Layer 2 · ZK · Interop

Kronos Protocol

A modular ZK Layer 2 built for interoperability

Fast, privacy-preserving execution with native bridges across Ethereum, Solana, TON, and Base.

Modularity
Decouple execution, proving, and data availability to ship upgrades safely.
ZK & privacy
Validity proofs on Ethereum; programmable confidentiality for applications.
Native interop
Bridge routes engineered around verifiable proofs and clear trust models.

Why Kronos Protocol?

Infrastructure-first thinking: proofs, bridges, and economics treated as engineering constraints—not billboard slogans.

ZK scalability

Hybrid proving: workload-specific circuits balance proof cost, latency, and cryptographic assumptions.

Native interop

Bridges built around succinct proofs and explicit trust assumptions per host chain.

Programmable privacy

Policy-driven disclosure for institutions—without giving up composability where it matters.

Resilient sequencing

Decentralized sequencer set with ordering rules designed to reduce abusive extraction.

TimeWarp Consensus

TimeWarp is a scheduling layer on top of the L2 pipeline: it adjusts batch granularity, checkpoint cadence, and allowed execution parallelism based on observed load and latency—without changing the underlying BFT safety story.

  • Proof-of-Stake consensus with BFT quorum for blocks and signed roots; Ethereum settlement for global validity.
  • Restaking (where deployed) to align operators with additional economic collateral.
  • Under load, the protocol favors larger batches and amortized proving windows; under light load, it tightens intervals to improve perceived latency.

Technical Architecture

A modular 2025–2026 stack: each layer can evolve on its own release cadence under governance and audits.

  1. 01
    Execution Layer

    EVM-compatible environment with ZK-oriented precompiles for critical paths.

  2. 02
    Proving Layer

    Succinct proof generation; recursion and parallel proving where cost-benefit supports it.

  3. 03
    Data Availability

    Modular DA (EigenDA-class): commitments, sampling, and verifiable replay.

  4. 04
    Interop Mesh

    Connectors to ETH, Base, Solana, and TON with explicit verification costs per route.

ZK
EVM
Interop
DA
Ordering
Privacy

ZK Interoperability

Routes are engineered around verifiable proofs, source-chain finality, and explicit trust assumptions—no hand-wavy “trust us” bridges.

ZK Proof Bridges

Native ZK bridges with on-chain verifiable finality between Ethereum, Base, TON and Solana ecosystems.

ETH
BASE
KON
TON
SOL

Economics & Tokenomics

Fixed supply, long-dated unlocks, and protocol utility described in the whitepaper. KON coordinates governance, security, and ecosystem incentives.

Token Allocation (1,000,000,000 KON)

Ecosystem & grants38%
Community airdrops18%
Team (locked)15%
Liquidity & MM14%
Investors10%
Treasury5%

Value Creation Model

  • Protocol redistribution
    Net sequencer revenue flows into buyback & burn and treasury policies voted on-chain.
  • Staking & security
    Stake and restaking align validators, operators, and long-term protocol health.
  • Engagement
    Reputation-weighted programs reward builders and community contributors with anti-sybil guardrails.

Social & Reputation

Messaging integrations (Telegram, Discord) and an engagement index for community programs—weighted toward documentation, integrations, and high-signal testnet feedback. Final weighting and caps are published with the protocol parameters.

Engagement index
28

Session engagement events recorded: 42

Incentive calibration

Rewards prioritize durable contribution over raw volume. Sybil resistance, rate limits, and governance-adjusted ceilings are specified in the whitepaper and on-chain parameter docs.

Genesis Airdrop

Une part du supply finance la distribution communautaire (tokenomics & whitepaper). Ce site te donne un aperçu : boosts, partages et parrainage augmentent ton score — le détail et l'accès complet passent par le bot Telegram.

Allocation indicative (aperçu)
3 200 KON

Chiffre illustratif sur la landing. Règles d'éligibilité, snapshot et parrainage réels : via le bot / mini-app après déploiement.

Affichage
KONUSD
Accès Genesis

Invite ton réseau et fais monter ton score dans l'app — les vrais liens de parrainage et la suite du parcours sont dans le bot Telegram. Il t'envoie un message d'accueil ; un bouton y ouvrira la mini-app une fois le domaine et la TMA en production (configuration BotFather à venir).

Accéder via TelegramEngagement & réputation (aperçu)

Live Testnet Metrics

Rolling aggregates from the public indexer: throughput, activity, proving latency, and fee levels observed on the current testnet release.

Throughput (short window)
tps
Transactions / 24h
Active wallets
Proof latency (p50)
ms
Average fee

Roadmap 2026–2027

Milestones are subject to audit outcomes, testnet feedback, and regulatory constraints. Dates may shift when security or compliance requires it.

2026 H1
Public testnet & tooling

Developer documentation, explorers, and test environments; initial smart contract audits.

2026 H2
Interop & bridges

Iterations on EVM routes; verification prototypes for non-EVM ecosystems with explicit cost models.

2027 H1
Mainnet candidate

Operational hardening, progressive sequencer decentralization, initial on-chain governance.