Whitepaper v2.0 • Green Layer-1 Protocol

VERDIS CHAIN
Whitepaper

The world's first designed for energy efficiency Layer-1 blockchain. Built with Substrate, powered by native DPoS consensus, AMM DEX, ink! smart contracts, and on-chain carbon credit tracking — connected to the Protremix AI Engineering ecosystem.

Read Whitepaper ↓Light Paper →Download PDF ↓
Whitepaper v2.0
Protocol Specification
VRDX Supply
100B
Fixed • Disinflationary
Core Team
Engineering + Vision
Roadmap
Q1 2026 — Genesis
Q2 2026 — Staking
Q3 2026 — Mainnet live
Q4 2026 — TGE
2030 — Global Scale
🌱
—
Carbon impact: measurement pending
DPoS Consensus
Substrate + ink!
Carbon Credits
Protremix
Total Supply
100B VRDX
Fixed Supply • Disinflationary
Current Block
#—
Connecting to RPC...
Active Validators
3
DPoS Active Consensus Nodes
Connected Peers
—
Network Health

Executive Summary

Verdis Chain is a designed for energy efficiency Layer-1 blockchain built on Substrate, powered by native Delegated Proof-of-Stake (DPoS) consensus, an integrated AMM decentralized exchange (DEX), ink! smart contracts, and on-chain carbon credit tracking. The protocol is designed to prove that blockchain infrastructure can be environmentally regenerative rather than destructive.

The native token, VRDX, has a fixed supply of 100 billion with 9 decimals, serving as the gas token, staking asset, governance instrument, and medium of exchange across the ecosystem. VRDX is not an ERC-20 wrapper — it is woven into the consensus layer itself.

Verdis Chain connects to Protremix, an AI Engineering Operating System that provides smart contract auditing, AI-powered development tools, and a plugin marketplace. Together, they form a complete green technology stack: blockchain provides trust and value transfer, AI provides intelligence and automation.

The protocol features 34 Substrate pallets, including DPoS consensus with 21 target validators, an AMM DEX pallet (no pools created yet), carbon credit minting and retirement, green validator scoring, reforestation logging, governance, IBC cross-chain communication, and Solana-inspired innovations (Gulf Stream, Turbine, Sealevel execution, ZK compression).

The Challenge

The Problem We're Solving

The blockchain industry faces three fundamental crises: environmental destruction, economic centralization, and technical fragmentation. Verdis Chain was built to address all three.

⚡
Energy Consumption Crisis
Bitcoin and Ethereum combined consume more electricity than entire nations. Proof-of-Work mining produces 50+ million tonnes of CO2 annually, making blockchain one of the most environmentally destructive technologies ever created. No major chain has a credible path to carbon negativity.
🛠
Validator Centralization
Most DPoS and PoS networks concentrate power among a small number of institutional validators. Without green energy incentives and decentralization mandates, networks become oligarchies that prioritize profit over security and sustainability.
🔕
Fragmented Ecosystems
Blockchain, AI, and traditional fintech operate in silos. Developers must stitch together multiple chains, bridges, AI APIs, and payment systems with no unified standard. This creates friction, security risks, and poor developer experience.
📊
Opaque Carbon Markets
Voluntary carbon credit markets suffer from double-counting, lack of transparency, and no real-time verification. Projects cannot prove their environmental impact. Buyers cannot trust that credits represent genuine carbon offsets.
🏨
DEX Security Vulnerabilities
Existing AMM DEX implementations have suffered from reentrancy attacks, overflow/underflow exploits, and LP token manipulation. Many DEX protocols are built as smart contracts on top of chains rather than as native pallets, adding layers of risk.
🤝
Lack of Green Incentives
No major blockchain rewards validators for using renewable energy. There is no on-chain mechanism to verify, score, or incentivize green operations. The industry talks about sustainability but has no economic model to enforce it.
Our Answer

The Verdis Solution

Verdis Chain addresses each problem with a purpose-built, native-layer solution — not a patch or a smart contract overlay.

✓

Carbon-Native Blockchain Architecture

Carbon credit minting, retirement, and verification are built directly into the protocol as native pallets — not as ERC-20 tokens or external oracles. Every transaction contributes to carbon offsetting through a 20% fee auto-retire mechanism. The chain is designed to be designed for energy efficiency by architecture, not by offset purchases.

✓

DPoS with Green Validator Scoring

Validators are incentivized to operate on 100% renewable energy through on-chain green scoring. Green validators earn a +2.5% APY bonus yield. The protocol targets 21 active validators with geographic diversity, preventing the centralization seen in networks with fewer, larger validators.

