HyperScale Engine

MetaGravity builds real-time simulation infrastructure for games, defence, digital twins, and scientific computing using its distributed engine, Quark.

Unlock new possibilities for multiplayer worlds and decentralized computation with our breakthrough technology. Efficient distributed computing is unsolved. Scaling computation across multiple processors is fundamentally limited by communication overhead. An Engine Built on a More Fundamental Law The Quark Engine pioneers the Quark Compute Model (QCM) – a new paradigm based on causality. By defining "nearness" by interactional relevance, not 3D distance, we eliminate the global synchronization bottleneck and solve the N² problem. An abstract model where interactionally relevant objects are computationally "close" regardless of their 3D position. Hyper-efficient allocation of compute resources with unprecedented granularity. With no global sync overhead, there's no theoretical limit to the size or complexity of a single, seamless world. Universes can cross-over into other universes, dynamically at runtime. Our physics-aligned approach isn't theoretical, it delivers compounding advantages in the real world. We are radically cheaper and infinitely more scalable than any existing solution. The Quark Engine is cheaper than existing solutions by: MetaGravity is a deep tech company tackling the core challenges of distributed compute. Powered by our Causal Partitioning™ model, the Quark Network Engine delivers major gains in scalability, efficiency, and performance across cloud and edge. Unlocking new possibilities in real-time simulation. Quark powers the next era of autonomous intelligence — distributed, stateful, and real-time. Quark isn’t just compatible with AI — it’s purpose-built for distributed, persistent intelligence.Create AI-native systems that think, act, and evolve together — at the speed of light. Coordinate complex agent behaviour across arbitrary topologies. Quark synchronizes agentic systems in real time across abstract, high-dimensional spaces — not just 3D worlds. Whether simulating virtual societies, logistics flows, or autonomous networks, Quark maintains consistent state across parallel processes and divergent domains. Low-latency responsiveness with global context. Quark delivers millisecond-resolution inference across hybrid networks — edge, cloud, or on-prem — without compromising causal integrity. Agents react instantly while sharing a unified, memory-rich world model. Real-time interaction and adaptation at scale. From isolated models to collaborative cognition. Quark enables coordination across fleets of agents — drones, bots, NPCs, or digital workers. Each operates autonomously while contributing to a shared intelligence, orchestrated by an Overmind-like control layer that adapts and scales dynamically. Quark is your next-generation networking solution that delivers industry-leading cost efficiency and lightning-fast integration. Go from managing complex server topologies to Quark’s intelligent dynamically managed set up - so you can focus on gameplay rather than DevOps. Enjoy the lowest per CCU cost in the industry, built-in budget alerts, and comprehensive monitoring so you can innovate without breaking the bank. Scale your game elastically and effortlessly to support tens to millions of concurrent players across any genre without lifting a finger—from instanced shooters to racing games to massive open worlds. Get started within minutes with our one-click SDKs for Unreal Engine, and our universal low-level API for Unreal and Unity. No complex server setups required. Quark delivers next-generation defense simulation technology that enables unprecedented operational readiness and strategic decision-making capabilities. The world’s first causal compute engine that deeply understands cause and effect. It unifies heterogeneous data sources, models, and simulators into a scalable real-time world-model, enabling large-scale coordination, AI-assisted decision-making, and rapid adaptation across complex, multi-domain environments. Quark revolutionizes defense operations with multi-theatre simulations supporting 100,000+ human and AI agents, real-time command centers with integrated IoT sensors, autonomous drone swarms that function over unreliable networks, and massive-scale disaster planning tools. Delivering unprecedented operational readiness and strategic advantage in complex environments. Quark's delivers advanced frontier defense through networked autonomous drones functioning as a unified intelligence system. Powered by the Causal Compute Engine, the swarm shares real-time data, adapting collectively to emerging threats. The centralized AI Overmind provides split-second tactical control and automated threat detection, maintaining operational integrity even in contested environments through its self-healing architecture. Quark powers intelligent urban environments, offering perfect digital replicas, seamless real-time synchronization, and unlimited scaling capabilities. Quark enables real-time simulation of urban systems at scale, from intelligent traffic and public transportation management to energy systems and smart grid optimization. By modeling these interactions in causal space, it supports planning, optimization, and resilience testing across dynamic, high-density ecosystems. Quark helps energy companies simulate and manage complex operations across fields, rigs, and refineries. It provides a scalable backend for building digital twins, testing response plans, and coordinating distributed assets in real time. From exploration to incident simulation, Quark supports faster decisions, safer environments, and more efficient use of resources. Quark enables real-time simulation and coordination of complex industrial systems. It enhances existing platforms by supporting persistent, high-fidelity environments where thousands of machines, agents, and sensors interact seamlessly. Improve responsiveness, optimize operations, and scale automation without overhauling your existing stack. Spinor is the platform for building and scaling next-generation distributed systems. Spinor’s locality model and hyper-localising distributed scheduler ensure low-latency, high-throughput computation across the network. Transactions are confirmed in under 10ms, exceeding the <30ms threshold required for real-time performance. This enables previously impossible decentralised applications, from real-time AI inference to large-scale simulations. Traditional distributed systems attempt to force a shared state machine abstraction — threading models, big data systems, blockchains — onto a distributed compute cluster, whether cloud-based or decentralised. This results in severe scaling and performance constraints.Spinor is the first platform designed for truly distributed systems, unlocking unlimited scale for databases, 3D simulations, and AI inference.