THEO Blog

Speak the Language: Multi Audio and Language Localisation

Speak the Language: Multi Audio and Language Localisation

As video streaming rises globally, the challenge is not only to get your content to your viewers’ screens, but also in their language. Only providing your application, audio and subtitles in one language can present a barrier to reach a wider audience, or miss a majority of viewers co …

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LL-HLS Series: Implementing LL-HLS Today

LL-HLS Series: Implementing LL-HLS Today

In previous blogs we’ve covered how the LL-HLS spec has evolved and changed, as well as how it actually works. In this blog we want to discuss how the end-to-end solution would look, which use case the spec suits best and what THEO recommends for LL-HLS implementation.

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[PRESS RELEASE] THEO Technologies and Synamedia form HESP Alliance

[PRESS RELEASE] THEO Technologies and Synamedia form HESP Alliance

THEO Technologies and Synamedia form HESP Alliance to accelerate the roll-out of sub-second latency, bandwidth-efficient streaming solutions.

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LL-HLS Series: How Does LL-HLS Work?

LL-HLS Series: How Does LL-HLS Work?

To provide online video at scale, we use HTTP Adaptive Streaming Protocols such as HLS or MPEG-DASH, which are both extremely popular. In this article, we will provide some insights on how Apple’s Low Latency HLS (or LL-HLS) works.

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LL-HLS Series: The Evolution of LL-HLS

LL-HLS Series: The Evolution of LL-HLS

HTTP Live Streaming, or HLS, was initially created and released by Apple in 2009 to solve the problems of scaling. The HLS protocol has become one of the most popular protocols used today, and is widely supported. It’s biggest disadvantage, as with other similar HTTP based streaming p …

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HTTP Live Streaming (HLS)

HTTP Live Streaming (HLS)

HLS, or HTTP Live Streaming, is an adaptive HTTP-based protocol and it was initially created and released by Apple in 2009 to solve the problems of efficient live video and VOD delivery to viewers’ devices, especially Apple devices. One of the main focus points was the problem of scal …

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High Efficiency Streaming Protocol (HESP): Reducing Bandwidth Consumption by up to 20%

High Efficiency Streaming Protocol (HESP): Reducing Bandwidth Consumption by up to 20%

We are streaming more and higher quality video. Overall, time spent in viewing streaming video has increased rapidly to between 60 and 100 minutes per person per day in 2019. Also, video quality is going up as we are increasingly streaming HD and 4K content. Hence, bandwidth is an eve …

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High Efficiency Streaming Protocol (HESP): Bringing Instant Start-Up, Zapping and Seeking to Online Video

High Efficiency Streaming Protocol (HESP): Bringing Instant Start-Up, Zapping and Seeking to Online Video

A recognizable issue with online video streaming is the frequency of loading spinners and its impact on viewer engagement. Slow zapping – the switching between linear channels – and slow seeking is causing abandonment and preventing mass adoption of OTT delivery instead of traditional …

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VR360: Immersive Engagement for your Viewers

VR360: Immersive Engagement for your Viewers

Amid the global circumstances today, video is providing the connections we need, now more than ever. While across the globe people are locked down in their homes, online video is being consumed and relied upon by millions. Consumers are looking for engaging video content, and what bet …

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High Efficiency Streaming Protocol (HESP): Delivering the Sub-Second Latency Online Viewers Expect

High Efficiency Streaming Protocol (HESP): Delivering the Sub-Second Latency Online Viewers Expect

Live streamed events are generally delayed by 30 seconds or more compared to the traditional broadcast feed. This results in a spoiler effect during sports events, when you hear neighbors cheer for an action you haven’t seen yet, or when you already see commentary on social media befo …

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