Back in the days, when the world wasn’t digital and most of the technologies were just science fiction shown in Star Trek or Doctor Who, you had to invest some time into things that happen online in a blink of an eye. The whole entertainment industry was concentrated around amusement parks and cinemas, compared to now when we have all these streaming services and barely leave home to see another blockbuster because you can see it a week later online.
But let’s be honest: it is all because of the advancements in the Telecom industry that happened over the past two decades. Every streaming service now relies on high-speed internet connection to broadcast live sports competitions in 4K resolution. The four biggest eSports titles like League of Legends, Valorant, Counter-Strike 2, and Dota 2 are owned by just two studios: Valve Corporation and Riot Games which makes the entire eSports market pretty consolidated.
Many big brands like Intel (News - Alert) invest millions into eSports sponsorships and partnerships. For instance, there was a $100M sponsorship deal between ESL and Intel in 2024 while Mastercard launched their multi-year partnership with Riot Games back in 2018. iGaming brands make their move too. Brands like fun777 invest hundreds of thousands on increasing their visibility in the eSports niche while Betway sponsors ESL, IEM, ESL One.
How It All Started
We all remember the days when eSports was just a way for geeks to hang out and play their favorite games. These were times when games like Counter-Strike and Dota 2 couldn't compete with traditional sports in terms of popularity and exposure. Any traditional sport would beat any eSports title in a blink of an eye mainly because it wasn't that popular due to lack of high-speed internet connection over the world. At this point, eSports titles exist mainly as niche competitions, like Red Annihilation in 1997 that introduced Quake as the first eSports discipline. But everything is not yet mainstream, the audience is small and prize money is just a fraction of what we have in 2025. Most tournaments had only $5,000 to $10,000 of total prize money with a few exceptions like The Counter-Strike CPL Winter Championship held in 2001 that had a prize pool of $150K with the Counter-Strike tournament of 2001 that had a $50K prize pool.
The global shift started between 2013 and 2016, when Twitch, Riot Games and Valve started running bigger tournaments, allocated significant budgets for prizes and started running professional leagues. After eSports competitions started receiving attention from big brands, they grew into a multi-billion dollar global industry that attracts millions of eyes from all around the world. Twitch, YouTube (News - Alert), and Huya are heavily into covering all the eSports matches with the combination of live streaming and interactive experiences which would not be possible without the high-speed, low-latency network that we have now.
Obstacles Telecom Solved to Make eSports and Live Betting Become a Reality
Low Latency
Low latency is a key when we're talking about esports because a 50 millisecond lag can be the difference between winning or losing. For live betting, low latency is not that crucial but still needed because you need to place bets in some specific moments and with high latency you can miss a perfect time.
That is why Internet companies started using direct peering between service providers to reduce routing delays. On the other hand, deploying edge servers closer to the end-users allowed to minimize distance-related latency. That means if you're in Asia, having an edge server close to you allows you to play on European servers with way lower latency compared to original gameplay. Another great thing that reduced latency for games was using User Data Protocols for time-sensitive data.
High Bandwidth (News - Alert)
You know how much traffic can generate an esports live stream? Same with live betting. If you want to stay on top of everything that's going on inside the game, you need to be tuned and watch the live sports competition live. High-definition video streaming in 4k resolution can consume an astonishing amount of data. That is why telecom companies invested hundreds of millions of dollars into updating the infrastructure so that it provides enough bandwidth for high-resolution video and live streaming.
Network Reliability
The network should be very reliable when you're an esports player. Downtime for 30 seconds can be catastrophic for both eSports and Live Betting niches. Even smaller downtimes can lead to catastrophic financial losses and missing the prize money or a perfect timing for a bet. In an attempt to solve this issue, Telecom companies started using redundant paths to prevent single points of failure. Another step was using multiple data centers that have been spread across wide geography in order to prevent one single malfunctioning data center from being the bottleneck of data distribution.
Scalability
Some eSports competitions or live betting events can have just a couple hundreds of viewers, while other competitions can have a couple millions of viewers. Everybody wants their live streaming to be lag-free and they better be in 4k resolution to fit the demand of 2025. That is why Telecom companies use Content Delivery Networks to ensure the load is distributed evenly across all servers and content is served from the nearest server. This workaround helps to reduce latency and avoid balance spikes during peak periods or when they hold major eSports competitions.
CDNs and Their Role
Solutions like Cloud Flare and other CDNs can really be called a backbone of eSports and even live betting platforms because they help to scale the Internet. When a CDN is enabled, the content is cached on the server near the end-user and served without delays even if it is a 4K streaming. When you follow your favorite player on Twitch or watch a live stream on YouTube, keep in mind that this smooth buffering and seamless experience is backed with CDN like Akamai (News - Alert), Cloudflare and Fastly.
