What It Takes to Run a LoL World Championship—From Cameras to Code

The League of Legends World Championship isn’t just a competition. It’s a global production on the scale of the Super Bowl or the Olympics. Millions of viewers tune in. Dozens of teams fly in from around the world. And behind the scenes, an army of producers, engineers, developers, and creatives pull every string. The show lasts a few hours. The prep takes more than a year.

Running Worlds is equal parts esports, live television, and high-tech logistics. Every piece—hardware, software, human skill—has to work together seamlessly. Here’s a closer look at what makes League of Legends’ biggest event of the year happen.

A Broadcast Built Like a Studio Show

Let’s start with the broadcast. At its core, Worlds is a live TV show. There are analysts and commentators, camera crews and directors, lighting designers, and sound engineers—all operating on tight scripts and timelines.

A standard Worlds broadcast uses more than 30 cameras—some for in-game footage, others for crowd shots, player reactions, and stage visuals. There are drone cameras for wide stadium views and robotic arms for smooth motion across the player booths. Each feed is sent to a central production truck or studio, sorted, edited, and broadcast in real time. Just like how production relies on precision and coordination, competitive players often rely on tools like smurf accounts to start fresh or practice in a controlled environment.

There are dozens of people in the production room—live editors, replay operators, graphics technicians, and producers calling the shots. They’re tracking every major moment: team fights, objective steals, emotional reactions, and storylines. And they’re doing it across more than 10 languages at once.

The Tech That Powers the Game

Unlike traditional sports, League of Legends depends entirely on the game itself running without a hitch. That’s not as easy as it sounds. Developers at Riot Games create a special version of the game client for pro matches. It’s stripped of distractions, modified for competitive integrity, and closely monitored.

Then there’s the hardware. Every PC on stage is built to exact specifications to avoid performance issues. Network engineers build out a custom LAN environment with ultra-low latency. Backup systems cover power, internet, and game servers. If something crashes, there’s a near-instant fallback.

There’s also a feature called Chronobreak, which lets officials rewind the game to just before a bug or crash—something no other esport or traditional sport can do cleanly. That kind of fail-safe requires deep integration between the broadcast team and game engineers.

Stages, Lights, and Augmented Reality

Worlds is more than a game on a screen—it’s a show. Riot invests heavily in stage design, lighting, and AR effects to make each event feel massive. Giant LED screens, light rigs, smoke machines, and coordinated audio all play a part.

In recent years, Riot has used augmented reality to bring champions, dragons, and even virtual concerts into the arena. These aren’t just overlays—they’re real-time 3D animations mapped to camera movements and stage layouts. It requires motion tracking, custom graphics, and precise timing. When done right, the result looks seamless—but the effort behind it is anything but.

Each year’s World Final has its own theme, with opening ceremonies that rival Grammy performances. Artists, dancers, and AR effects sync with music and storytelling tied into League’s universe. And once it’s over, the crew flips the stage back for gameplay—sometimes in under 10 minutes.

The Global Operation

Worlds changes locations every year, meaning Riot has to rebuild its entire setup in a new city each time. Venues are booked years in advance, local crews are hired and trained, and gear is shipped across borders. Customs, power specs, and internet infrastructure all vary—and all have to be accounted for.

Riot’s event team includes logistics managers, translators, producers, and IT support who spend months onsite. It’s like relocating a small city. And everything has to work because once the games start, there’s no room for error.

Why It Works

Ultimately, Worlds works because it’s treated as more than just a tournament. Riot approaches it like a hybrid of game development, live TV, and international event planning. They plan for every scenario, hire top professionals, and know the stakes—millions of fans watching live, expecting perfection.

It’s easy to see the hype: packed stadiums, stunning visuals, top-tier competition. But behind it all is a mountain of work, code, cables, and coordination. That’s what it takes to run a League of Legends World Championship.

BioTech Needs Code: Why Life Science Startups Rely on Dev Teams

technological innovations for science labs

Biotech startups are reshaping healthcare, agriculture, and environmental science. Yet, behind their groundbreaking discoveries lies a critical need for software. From analyzing genomic data to managing lab workflows, technology drives progress. So, why are these companies turning to specialized software teams? The answer lies in agility, compliance, and the complexity of their work.

Startups in life sciences face unique challenges. They must balance cutting-edge research with tight budgets and strict timelines. Building in-house tech teams often pulls resources away from core science. Instead, many opt for a dedicated software development team. This approach, offered by companies like CreateIT, lets startups access expert coders without the overhead of hiring full-time staff. It’s a cost-effective way to stay nimble while scaling fast.

Why Outsourcing Makes Sense

Outsourcing software development offers biotech firms flexibility. Developing platforms for data analysis or lab management requires niche skills. In-house teams may lack the expertise to build secure, scalable tools quickly. Dedicated dev teams, however, bring specialized knowledge. They can create custom solutions tailored to a startup’s needs, often faster than an internal team could.

Cost is another factor. Hiring developers, especially those versed in bioinformatics or regulatory compliance, is expensive. Outsourcing spreads these costs, allowing startups to pay for services only when needed. Plus, it frees up scientists to focus on research rather than wrestling with code. This agility helps small firms compete with industry giants.

Navigating Regulatory and Data Compliance

Biotech isn’t just about innovation—it’s about trust. Handling sensitive data, like patient records or genetic information, demands strict compliance with regulations like HIPAA or GDPR. A single misstep can lead to fines or lost credibility. Dedicated dev teams understand these stakes. They build platforms with encryption, audit trails, and secure data storage baked in from the start.

For example, a genomics startup might need a tool to process massive datasets while ensuring privacy. A skilled dev team can design a platform that meets both scientific and legal standards. This expertise reduces risk, letting startups focus on their mission without worrying about compliance pitfalls.

Powering Bioinformatics and Genomics

Bioinformatics is the backbone of modern biotech. Analyzing DNA sequences or protein structures requires robust software. Dedicated teams excel here, crafting tools that handle complex computations with ease. They can integrate machine learning to spot patterns in data or optimize algorithms for faster results. Without this tech, researchers would drown in raw data.

Genomics platforms, for instance, need to process terabytes of information. A custom-built tool can streamline this, delivering insights in hours instead of days. By outsourcing, startups gain access to developers who know both code and biology, ensuring the software aligns with scientific goals.

Streamlining Lab Management

Labs are chaotic places. Samples, experiments, and deadlines pile up fast. Software can bring order, but off-the-shelf solutions often fall short. Dedicated dev teams create bespoke platforms for lab management, tracking everything from inventory to experiment protocols. These tools save time and reduce errors, letting scientists focus on discovery.

Consider a startup developing new drugs. A custom platform could automate data collection from lab equipment, flagging inconsistencies instantly. Such precision is vital in high-stakes research. Outsourcing this development ensures the tool fits the lab’s unique workflow, boosting efficiency.

READ ALSO: Biotechnology and Innovation: Opportunities in Health Tech

The CreateIT Advantage

Companies like CreateIT are leading the charge in biotech software solutions. Their model offers scalable, secure development support tailored to life sciences. Whether it’s a data analytics tool or a lab management platform, their teams deliver results without draining a startup’s resources. This partnership lets biotech firms innovate faster and smarter.

So, what’s the takeaway? Biotech startups can’t afford to skimp on software. Dedicated dev teams provide the expertise, flexibility, and compliance needed to thrive. As biology and technology converge, these partnerships will only grow more vital. For startups aiming to change the world, the right code is just as crucial as the right science.