LiveMode Builds Agile Content Ingest With Cinegy

Cinegy, a provider of software-defined television technology, has extended the ingest facility at leading Brazilian sports company LiveMode.

LiveMode has taken an all-embracing approach to sports rights and marketing in Brazil, connecting a broad range of sports to live audiences across platforms, maximizing engagement and returns. Working across more than 10 platforms – including the CazéTV channel – and reaching more than 100 million people, LiveMode holds the rights to major global sports and events, including the streaming and capturing of the 2026 World Cup.

The nature of the business means that LiveMode has to be extremely agile, ingesting multiple simultaneous streams securely, managing huge amounts of content, and ensuring media is correctly transcoded and formatted for all the different platforms it serves. The company first sought to evaluate Cinegy Capture as the ingest device in 2024, where a proof-of-concept exercise resulted in the purchase of four licenses. LiveMode has now returned to add six more licenses, bringing the total to 18 full HD channels working simultaneously 24/7, ready for a very busy summer of sport in 2026.

Cinegy technology is entirely software-based and hardware agnostic. This is particularly crucial today where the price and availability of hardware is unpredictable: the ability to build solutions for major projects cost-effectively is a vital business advantage.

“Cinegy is very fast and easy to deploy”, explained Henrique Jurgens, IT Infrastructure Architect, Media, Streaming, Cloud and OTT at LiveMode. “Once you receive the license, the operation can be running the same day. We are regularly working at many live sport events at the same time, and easy deployment of ingest and content management makes our entire operation run smoother.”

You might also like...

IP Security For Broadcasters - The Book 2026

Security is everyone’s problem. It is not just about having the right policies in place or knowing where the vulnerabilities in your network are; it’s about understanding how the network is accessed and by whom, and how to str…

Standards: Audio - Advanced Audio Coding (AAC)

AAC succeeded MP3 by delivering better quality at lower bitrates. This guide examines how it works, compares the leading encoder implementations, and explains where it sits within the broader MPEG audio standards landscape.

Broadcast Standards - The Science Of AI: New Foundations

We begin this series with the foundational building blocks of AI. Basic principles, the technology stack and the types of AI based upon it, and how to apply them effectively in a broadcasting enterprise.

Standards: Audio - MPEG Layer 3 Audio Coding (MP3)

Launched in 1995, MP3 remains one of the most ubiquitous audio formats in the world. This guide explains how psychoacoustic compression works, explains the differences between MPEG-1 and MPEG-2 implementations, and finds out where MP3 works – and where it doesn’t.

Network Traffic Engineering: Head-Of-Line Blocking - Why QUIC Changes The Rules

Head-of-line blocking turns minor packet loss into visible glitches by stalling entire TCP streams until missing data is retransmitted. Eliminating cross-stream blocking by multiplexing independent streams over UDP, QUIC might be the answer for OTT delivery, cloud workflows and the…

1 of 5. See more