Semantic Core and planning
The GCS controller plans the work and chooses which reasoning, memory, tools, and experts a task needs.
GNUS tokens live on Ethereum, Polygon, BNB Chain & Base
Specialized AI, Powered by Distributed Compute
GNUS.ai combines Genius Cognitive System (GCS)—a Semantic Core, specialized expert models, governed memory and verification—with SuperGenius distributed compute. Mainnet implementation is complete; public launch is being coordinated with GCS and the first applications.
EthereumPolygonBNB ChainBaseMore chains soon
Network Status
The SuperGenius mainnet implementation is complete. Public activation is held until GCS, Genius AI Boss, and other launch applications are ready. Live network metrics will appear after launch.
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Active Nodes
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Jobs Processed (24h)
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Compute Hours Delivered
Implementation completion is not the same as public deployment, independent audit, or production-scale performance. See the current platform status for the release distinction and launch dependencies.
Genius Cognitive System
Intelligence Built from Specialized Experts
GCS is more than agents on top of a model or a large model split across GPUs. It combines a Semantic Core, selected Expert Language Models (ELMs), governed memory, and independent checks for each task.
Specialized Expert Language Models
GCS selects compact, domain-focused ELMs rather than treating every request as one large model invocation.
Governed GAML memory
Structured memory can preserve important facts, events, and lessons, with privacy scopes and retention rules.
Verification and execution integrity
GCS checks cognitive answers separately from the controls that verify distributed work and settlement.
The cognitive system and the network have different jobs
GCS decides what work to perform and how to check the result. SuperGenius provides peer-to-peer compute, processing, and settlement when distributed execution is needed. GCS also supports local and private execution modes: not every request goes to a public swarm.
Existing AI apps, familiar API
A planned OpenAI-compatible API will let existing SDKs, IDE tools, and business apps call GCS using familiar request and streaming formats while GCS selects local, private, or distributed execution. This developer gateway is a v1.1 roadmap feature, not a live public API or a promise of full OpenAI feature compatibility.
GCS application integration is in progress. Detailed specifications describe the intended architecture and do not imply that every subsystem has been deployed.
GNUS.AI Features
Features
Decentralized Power at Your Fingertips
GNUS.AI bridges decentralized computing with cross platform accessibility, unlocking affordable AI/ML capabilities across any device.
Works Everywhere
GNUS SDK integrations target desktop and mobile environments. Compatibility with a device, console, or IoT platform depends on the specific build and integration.
Always Available
Distributed scheduling and recovery are designed for resilience. Public mainnet is not active yet, and no production uptime guarantee is stated.
Customizable
The platform supports architectural choices for local, private, and distributed work. Available interfaces and privacy guarantees depend on the application.
Organic
The platform is designed to support application-led adoption:
- Developers can offer optional compute participation and AI features.
- Eligible devices may earn GNUS under the public network terms after activation.
- Using existing hardware aims to reduce infrastructure costs; savings need measured workload comparisons.
Efficient Processing and Settlement
The native network is designed for low-overhead processing and settlement. Measured performance and reliability require published benchmarks.
Mobile First Design
GCS and GNUS aim to use small, specialized models where hardware supports them. Performance depends on the model, device, and execution mode.
Preview screenshots — the wallet app is still in active development, final UI may differ.
Under the Hood
The Cross-Platform Power of GNUS.AI
This illustrates a GNUS distributed processing flow, not a claim that public mainnet jobs or rewards are available today. The SuperGenius implementation is complete; public activation is pending.
Step 01
Pay & Upload
An application prepares a processing request, identifies the required data, and arranges payment under the supported network rules.
Step 02
Distribute
Eligible jobs may be divided and scheduled on participating devices; local and private processing are also possible.
Step 03
Process & Verify
Nodes execute assigned work. Execution checks are distinct from checks of the accuracy or quality of an AI answer.
Step 04
Settle
The network applies its configured job accounting and settlement rules. Allocation and burn settings must be verified for the actual deployment.
The Token
$GNUS Powers the Network
GNUS is designed for compute payments and application use. EVM token contracts are live; native SuperGenius public processing is not yet active.