✓

Native AMM DEX (Not a Smart Contract)

The DEX is implemented as a Substrate pallet, not an ink!/Solidity contract. This eliminates reentrancy risks, reduces gas costs, and provides overflow-safe arithmetic with checked_mul/checked_add operations. No liquidity pools have been created yet; the pool count on chain is 0.

✓

Unified Ecosystem with Protremix

Verdis Chain and Protremix are designed as a single ecosystem. Blockchain provides trust and value transfer; AI provides intelligence, smart contract auditing, and development tools. Developers build once and deploy across both platforms.

✓

Transparent On-Chain Carbon Credits

Every carbon credit is minted on-chain with verifiable provenance. Retirements are public and immutable. 1 tCO2e = 100 Eco-Credits. Double-counting is impossible by protocol design. Reforestation projects are logged with GPS coordinates and verification metadata.

✓

Solana-Inspired Performance Innovations

Gulf Stream transaction forwarding, Turbine block propagation, Sealevel parallel execution, ZK compression, and Account Lookup Tables (ALT) are implemented as native pallets — bringing high-throughput architecture to the Substrate ecosystem without compromising on decentralization.

Origin

Our Story

How Verdis Chain was born from a vision to build the world's first designed for energy efficiency blockchain ecosystem.

Verdis Chain was founded by Rojs Gordons, a European fintech veteran and CEO of Protremix, a software development company specializing in payment systems and blockchain infrastructure. After building the Anerium fintech platform and multiple production-grade payment systems, Rojs recognized a fundamental problem: the blockchain industry was consuming more energy than entire nations, with no credible path to sustainability.

The vision was clear — build a Layer-1 blockchain that doesn't just offset its carbon footprint, but is designed for energy efficiency by design. Not through external offsets purchased after the fact, but through protocol-native mechanisms: carbon credit minting, green validator scoring, and reforestation tracking — all embedded directly into consensus.

Verdis Chain was built from scratch using Substrate, the same framework powering Polkadot, giving it production-grade security, modular governance, and cross-chain interoperability. The name "Verdis" — derived from the Latin word for green — reflects the core mission: a blockchain that is genuinely green, not just marketed as such.

Today, Verdis Chain operates a live mainnet with 21 active DPoS validators (21 registered), a native AMM DEX pallet (no pools created yet), on-chain carbon credits, and deep integration with Protremix — the AI Engineering Operating System that serves as the intelligence layer for the entire ecosystem.

2024
Vision & Research
Founded by Rojs Gordons. Extensive research into DPoS consensus, carbon credit markets, and Substrate architecture.
2025
Protocol Development
Built 16 Substrate pallets: DPoS, AMM DEX, Eco, Tokenomics, Vesting, Contracts, and Solana-inspired innovations (PoH, Gulf Stream, Turbine).
Q1 2026
Testnet Launch
Live testnet deployed at verdischain.com with 21 registered validators and the AMM DEX pallet deployed (no pools created yet), and real-time Verdiscan explorer.
Q2 2026
Ecosystem Expansion
Integration with Protremix, JavaScript SDK, smart contract platform, and mobile wallet development.
Q3 2026
Security Audit & SDK Release
Internal review completed; independent third-party audit not yet started, JavaScript SDK released (51 methods), DEX swap UI testing, Web Wallet refactor with @noble/secp256k1.
<
Q3 2026
Mainnet Live
Production mainnet running with 21 active validators and GRANDPA finality. Still ahead: TGE with 8B circulating supply, full tokenomics activation, and DAO governance assuming treasury control — circulating supply on chain is currently 0.
2027 – 2028
Cross-Chain Expansion
IBC bridges to Polkadot, Cosmos, Ethereum. Carbon credit marketplace launch. 100+ active validators. First 1M tCO2e retired on-chain.
2029 – 2030
ZK Rollup & AI Governance
10,000+ TPS ZK rollup deployed. AI-powered autonomous governance via Protremix. 10M+ tCO2e cumulative offsets. Global reforestation partnerships across 20+ countries.
2030 – 2035
Global Green Finance Layer
Carbon-backed stablecoins, green bonds, ESG DeFi. Institutional integration with Not Verified and Not Verified. 100M+ tCO2e annual offset capacity. VRDX as global green settlement layer.
2035 – 2040
Designed for energy efficiency Planet
1B+ tCO2e cumulative carbon retired. 500+ validators in 50+ countries on 100% renewable energy. Verdis Chain becomes the global trust layer for environmental accountability.
2027+
Mainnet & Global Scaling
Mainnet launch, cross-chain bridges, global reforestation partnerships, and 10M+ tCO2e verified offsets.
Token Fundamentals

Why VRDX is a Native Token

VRDX is not an ERC-20 token deployed on another chain. It is the native protocol asset — woven into the very fabric of Verdis Chain at the consensus level.

