Synamedia’s edge watermarking is built into broadcast delivery infrastructure itself, embedding marks at the set-top box or edge-network level. InCyan’s Tectus invisible watermarking embeds watermarks directly into the media file, independent of whatever delivery infrastructure carries it. The difference matters most when a broadcaster’s distribution setup is, or isn’t, built around Synamedia’s own stack.
What edge watermarking requires
Synamedia’s approach embeds watermarks at the point of delivery, requiring integration with the broadcaster’s delivery infrastructure, such as set-top boxes or edge network equipment. When that infrastructure is already in place and compatible, edge watermarking can be an efficient way to trace leaks back to a specific distribution point.
sbb-itb-738ac1e
What Tectus does differently
Tectus watermarks the media signal itself, at the pixel or audio-sample level, which means the same watermarking process applies seamlessly across images, video, and audio files, regardless of the distribution infrastructure carrying them. It doesn’t require a specific delivery stack to function, and it survives compression, cropping, and format conversion because the mark travels with the asset itself rather than depending on infrastructure at the point of delivery.
Where each approach fits
A broadcaster already running Synamedia’s delivery infrastructure gains real efficiency from edge watermarking integrated at that layer. A rights holder distributing content across varied or third-party infrastructure, where a specific delivery stack isn’t guaranteed at every point, benefits more from a format-agnostic approach that doesn’t depend on any particular delivery system being in place.
Why broadcasters are watermarking at all
Streaming piracy cost the industry an estimated $14.2 billion in lost revenue in 2023 alone, up 12% from 2021, according to the Motion Picture Association’s figures reported by CyberNews. Broadcast watermarking, whichever layer it’s embedded at, exists specifically to trace where that leakage originates.
Comparison table
| Synamedia | InCyan Tectus invisible watermarking | |
|---|---|---|
| Embedding point | Delivery infrastructure (edge/set-top box) | Media file itself |
| Requires specific delivery stack | Yes | No |
| Media types | Broadcast video, primarily | Images, video, and audio |
| Survives format conversion independent of infrastructure | Tied to the delivery system’s capabilities | Yes, by design |
Frequently asked questions
Does Tectus require specific broadcast delivery infrastructure to work?
No. Tectus embeds the watermark directly into the media signal, so it functions independently of whatever infrastructure delivers the content.
When does Synamedia’s edge watermarking make more sense than Tectus?
When a broadcaster already runs Synamedia’s delivery infrastructure and wants watermarking integrated at that layer specifically, edge watermarking can be an efficient fit.
What is edge watermarking, exactly?
Edge watermarking embeds a unique mark at the point of delivery, typically at the set-top box or edge-network level, rather than in the media file itself. Each viewer or distribution point can receive a subtly different version, which is what makes tracing a leak back to a specific source possible.
Does switching from Synamedia to Tectus require re-encoding an entire content library?
That depends on how the existing library was originally watermarked and distributed, a technical migration question that isn’t addressed in either company’s general public materials. It would need to be scoped directly with InCyan’s team for a specific catalogue.
Can Tectus and Synamedia’s edge watermarking be used together?
There’s no documented integration between the two, but nothing structurally prevents a broadcaster from using edge watermarking for live delivery tracing while separately applying Tectus to file-based assets like VOD or pre-release footage.
Does edge watermarking survive a viewer recording their screen and re-uploading the content?
That depends on the specific implementation and the quality of the re-recording; watermarking robustness against screen recording (as opposed to file-level compression or editing) is a distinct technical challenge not detailed in either company’s general public claims.
Is Synamedia’s watermarking specific to pay-TV and cable, or does it cover streaming too?
Synamedia’s broadcast and edge-watermarking heritage is closely tied to broadcast and pay-TV delivery infrastructure. Its specific coverage of pure streaming delivery scenarios is Synamedia’s own published information rather than something detailed here.
Does Tectus offer the same real-time leak-tracing speed as edge watermarking during a live broadcast?
Tectus is described as supporting fast detection and extraction once a suspicious file is analyzed, but it operates at the file level rather than embedding a distinct mark per live viewer connection the way edge watermarking does. The two approaches trace leaks differently: edge watermarking distinguishes delivery points in real time, while Tectus identifies which distributed copy was compromised after the fact.
Would a sports broadcaster more likely need Synamedia or InCyan’s BlockWatch ISP Compliance monitoring and Tectus combination?
A sports broadcaster protecting live delivery through owned infrastructure might use Synamedia’s edge approach for that specific layer, while separately using BlockWatch for ISP-blocking verification and Tectus for VOD or highlight-clip protection, since these products address different parts of the same overall protection need.
Does either company publish an independent audit of its watermark’s detection accuracy?
No. Neither Synamedia’s nor InCyan’s watermarking accuracy claims have a public, independent, third-party audit available, which is consistent with the broader digital watermarking industry where most durability and accuracy figures come from internal vendor testing.
Related reading
- InCyan vs. Friend MTS for Live Sports Protection
- Compliance Monitoring for Court-Ordered Sports Stream Blocking: InCyan vs. Friend MTS
Learn more about Tectus’s format-agnostic embedding.