Pay for AI/ML compute
GNUS is intended for AI and machine learning processing payments once the public SuperGenius network and launch applications are ready.
Spend it in games and apps
Developers can use the GNUS SDK to integrate GNUS into games and applications, subject to supported product and network features.
Earn by contributing power
When the public network launches, eligible devices may contribute processing work and receive GNUS under the applicable network reward rules.
For Developers
Integrate GNUS payments directly into your game or app with the official SDK bindings.
Multichain by design
Each chain above has its own GNUS contract deployment. Available venues and liquidity vary by chain. Do not assume cross-chain transfers are supported; verify the contract and market before trading.
More networks are on the way. Follow our official channels for launch announcements.
See the published SolidProof contract audit for the specific review scope. It does not establish that SuperGenius or GCS has been audited.
Token Accounting & Processing
The native SuperGenius processing burn, EVM contract burns, and job payout allocation serve different purposes. No fixed payout split is asserted for a public mainnet that has not launched.
Native processing burn
The SuperGenius code defines a 1% genesis default, with quorum-controlled changes. The default is not proof of the current or future live configuration.
EVM mint, redemption and bridge burns
EVM contracts also burn tokens during certain child-token conversions and bridging operations. These are separate from a native processing payout, and a bridge burn may be matched by a destination mint.
GNUS and SGNUS: EVM token contracts are separate from the native SuperGenius network. The public GNUS/SGNUS bridge is not live, and native mainnet activation is still pending application readiness.
Read current tokenomics notes and technical distinctionsHow It Compares
Not Just Another GPU Marketplace
Most decentralized compute networks aggregate data center or specialist GPU hardware. GNUS.AI is built around everyday consumer devices instead.
| Project | Focus | Chain | Compute source |
|---|---|---|---|
| GNUS.AI | GCS specialist AI and distributed compute; GNUS tokens used for eligible network settlement | Ethereum, Polygon, BNB Chain, Base | Everyday consumer devices (phones, desktops) via the GNUS SDK |
| Render Network | 3D rendering, expanding into general GPU compute | Solana | GPU render node operators |
| Akash Network | General purpose decentralized cloud compute | Cosmos (own chain) | Data center and independent server providers |
| io.net | Aggregated GPU clusters for AI/ML workloads | Solana | Data center, crypto miner, and independent GPU clusters |
Comparisons reflect each project's own public positioning and are provided for general orientation, not a claim of superiority.
Roadmap
The Journey So Far, and What's Next
Separate the software we have built from the applications and release work still underway.
01
Built and Available
Distinguishing deployed EVM tokens from completed native mainnet software.
GNUS tokens on EVM chains
GNUS contracts exist on Ethereum, Polygon, BNB Chain, and Base. These EVM deployments are separate from SuperGenius public mainnet activation.
SuperGenius mainnet implementation complete
The core mainnet software is complete. The native public mainnet has deliberately not been activated yet.
Developer SDK bindings public
Core SDK and Unity, React Native, and TypeScript bindings are available in public GitHub repositories.
02
Launch PreparationPreparing Launch
Coordinating applications, integration, and validation before public activation.
Genius Cognitive System
Integrating the Semantic Core, selected expert models, governed memory, and verification with local, private, and distributed execution.
Genius AI Boss and launch applications
Preparing the applications intended to provide useful workloads when the public network opens.
GNUS / SGNUS bridge readiness
Preparing and validating the token-to-native-network bridge. This is not a claim of a live public bridge.
03
Public Activation
No new public launch date has been announced.
Coordinated SuperGenius mainnet launch
Public activation will follow application and deployment readiness, not another mainnet implementation milestone.
Measured production metrics
Publish live node counts, completed jobs, compute hours, and evidence-backed performance once available.
Additional supported chains
Future network support will be announced separately from the chains with existing EVM token contracts.
Ecosystem
Beyond the Website
GNUS.AI is a full ecosystem, not just a landing page. Governance, code, and documentation all live in the open.
Trusted By
And the wider network behind GNUS.AI
