Games
Games are one of the oldest social technologies known to humankind: board games and gaming tokens have been discovered that are over 5,000 years old. For as long as there have been games on computers, they have moved technology forward in innovative and sometimes unexpected ways.
Games as Technology Drivers
The metaverse is fundamentally real-time — and games are the crucible where real-time computing was forged. Games drove the development of graphics processing units, real-time rendering, physics simulation, and multiplayer networking. The demands of interactive entertainment pushed every layer of the stack: 3D engines that render millions of polygons per frame, ray tracing that simulates photorealistic lighting in real time, shader programs that create convincing materials and effects, and virtual geometry systems that handle film-quality assets at interactive frame rates.
These enabling hardware and software technologies — collectively called GameTech — form the foundation the metaverse is built upon. Spatial computing technologies like virtual reality, augmented reality, and hand tracking emerged from gaming research. Spatial audio, haptics, and eye tracking all represent new, more ergonomic human interfaces that games pioneered. And the edge computing infrastructure and high-speed networking required for responsive online play now supports the broader real-time internet.
Games as Platforms
The most significant evolution in modern gaming is the shift from games as products to games as platforms. Traditional games are discrete products — you buy, play, and eventually finish them. Platform games like Roblox, Fortnite, and Minecraft are persistent worlds where players do not just consume content but create it. Roblox had more daily active users than PlayStation, Switch, or Xbox at the end of 2024, and grew another 69% the following year — adding more DAU than during the entire first year of COVID.
This is the metaverse that actually exists, and it is the part of gaming that is growing fastest. These platforms combine live services infrastructure with user-generated content tools and virtual economies, creating thriving creator economies where millions of developers earn real income. Games have given rise to adjacent categories including immersive social and esports.
Intelligence in Games
Artificial intelligence and games have a long, intertwined history. Game AI pioneered pathfinding, decision trees, and behavior simulation decades before modern deep learning. More recently, games have become the proving ground for frontier AI: AlphaZero mastered chess and Go, reinforcement learning agents conquered StarCraft and Dota, and AI in Diplomacy demonstrated that machines can negotiate, bluff, and cooperate.
Now the relationship is flowing in reverse: generative AI is transforming game development itself. Procedural generation creates infinite worlds. Generative agents populate games with virtual beings that can hold real conversations. Text-to-3D and generative animation tools are collapsing the cost and time of content creation. And agentic engineering is enabling entirely new games to be built through conversation rather than traditional coding.
Longevity and Economy
Longevity engineering — the discipline of keeping online games alive for years or decades — has become its own field. Successful persistent games require continuous content updates, economic balancing, community management, and backend infrastructure that can scale and evolve. The ones that endure become more than entertainment; they become economies and communities with real cultural significance.
The economic models have evolved dramatically: from boxed products to free-to-play, from one-time purchases to live services with continuous revenue streams. Modding communities and play-to-earn models point toward a future where the line between player and creator disappears entirely — and where games function as full-fledged virtual economies with their own currencies, goods, and labor markets.