Live Event Broadcasts

STOP AI DEEPFAKES AND PIRACY, AUTHENTICATE CONTENT AT THE LENS.

Lightmark embeds dynamic optical signatures into live captures before the camera records the scene. Authenticate broadcasts at the source and prevent piracy, deepfakes, and unauthorised redistribution in real-time. Designed to counter AI-driven forgery.

Featured in: Televisual · AV Interactive · UC Advanced · TechRadar

1. THE PROBLEM AT SCALE

£100M+ single-night piracy losses, Tyson vs Usyk, 18 May 2024. ~10,000 illegal streams per matchday, Bundesliga 2024 season. 2/08/2026: EU AI Act Article 50 enforcement begins.

2. HOW IT WORKS

Emit: Lightmark uses special LED or infrared lights to add secure digital signatures to live video right at the moment of capture. Capture: Standard CMOS camera sensors record the signature alongside the scene. No camera modification required. The signature is invisible to the audience and to broadcast cameras as a foreign element. Verify: Lightmark verifies videos by checking for its secure digital signature. Real videos pass, deepfakes fail because they don't have it, and unauthorized copies are caught instantly.

3. THREE DEPLOYMENT PATTERNS

Lightmark is more than a single device. It is a flexible video authentication platform that can be set up in three different ways to fit right into the usual workflow of live Pay-Per-View broadcasts. Venue & lighting integration: For permanent locations (like arenas or studios), it hooks into the existing lighting. You only set it up once, and security keys refresh for every event. Mobile / event-specific deployment: For temporary or touring events, the equipment is set up before the show and taken down afterward. It runs on standard plug-in power or network power, using secure keys that only last for that specific session. Camera-side modules (creator economy): For individual Pay-Per-View creators and high-end streaming setups, this option is powered by USB-C and mounts right next to existing camera equipment. It requires absolutely no modifications to the camera and serves to verify the creator's identity. All three deployment patterns produce identical verification output: a signed proof that the broadcast was captured from the authenticated optical environment at the authenticated time.

4. WHY LIGHTMARK VS THE ALTERNATIVES

The content provenance space has moved fast in the past three years. C2PA, watermarking, camera-embedded signing, and deepfake detection, all address real parts of the same problem. None are designed for the exact moment a live PPV broadcast leaves the camera. Where it operates: Lightmark — Pre-capture (optical layer); Camera-embedded — Capture (file encoding); C2PA — Post-capture (metadata); Watermarking — Post-capture (signal layer). Works on existing camera fleets: Lightmark — Yes; Camera-embedded — New cameras only; C2PA — Yes; Watermarking — Yes. Defeats AI-generated deepfake substitutes: Lightmark — Yes; Camera-embedded — No; C2PA — No; Watermarking — No. Survives transcoding and re-encoding: Lightmark — Yes; Camera-embedded — Yes; C2PA — Partially; Watermarking — Variable. Real-time piracy detection: Lightmark — Yes; Camera-embedded — No; C2PA — No; Watermarking — Partial. Supports EU AI Act Article 50 framework: Lightmark — Yes; Camera-embedded — Yes; C2PA — Yes; Watermarking — Does not address.

5. INDEPENDENT ACADEMIC ANALYSIS CONFIRMS THE C2PA GAP

In April 2026, an independent research team led by Alan T. Sherman (UMBC) and Neal Krawetz (Hacker Factor / FotoForensics) published the first comprehensive security analysis of the C2PA specifications on arXiv. The paper conducted formal-methods analysis of C2PA's core protocols. "The current C2PA specifications fail to achieve their claimed security goals. C2PA may mislead users, platforms, and policymakers if relied upon prematurely. C2PA is a promising idea, but it should not yet be relied upon for high-stakes uses such as financial disclosures, journalism, or legal evidence." — Golaszewski et al., "Verifying Provenance of Digital Media: Why the C2PA Specifications Fall Short," arXiv:2604.24890 (April 2026). Lightmark operates at a different architectural layer entirely. Where C2PA records who signed a file after capture, Lightmark proves what the camera actually saw during capture. The two are complementary but PPV broadcasts can't depend on the downstream layer alone.

