Studio Atelico has opened Early Access to its Atelico AI Engine, a development toolkit designed to bring generative AI and more adaptive character behavior directly into video games. The technology, which already powers systems in the studio’s unreleased game Bobium Brawlers, is now being offered to outside developers working with Unity, Unreal Engine, and Godot. Unlike cloud-dependent AI services, Atelico’s engine is designed to run locally on players’ devices. It supports language models, image generation, speech recognition, text-to-speech, semantic search, and AI-driven character behavior. The company says it supports Windows, macOS, iOS, and Linux, with processing handled by either CPUs or GPUs.
The studio’s approach is intended to address several obstacles to incorporating AI into games: network latency, recurring inference costs, and the performance demands of running AI alongside real-time rendering. Its proprietary Compute Graphics Scheduler (CGS) is designed to coordinate AI workloads with a game’s graphics processing rather than allowing the two to compete indiscriminately for GPU resources. Atelico has published benchmarks suggesting that its scheduling technology can run AI workloads with limited impact on frame rates. In one company-reported test using an RTX 5080, a scene that ran at 123 frames per second without AI maintained 121 FPS with the engine’s scheduling system enabled. The same test reportedly fell to 3 FPS when AI ran in a separate CUDA context. These results are promising, but they are Atelico’s own benchmarks and have not yet established how the engine will perform across a broad range of consumer hardware and games.
One of the engine’s more ambitious features is its Character Behavior System. Developers can define NPC personalities, motivations, relationships, emotional states, and memories that influence how characters respond to later interactions. The goal is to move beyond dialogue systems that simply select from predetermined responses, allowing characters to adapt their behavior as a game progresses. The engine also provides tools for retrieving authored dialogue and lore based on context, generating structured outputs for game systems, and applying configurable safeguards to AI-generated content. This is intended to give developers control over how AI interacts with established narratives and gameplay rules. Atelico’s own Bobium Brawlers demonstrates another application. The turn-based card-and-dice creature battler lets players describe creatures in natural language, generating character artwork and playable decks on their phones. The studio has also showcased GARP, a life-simulation demonstration featuring hundreds of agents and emergent dialogue.
Developers can request Early Access through Atelico’s website. The company has not announced a broad commercial release or disclosed a complete set of licensing terms. Atelico has also published a draft Artist Rights Contract proposing explicit consent, compensation, and project-specific limits for artists whose work is used in AI development. However, the framework’s current application is limited to Bobium Brawlers. According to reporting on the agreement, using artists’ work for other projects or purposes requires renegotiation. It should therefore not be treated as a universal rights framework already covering every developer who adopts the engine. The technology’s real test will come from independent studios putting it into shipped games. On-device processing could reduce cloud expenses and make AI-driven interactions more practical, but developers will still need to consider hardware requirements, memory use, performance, and the reliability of generated behavior. If Atelico can deliver on its technical claims while giving developers meaningful creative control, its engine could offer a useful new route for integrating AI into gameplay.