Atelico develops an on‑device AI engine that equips video‑game characters with lifelike decision‑making and natural interaction capabilities. The technology runs locally on consumer hardware, eliminating reliance on costly cloud AI services while supporting real‑time simulation of multiple autonomous agents. Atelico licenses this engine to game developers, enabling richer player experiences and reducing operational expenses associated with AI processing.
Funding
Funding not disclosed
Founders
Product
Problem
In modern video games, non-player characters (NPCs) often exhibit limited intelligence and repetitive behaviors, diminishing the sense of immersion and realism for players. Implementing sophisticated AI for characters typically requires significant computational resources, leading to high costs and potential performance bottlenecks, especially when relying on cloud-based solutions.
Solution
Studio Atelico offers an on-device AI engine designed to imbue video game characters with lifelike intelligence and enable natural interactions within the game world. This technology allows NPCs to dynamically reason, react to player actions, and respond to in-game events without incurring the high costs associated with cloud-based AI. By running directly on the player's device, the Atelico AI Engine reduces latency and ensures consistent performance, creating more engaging and believable gaming experiences. The engine's architecture is optimized for modern GPUs, enabling complex AI behaviors to be simulated in real-time.
Target Audience
The primary target audience includes video game developers and studios seeking to enhance the intelligence and realism of their game characters while minimizing computational costs and latency.
Features
- On-device AI processing, eliminating the need for cloud-based computation and reducing latency
- Real-time reasoning and decision-making for NPCs, allowing them to adapt to changing game conditions
- Generative agent technology enabling characters to exhibit emergent behaviors and personalized interactions
- Compatibility with industry-standard game engines such as Unity and Unreal Engine
- Optimized for NVIDIA RTX series GPUs