⚡
Protocol-Level Gas
VRDX is the native gas token. Every transaction, smart contract execution, and state change requires VRDX. This creates perpetual demand directly tied to network usage — not speculative trading.
🔒
Consensus Security
VRDX is bonded by validators in the DPoS consensus. Slashing, rewards, and epoch selection all operate on native VRDX. The token IS the security guarantee of the entire chain.
🏛️
On-Chain Governance
VRDX holders vote on protocol upgrades, parameter changes, and treasury disbursements. Governance power is proportional to stake — making every VRDX holder a participant in the protocol's future.
🌱
Carbon Credit Backing
20% of all VRDX transaction fees are automatically directed to purchasing and retiring carbon credits on-chain. The token's velocity directly funds environmental restoration — a first in blockchain history.
🔄
DEX Liquidity
VRDX is the base pair for all AMM DEX liquidity pools. Every token swap, liquidity provision, and yield farming position requires VRDX — creating deep, structural liquidity demand.
🌉
Cross-Chain Bridge Asset
VRDX serves as the collateral for wrapped tokens across Ethereum, BSC, and Polygon. Locking native VRDX mints wrapped representations — maintaining 1:1 backing at the protocol level.
Engineering

Technical Architecture

A multi-layer architecture built on Substrate with 34 pallets, ink! smart contracts, and Solana-inspired innovations for high throughput.

07
Application Layer — Web & Mobile
User-facing interfaces: Verdiscan Explorer, DEX swap UI, Web Wallet, Android APK, Faucet, and API documentation.
ReactTailwindWebSocketAndroid
06
Smart Contract Layer — ink!
Substrate-native smart contracts via pallet_contracts. Deploy ink! contracts compiled to WebAssembly with gas-metered execution. No EVM/Solidity dependency.
ink!WASMpallet_contractsChain 909
05
DEX & DeFi Layer — AMM Protocol
Native AMM DEX pallet with liquidity pools, swap routing, and yield farming. No pools created yet — pool count on chain is 0. Token-2022 extensions for transfer fees and metadata.
AmmDex Pallet0 PoolsToken-2022
04
Eco Layer — Carbon Credits & Green Scoring
Protocol-native carbon credit minting, retirement tracking, green validator scoring, and reforestation logging. 5,260 kg CO2 offset, 242 trees verified.
Eco PalletpCO2Green Score
03
Consensus Layer — DPoS + BABE + GRANDPA
Delegated Proof of Stake with 21 registered validators (21 active), BABE block production, GRANDPA finality. Solana-inspired: PoH, Gulf Stream, Turbine, ZK Compression, Sealevel, ALT, Cloudbreak.
DPoSBABEGRANDPAPoHGulf StreamIBC
02
Runtime Layer — Substrate Pallets
34 pallets in the runtime, written in Rust: Tokenomics, Vesting, DPoS, AmmDex, Eco, Storage, FungibleTokens, NFTs, Governance, Treasury, Council, Democracy, Multisig, Proxy, and IBC. 734 tests passing.
Rust16 Pallets734 TestsWASM
01
Network Layer — P2P + RPC
Substrate P2P networking with libp2p, JSON-RPC (HTTP + WebSocket), and real-time block subscriptions. Nginx reverse proxy with TLS 1.3 and HSTS.
libp2pJSON-RPCWebSocketTLS 1.3
Consensus

DPoS Consensus & Block Production

Verdis Chain uses Delegated Proof-of-Stake (DPoS) with BABE/GRANDPA finality — combining fast block production with provable deterministic finality.

How DPoS Works on Verdis Chain

VRDX holders delegate their tokens to validators. The top 21 validators by delegated stake are selected as active block producers each epoch. Validators produce blocks using BABE (Blind Assignment for Blockchain Extension), while GRANDPA provides deterministic finality — once a block is finalized by GRANDPA, it cannot be reverted.

