Multi-Feed Orchestration: Run Every Camera, Every Language, Every Ad Set — From One Platform
How LIGR's match ID architecture lets broadcasters and leagues run unlimited automated feeds per match with independent graphics, sponsorship, and highlights — no hardware, no operators.
The Problem: Tier 1 Rights Holders Need More Feeds, Not More Crew
Every major league, federation, and broadcaster faces the same pressure: deliver more content across more platforms in more languages — without multiplying headcount or hardware at every venue. A single football match today might need a main program feed, a tactical camera angle for OTT, a behind-the-goal feed for social, a player-cam for a second-screen app, and localised versions for three different broadcast territories. Each feed needs its own graphics, its own sponsorship package, and its own automation triggers.
Traditional approaches to this problem fall into two camps. Hardware-encoder solutions — like those from Mobii Systems — require physical devices at every venue: encoders, mixers, and on-site infrastructure. That works for a flagship final, but it doesn't scale across hundreds of venues per season. Cloud infrastructure players like M2A Media solve the transport and encoding layer using AWS MediaConnect and MediaLive, but they're plumbing — they don't touch the graphics overlay, automation, or sponsorship layer.
LIGR is a cloud-native broadcast graphics overlay platform built specifically for this problem. No hardware. No operators. Unlimited feeds per match, each with independent graphics, ad sets, languages, and automation — all synchronised to the same live match data.
How LIGR's Match ID Architecture Works
At the core of LIGR's multi-feed orchestration is the match ID. Every live match in LIGR has a unique identifier. Multiple overlay instances can connect to that same match ID simultaneously, each running its own independent configuration:
- Independent graphics themes — each feed can run a completely different visual package (broadcast partner branding, localised designs, sport-specific layouts)
- Independent Game Plan automations — each feed runs its own automated sequence of graphics triggers based on match events (goals, cards, substitutions, clock events)
- Independent ad sets and sponsorship — different advertising packages per feed, per territory, per platform
- Independent language overlays — localised lower thirds, tickers, and information graphics per broadcast territory
- Timestamp synchronisation — every overlay instance stays locked to the same match clock, so a goal triggers graphics simultaneously across all feeds
This is a many-to-many architecture. Ingest any number of low-latency SRT or RTMP camera feeds. Apply automated graphics overlays in the cloud. Output to any combination of OTT platforms, social media channels, and broadcast endpoints — all in low latency.
In practice: A league running 10 matches per weekend with 3 camera angles each and 2 language versions gets 60 independent automated feeds — all managed from LIGR's cloud platform. No trucks. No operators at venues. No hardware to ship.
Use Cases: What Multi-Feed Orchestration Looks Like
🎥 Hero Cam + Tactical Cam
Main broadcast feed runs full graphics package with sponsor rotations. Tactical camera runs a stripped-back overlay with formation data and player tracking graphics. Both automated via Game Plans.
⚽ Behind-the-Goal Cam
Social-first feed with vertical-optimised overlays, different sponsorship (social-native advertisers), and real-time highlight clipping for instant post-to-platform moments.
👤 Player Cam / Isolation Feed
Second-screen experience following a specific player. Minimal overlays, player stats on demand, fan engagement triggers. Separate ad set targeting the player s fanbase.
🌍 Multi-Territory Localisation
Same camera feed, three different broadcast territories. Each gets localised graphics (language, sponsor logos, regulatory compliance) — all from a single match ID with independent overlay instances.
📱 OTT + Social Simulcast
One feed goes to the OTT platform with full broadcast graphics. Another goes to YouTube/Facebook with platform-optimised overlays and different ad triggers. Same match, different commercial models.
✂️ Multi-Feed Highlight Clipping
LIGR clips highlights in real time across every active feed simultaneously. Post-match, it automatically compiles highlight packages from all camera angles — no editor required.
Why Cloud-Native Beats Hardware for Multi-Feed
The broadcast industry has traditionally solved multi-feed production by adding more hardware and more people. An extra camera angle means an extra encoder, an extra graphics operator, and more infrastructure at the venue. That model made sense when production was centralised at a single stadium for a flagship event. It breaks down completely when you need to cover hundreds of matches across dozens of venues every week.
