ToiiNetwork – AI & DePIN-Optimized Blockchain Layer
ToiiNetwork is a modular L2 chain purpose-built to run AI workloads, decentralized social primitives, and DePIN incentives at scale. It combines a managed rollup framework with a modular data-availability layer and a contribution-aware token economy.
2.1 Architecture
Execution & Rollup Framework (Caldera)
Managed rollup stack with configurable virtual machine (EVM-compatible by default).
Dedicated sequencer for low-latency UX; permissioned->progressive decentralization roadmap.
Supports fraud- or validity-proof pipelines (configurable per release) for settlement to an L1.
Data Availability (Celestia DA)
Transactions and large payloads (AI job manifests, storage commitments) are blob-posted to Celestia for scalable DA.
Provides censorship resistance and verifiable data sampling without overloading the settlement layer.
Settlement & Bridging
Standard rollup bridge contracts on the settlement L1 for deposits/withdrawals.
Adapters for third-party bridges to interoperate with major L1/L2s when required.
Resource-Aware Runtime
Native message types for AI inference/training jobs, storage commitments, and bandwidth relays so dApps can express off-chain work on-chain.
Event topics and receipts designed for deterministic metering by the PoC Engine.
2.2 Core Mechanisms
Proof-of-Contribution (PoC) – Network Layer
100% of $TOII issuance is created via verified contributions in AI compute, storage, and bandwidth.
Contributions are batched into epochs; each epoch mints $TOII pro-rata to verified work.
PoC Engine
On-chain contracts + off-chain verifiers that:
ingest signed measurement reports (e.g., compute time, bytes served, storage proofs),
validate them against attestations (TEE/host proofs, storage proofs, bandwidth receipts),
settle rewards to contributors.
Double-spend and replay protection via nonces and epoch windows.
GeoIP Control
Multi-layer enforcement for regional compliance:
Gateway/RPC geofencing and API-key allow/deny lists,
Node operator jurisdiction attestations,
On-chain policy registry (country/region tags) consulted by frontends and gateways.
Designed to minimize on-chain discrimination while enabling product-level compliance.
2.3 Operational Modules
AI Compute — Distributed Processing
Nodes register capabilities (GPU/CPU, VRAM, ops/s), accept jobs from the marketplace, and produce attested results (TEE or committee verification).
Paid and rewarded based on receipts and quality metrics.
Storage — Decentralized, Redundant Data
Hybrid IPFS + ToiiStorage network with pinning/replication markets and SLAs.
Periodic proof-of-replication/availability windows.
Ideal for social content, AI models/datasets, and encrypted user files.
Bandwidth — Peer-to-Peer Contribution
Relay/edge nodes provide egress/ingress, mesh routing, and caching (powering apps like Meshii).
Bytes served / latency / uptime are cross-signed and probabilistically sampled.
Validator / Supernode — Consensus & Coordination
Validators: sequencing, block production, proof orchestration; stake $TOII with slashing for equivocation/censorship/invalid attestations.
Supernodes (optional): indexing, search, AI job routing, caching for higher-tier performance.
2.4 Token & Fee Model (Network Layer)
Gas & Fees
$TOII is the gas token for execution. Portions of fees are burned (base fee) and recycled to PoC pools (priority fee) to align security with usage.
Rewards
Network-level PoC mints $TOII to resource contributors.
(Complementary) Protocol-level PoC in the Toii Protocol mints $SOUL for application-layer behaviors (social, identity, etc.). Both streams are accounted by the PoC Engine but remain layer-scoped.
Staking & Governance
Validators and certain service operators stake $TOII.
On-chain governance controls PoC parameters (epoch length, weightings), fee splits, and upgrade cadence.
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