the current options, we want to hear from you. If you're an engineer interested in WebRTC, real-time compositing, or AI-augmented production workflows, we want to build with you.
The future of live production is browser-native, AI-augmented, and accessible to anyone with a laptop and a story to tell. We're building it.
Conductor Live is in private beta. If you'd like early access, request it here.