Supercharge your AI with decentralized gaming compute

Run open-source language models faster, cheaper, and more privately on decentralized GPU/CPU network

FAR Labs is an AI innovation, R&D laboratory developing the tools, infrastructure, and intelligent systems that make up the FAR ecosystem. FAR Labs builds intelligent products, all powered by our decentralized compute engine, FAR AI.

At the core of everything we create is FAR AI our decentralized compute lattice that runs large-scale models, real-time inference, adaptive game intelligence, digital twins, and next-generation interactive experiences.
We combine three domains under one unified engine:
AI Gaming dynamic NPCs, evolving worlds, and gameplay driven by learning agents.
DeSci human–computer symbiosis technologies that bring biometric and behavioral signals into AI.
AI Systems intelligent agents, digital twins, conversational interfaces, and other advanced AI frameworks operating directly on decentralized compute.
Our mission is to build the foundational AI layer for the next era of digital experiences where games, agents, and intelligent systems evolve continuously, run on distributed hardware, and become accessible to users everywhere through the FAR AI platform.

Our ecosystem rests on four pillars

Whitepaper
the far ai
DePIN
Human-Computer Symbiosis
DeSci
Emergent Intelligence
AI
AI Gaming. True Ownership.
Gaming
new gaming
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AI Gaming

Farcana Game
AI-vs-AI mode
AI Companion
AI Digital Twin
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FAR AI
Decentralized Compute, Built for AI

FAR AI is a decentralized compute lattice designed to run large-scale AI workloads with low latency and high stability. Instead of relying on centralized cloud providers, FAR AI aggregates globally distributed GPUs into a unified, high-performance compute layer optimized specifically for inference, agents, and real-time AI systems.
Fair, anti-whale design
High-efficiency inference
Stake-free security
Real decentralization
Network rules
Node Operators
Provide GPU power to the FAR AI lattice.
Users
Run demanding AI workloads, inference tasks, or agent systems.
Stakers
Support the lattice and participate in FAR AI’s value-sharing model.
Buy $FAR
Biometric Hardware
Smart Headphones
EEG + fNIR: brain activity & emotional state
Smart Gaming Mouse
PPG + GSR: stress & motor control

Better Data,
Smarter AI

Behavioral data tells us what users do. Biometric data reveals how they feel. Farcore Labs pioneers Decentralized Science (DeSci) with non-invasive biometric hardware that creates a living dataset of human cognition and emotion.
ethics first
Transparent, opt-in consent
Privacy-preserving computation
Open research collaboration

DeSci
Human - Computer Symbiosis Devices

FAR Labs works with leading scientists and researchers to develop next-generation human - computer symbiosis devices. These devices capture high-fidelity behavioral and biometric signals that improve AI systems and enable deeply personalized digital experiences.

Each interaction with our devices enhances how AI understands users - enabling more adaptive, responsive, and human-aligned intelligence.
Data Ownership
You control your personal signals, biometric data, and interactions no centralized exploitation.
Opt-in Control
Choose exactly what data you share and how it is used.
AI Enhancement
Your signals refine and strengthen AI systems across the FAR ecosystem.
Personalized Intelligence
Your interactions help create AI experiences tailored to your playstyle, behavior, and context.
Smart sensing mouse
Contactless Brain interface
Immersive headphones
Sensor glove
ONE TOKEN, FOUR DIMENSIONS OF VALUE
FAR AI is built as a decentralized compute lattice made up of four dimensions of value: InFAAS, FAR Chat, AI Digital Twin, and Commission. Each module represents a distinct capability within the ecosystem, and together they form the core utility of FAR AI. These services also contribute to the FAR AI revenue pool, which is shared with nodes and users who stake $FAR. As more applications, games, and AI tools integrate with the FAR AI, the network processes more inference and collects more usage fees directly increasing the rewards distributed to stakers.
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Low Fees
Optimized for gaming with minimal transaction costs
Fast Transactions
Near-instant transfers for seamless gaming experiences
Secure & Decentralized
Built on proven blockchain technology for maximum security
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Token Utility

$FAR Token Ecosystem

The $FAR token powers the entire FAR Labs ecosystem, providing utility, governance, and value creation opportunities for the community.
Total Supply
1B $FAR
Circulating
250M $FAR
Market Cap
$125M USD
Active Holders
99.48K

Powered by Industry Leaders

FAR Labs is backed by the visionary team at Dizzaract, bringing together gaming innovation and enterprise-scale infrastructure
FAR Labs
Revolutionary AI-powered gaming vision and cutting-edge game development
AI Innovation - Leading
Game Design - Award-winning
Vision - Future-focused
Partner with us
Innovation Acceleration
Combining Farcana's AI gaming vision with NetEase's proven infrastructure
Global Scale
Access to worldwide markets and enterprise-level distribution channels
R&D Excellence
Combined research capabilities driving breakthrough AI gaming technologies

Strategic
Roadmap Unveiling

Follow our staged announcement strategy as we reveal major milestones, partnerships, and innovations shaping the future of AI gaming.
Completed
1
Current
1
Upcoming
3
Focus Year
2025/26
Current
Q4/ 2025 FAR Labs
Expanded $FAR utility beyond gaming
DePIN integration and AI reward mechanisms
Revenue-sharing opportunities
Staking features preview
New umbrella entity structure
Interactive dashboard with all revenue streams
Real-time ecosystem growth tracking
Staking rewards calculator
Transparent protocol revenues
upcoming
Q1/ 2026 The Great Migration
Polygon pool closes
Liquidity migration begins
CEX migrations execute
upcoming
Q2/2026 FAR AI Activation DePIN MVP Launch
First revenue-generating product live
Initial node operators onboarded
Revenue flow to stakers begins
Performance metrics activated
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Research
& Publications

Published papers
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Abu Dhabi Grant News
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