# The Future Trajectory When benchmarking InterLink Chain against traditional smart contract platforms, the architectural advantages become immediately evident. The design directly addresses the three most painful failure points that have prevented real-world businesses from adopting Web3 at scale. ### Network Performance Benchmarks InterLink Chain is engineered to meet the throughput demands of mass-market consumer apps and payment systems—not just niche DeFi protocols.
MetricInterLink ChainEthereum MainnetSolana
Target TPS5,000+~15~3,000 (variable)
Block Time~2 seconds~12 seconds~0.4 seconds
Transaction FinalityInstant (deterministic)~12 minutes (probabilistic)~13 seconds (probabilistic)
EVM CompatibilityFullNativePartial (via bridge)
Sybil-ResistanceNative (ZK-Biometric)NoneNone
> **Note:** TPS benchmarks reflect the design target for the InterLink Chain Mainnet. Network performance will be publicly verified during the Open Mainnet phase. *** ### InterLink vs. Legacy Architectures #### 1. The MEV & Bot Extraction Problem * **The Legacy Failure (Ethereum/Solana):** Automated bots front-run user transactions (MEV) and computationally drain liquidity pools. Ordinary users pay hidden taxes from algorithmic extraction without ever knowing it. * **The InterLink Solution:** Because Layer 0 ZK-Biometric identity gatekeeps execution access, bots are mechanically prohibited from obtaining an InterLink ID. Human-restricted contracts and AMM pools remain mathematically pure and cannot be drained by unauthorized agents. #### 2. The Liquidity Fragmentation Problem * **The Legacy Failure (General L2s):** A promising business launches on-chain, but its liquidity fractures across ten different DEX aggregators, resulting in severe price slippage and unpredictable pricing for users. * **The InterLink Solution:** Protocol-Embedded AMMs at Layer 2 consolidate liquidity at the core protocol level. Every transaction routes to a singular, optimized pool—mathematically guaranteeing the deepest available liquidity for each asset at all times. #### 3. The Business Onboarding Friction Problem * **The Legacy Failure:** Businesses trying to move on-chain are forced to hire expensive blockchain specialists just to process a basic token payment. * **The InterLink Solution:** Through the InterLink MDK and the Smart Account layer, integrating blockchain payments becomes as simple as embedding a widget. The business earns native RWA liquidity, and the customer interacts without ever knowing they touched a decentralized ledger. *** ### The Future Trajectory: Scaling to the 1-Billion Horizon The current multi-tiered architecture delivers real-world throughput today. InterLink Labs is simultaneously tracking the most consequential technology shifts of the next decade—and positioning the network as the natural settlement layer for each one of them. #### The Privacy-Compute Convergence: Fully Homomorphic Encryption (FHE) One of the most transformative frontiers in applied cryptography is the rise of computation over encrypted data. InterLink is positioning to deploy FHE at the biometric layer—allowing the network to verify human identity on fully encrypted inputs, without ever decrypting the underlying data. The consequences are dual: users gain absolute biological privacy, while businesses unlock compliant customer verification flows that satisfy global regulatory requirements without ever storing sensitive personal data—collapsing the cost and risk of KYC to near zero. #### The Verifiable Economy: On-Chain Revenue & Identity Attestation As the global economy demands cryptographic proof over auditor opinion, InterLink's RWA Protocol evolves toward **verifiable attestation**—both for people and for commerce. Any individual can prove personhood. Any business can mathematically prove their token is backed by an auditable, real-time stream of transactions. This creates a new financial primitive: *transaction-backed micro-equity*, accessible to a corner shop and a regional conglomerate alike, evaluated by investors worldwide through open cryptographic verification rather than closed financial reports. #### The Identity Web: Universal Passports for Humans and Businesses The next critical infrastructure layer of Web3 is interoperable identity. InterLink is building toward a dual-layer registry: the **InterLink ID** (the universal proof of personhood) and the **InterLink Business Registry** (a verifiable on-chain directory of real-world operating businesses). Through ZK-Oracles and Cross-Chain State Bridges, both identities become natively queryable from any blockchain ecosystem—turning InterLink into the authoritative trust anchor of the decentralized internet, for both individuals and the organizations they build. #### The Agentic Economy: AI-Native Financial Primitives As autonomous AI agents begin executing real-world financial decisions on behalf of humans and organizations, they require an identity and payment layer guaranteeing they act on behalf of a verified, authorized principal. InterLink's Human Identity and Smart Account architecture lays the exact substrate: AI agents operating under a delegated InterLink ID, with programmable spending limits, sponsored gas, and on-chain revenue routing—opening an entirely new market of human-authorized, machine-executed commerce. #### Post-Quantum Resilience As quantum computing matures, the network's modular architecture is designed to transition toward lattice-based, post-quantum signature schemes—ensuring both human identities and business assets remain impenetrable long after classical encryption becomes vulnerable. Ultimately, InterLink Chain will anchor the global flow of digital value as the definitive **Identity and Commerce Settlement Layer** of the decentralized internet—where every human is verifiable and every business is trusted.