6. WHAT YOU GET

For massive PPV events, stopping even a tiny bit of piracy saves more than what they pay for Lightmark. It acts like an insurance policy for your revenue rather than a costly hardware upgrade. Stop piracy at the source: Authenticated broadcasts provide piracy-monitoring services with a clear, undeniable signal. This changes copyright detection from a slow process reviewed by humans into an automated system that catches piracy in seconds. Invalidate counterfeits: AI-generated fakes (like fake knockouts or altered referee calls) are instantly exposed by comparing them to the authenticated original without requiring manual, side-by-side reviews. Enforce rights across territories: Optical cryptographic signatures provide non-strippable verification of source. Cross-territory leak detection becomes automatic.

7. IN THE INDUSTRY CONVERSATION

"Lightmark's technology is comparable to fingerprinting or Carbon 14." — Randy Thompson, CEO, Valhalla Capital. "Lightmark encodes authenticity at the point of creation. Every viewer downstream is making a more informed decision." — Mario Aguilar de Irmay, Senior Portfolio Strategist, Janus Henderson Investors. "Lightmark will change how we see the world, free from AI concerns and piracy, protected at the origin." — Andres Brockmann, CEO & Founder, AquaLitos. Backed by Bifrost Defence and the Forge.

8. THE REGULATORY CLOCK

The European Union's AI Act, Article 50, comes into force on 2 August 2026. Providers of AI systems generating synthetic content must mark their outputs as AI-generated in machine-readable formats. The Act creates a regulatory expectation that the market will increasingly demand verifiable authenticity of original content. PPV operators face the regulation from two sides. As distributors of valuable live content, they need to prove what they distribute is the real thing. As targets of AI-counterfeit attacks against their events, they need to defend their authenticity against the fakes. Rightsholders that deploy authentication infrastructure ahead of enforcement will certainly fare better commercially and legally than those who follow later on.

9. WORKING WITH LIGHTMARK

Lightmark is currently engaged in early-access pilot conversations with rightsholders, broadcasters, and PPV operators across combat sports, premium concert promotion, and creator-economy live events. First pilots deploy at single-event scale, with rollout to multi-event series and venue-integrated deployments through Q3 2026. Discovery conversation: A 30-minute meeting to cover how the system is built, the best setup options for your specific event, and how much money you can save based on your current losses to piracy. Single-event pilot: A trial setup for a single event. It includes complete video authentication, a detailed verification report, and a clear measure of how much piracy was reduced. Programmatic deployment: Multi-event or season-long integration, with venue-integrated infrastructure and ongoing cryptographic key management.

10. FREQUENTLY ASKED QUESTIONS

What is pay-per-view content authentication? Pay-per-view content authentication verifies that a live broadcast originated from a specific authenticated optical environment at a specific time. Unlike metadata-based provenance, which signs the file after capture, authentication at the optical layer proves the scene itself was real before the sensor recorded it. For PPV events, this distinction matters because the high-value piracy window is measured in seconds, not hours. How does Lightmark differ from C2PA and watermarking? C2PA and watermarking operate downstream of capture — they attach provenance metadata to a file or stream after the camera has produced it. Lightmark operates upstream of capture, injecting cryptographically generated optical signatures into the physical scene before the sensor records it. C2PA proves who signed a file; Lightmark proves what the camera actually saw. Recent independent academic analysis (Golaszewski et al., arXiv:2604.24890, April 2026) found that current C2PA specifications fail to achieve their claimed security goals for high-stakes use. The two layers are complementary but PPV broadcasts can't depend on the downstream layer alone. Does Lightmark require special cameras? No. Lightmark is built around the technical hypothesis that standard CMOS camera sensors can capture controlled optical modulation and embedded cryptographic patterns under real-world imaging conditions. Authentication happens in the optical environment (venue lighting, mobile emitter units, or camera-side modules), not in the camera firmware. Existing broadcast camera fleets work as-is. What does a pilot deployment look like? A typical pilot proceeds in three stages: a 30-minute discovery briefing on architecture and economics matched to your event profile; a scoped single-event deployment with full authentication, verification reporting, and outcome measurement against pre-event piracy benchmarks; and on success, programmatic deployment across a multi-event series or venue integration. First pilots are scheduled to deploy at single-event scale, with broader rollouts through Q3 2026.

11. TAKE THE NEXT STEP

Lightmark is taking discovery conversations through Q3 2026 for PPV operators in combat sports, premium concert promotion, and creator-economy live events. If you're a rightsholder watching event-night revenue erode in real time, this is the conversation we're set up to have. Let's talk