| Capability | LIGR (Cloud-Native) | Hardware Encoders | Cloud Infrastructure |
|---|---|---|---|
| On-site hardware required | None — camera + internet only | Encoders at every venue | Varies — often needs edge devices |
| Operators per feed | Zero — Game Plans automate | 1 per feed typically | Depends on graphics provider |
| Graphics overlay automation | Built-in — Game Plans per feed | Limited — manual or basic triggers | Not included — graphics layer separate |
| Independent ad sets per feed | Yes — per overlay instance | Requires separate configuration | Not a graphics platform |
| Multi-language overlays | Yes — independent theme per feed | Requires separate hardware chain | Not applicable |
| Timestamp sync across feeds | Native — match ID architecture | Requires external sync system | Transport-level only |
| Real-time highlight clipping | Across all feeds simultaneously | Per-device, manual or limited | Not included |
| Post-game highlight compilation | Automatic across all angles | Manual editing required | Not included |
| Scaling to 100+ venues | Instant — cloud scales on demand | 100+ hardware deployments | Scales well for transport |
| Feed ingestion protocols | SRT, RTMP, NDI | SDI, HDMI, SRT, RTMP | SRT, RTMP, RTP, HLS |
| Output distribution | OTT, social, broadcast — low latency | Typically single output per encoder | Multi-destination transport |
The Commercial Advantage: More Feeds = More Revenue
Multi-feed orchestration isn't just a production capability — it's a commercial multiplier. Every additional feed is a new inventory surface for sponsorship and advertising. A league running three camera angles per match with two territorial versions has six independent ad surfaces per game instead of one.
With LIGR, each overlay instance runs its own sponsorship rotation through Game Plans. That means:
- Territory-specific sponsors appear only in their licensed regions
- Platform-native advertisers (social media brands, app-first companies) run on social-optimised feeds while traditional broadcast sponsors run on OTT
- Premium ad positions (pre-match, goal moments, half-time) can be sold independently per feed
- Sponsor reporting tracks impressions and exposure per feed, per territory, per platform
For rights holders and leagues, this turns a fixed broadcast asset into a scalable content and revenue engine. Football Australia automated 4,000+ matches with zero operators — and every one of those matches could run multiple monetised feeds.
How It Fits Into Your Existing Workflow
LIGR doesn't replace your production infrastructure. It sits on top of it. Your cameras and encoders send SRT or RTMP feeds into LIGR's cloud. LIGR applies automated graphics overlays — scoreboards, lower thirds, sponsor rotations, highlight triggers — and outputs the composited feeds to your distribution endpoints.
If you're already using AI-powered cameras like Veo, Pixellot, or Spiideo, LIGR connects directly. Each camera feed becomes an independent overlay instance. Your existing OTT platform, social accounts, and broadcast partners receive the composited output.
For organisations already investing in cloud transport infrastructure (AWS MediaConnect, MediaLive), LIGR adds the graphics, automation, and commercial layer that pure infrastructure solutions don't provide. The transport gets your feeds from A to B. LIGR makes them worth watching — and worth paying for.
Built for Scale: From 10 Matches to 10,000
LIGR's architecture was designed for volume. The platform has automated broadcast graphics for 4,000+ matches for Football Australia and powers 650+ matches per season delivered to DAZN for the National League. Adding multi-feed orchestration to that scale means thousands of independent overlay instances running simultaneously — each with its own graphics, ads, and highlights.
There's no marginal hardware cost per feed. No additional operators to hire. No equipment to ship to venues. The only requirement at the venue is a camera and an internet connection. Everything else happens in LIGR's cloud.
That's the fundamental difference between cloud-native multi-feed orchestration and traditional approaches. Hardware solutions scale linearly with cost. LIGR scales logarithmically — because the platform already exists. Adding another feed, another language, another ad set is configuration, not infrastructure.
Frequently Asked Questions
What is multi-feed orchestration in live sports broadcasting?
Multi-feed orchestration is the ability to run multiple independent broadcast feeds from a single live match simultaneously. Each feed can carry different graphics overlays, languages, advertising sets, and automation triggers — all synchronised to the same match data. LIGR achieves this through its match ID-based architecture, where multiple overlay instances connect to a shared match ID.
How does LIGR handle multiple camera feeds without hardware?
LIGR is a cloud-native broadcast graphics overlay platform. It ingests low-latency SRT or RTMP feeds from any camera — hero cam, behind-the-goal, player cam — and applies automated Game Plan overlays in the cloud. No encoders, no on-site hardware, no operators. Each feed runs its own independent automation, graphics theme, and ad set while staying synchronised via the shared match ID.
Can LIGR run different ad sets on different camera feeds for the same match?
Yes. Each overlay instance in LIGR operates independently. You can run different sponsorship packages, ad rotations, and commercial triggers on every feed — even though they all share the same match data. A hero cam feed might show one set of sponsors while a behind-the-goal feed shows a completely different advertising package, all automated through Game Plans.
How does LIGR compare to hardware-based multi-feed solutions like Mobii Systems?
Hardware-based approaches require physical encoders and devices at every venue. LIGR is entirely cloud-native — no hardware to ship, install, or maintain. LIGR also automates the graphics overlay layer with zero operators via Game Plans, while hardware solutions typically still require manual operation. For organisations scaling across hundreds of venues, the difference in cost and complexity is significant.
Does LIGR support real-time highlight clipping across multiple feeds?
Yes. LIGR clips highlights in real time across every active feed simultaneously. After the match, it automatically compiles highlight packages from all camera angles. A single match with five camera feeds generates five independent highlight streams — all without manual intervention.
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