ParameterValueDescription
Consensus EngineBABE + GRANDPABlock production + finality gadget
Active Validators21Target validator set size
Epoch Duration1,200 blocksValidator set rotation period
Session Period50 blocksSession key rotation interval
FinalityDeterministicGRANDPA BFT finality gadget
Block Time~6 secondsTarget block production interval
SlashingEnabledPenalties for equivocation and downtime
Green Validator Bonus+2.5% APYAdditional yield for renewable energy validators
♻
BABE Block Production
VRF-based slot assignment ensures fair, unpredictable block production. Each validator gets assigned slots based on their stake ratio, with a randomness beacon preventing predictability.
⚡
GRANDPA Finality
BFT finality gadget that finalizes blocks in batches rather than one-by-one. Provides sub-second finality under normal conditions and survives network partitions.
🌱
Green Scoring
On-chain green score (0-5) assigned to validators based on verified renewable energy usage. Higher scores earn additional staking yield and priority for ecosystem grants.
⚔
Slashing
Validators who equivocate (double-sign) or go offline are slashed. Slashed amounts are proportional to severity, with the slashed tokens burned or sent to treasury.
Programmability

Smart Contracts & Developer Platform

Verdis Chain supports ink! smart contracts — Rust-based, WebAssembly-compiled contracts that inherit the safety guarantees of the Rust type system.

ink! Smart Contract Platform

Smart contracts on Verdis Chain are written in ink!, a Rust-based embedded domain language. Unlike Solidity, ink! leverages Rust's ownership model and type safety to prevent entire classes of vulnerabilities — reentrancy, integer overflow, and memory safety issues are caught at compile time.

  • Compiled to WebAssembly — portable, efficient, and sandboxed
  • Rust type safety prevents buffer overflows and null pointer dereferences
  • Contract storage is automatically managed with type-safe mapping
  • Events and errors are first-class citizens with strongly-typed definitions
  • Cross-contract calls are type-checked at compile time
  • Integrated with the Protremix AI auditing platform for automated security review
🐍
Rust + WASM
Contracts compile to WebAssembly, providing near-native execution speed and cross-platform portability. Rust's zero-cost abstractions keep gas costs minimal.
🔒
AI-Powered Auditing
Protremix provides automated smart contract auditing. AI models analyze contract code for common vulnerability patterns, gas optimization opportunities, and best practice violations.
📦
Developer SDK
JavaScript SDK with 51 methods, native WebSocket support, and zero external dependencies. Deploy contracts, query state, and sign transactions programmatically.
🧪
Testnet Environment
Full testnet with faucet, block explorer, and documentation. Deploy and test contracts before mainnet launch with real consensus and real DEX pools.
Decentralized Exchange

Native AMM DEX Architecture

The Verdis DEX is a native Substrate pallet — not a smart contract. This eliminates reentrancy risks, reduces execution overhead, and provides overflow-safe arithmetic at the protocol level.

How the Native DEX Works

The DEX uses the constant product formula (x × y = k) popularized by Uniswap, but implemented as a native pallet with checked arithmetic. Every swap, liquidity addition, and removal uses checked_mul and checked_add operations — if any calculation would overflow, the transaction reverts with an error rather than wrapping around.

FeatureImplementationSecurity
AMM Formulax × y = kConstant product invariant
Swap Fee0.3%Standard AMM fee tier
Arithmeticchecked_mul / checked_addNo overflow/underflow possible
Self-Transfer GuardPreventedCannot swap token for itself
Pool BrickingPreventedZero-reserve pools are rejected
Deadline ProtectionMandatoryAll swaps include deadline parameter
Active Pools0No pools created yet; pairs are chosen by governance once assets exist
💧
Liquidity Provision
Anyone can create a liquidity pool by providing equal-value deposits of two tokens. LP tokens represent proportional ownership of the pool and can be withdrawn at any time.
♻
Token Swaps
Instant token swaps with 0.3% fee distributed to liquidity providers. Slippage protection via deadline parameters. All swaps execute atomically — partial fills are not possible.
🛡
Overflow Protection
Every arithmetic operation uses checked math. If a swap result would exceed u128 maximum, the transaction fails cleanly rather than wrapping to a tiny number.
📊
On-Chain Pricing
Pool reserves serve as a decentralized price oracle. The DEX can be queried by other pallets for token pricing, enabling collateralized lending and other DeFi applications.
Ecosystem

Connection to Protremix

Verdis Chain and Protremix form a symbiotic ecosystem: blockchain provides trust and value transfer, AI provides intelligence and automation.

Verdis Chain
Designed for energy efficiency Layer-1 blockchain. Provides decentralized trust, value transfer, smart contracts, and on-chain carbon credits.
  • Native DPoS consensus (21 registered validators)
  • AMM DEX pallet (no pools yet)
  • Carbon credit minting & retirement
  • Cross-chain IBC protocol
  • VRDX token economics
⇄
Protremix
AI Engineering Operating System. Provides intelligent contract analysis, automated security audits, and AI-powered development tools.
  • AI Gateway with AI model integration
  • Smart contract security auditing
  • Plugin marketplace (12+ plugins)
  • Developer CLI & SDK
  • Enterprise SSO & RBAC

How they connect: Verdis Chain provides the decentralized infrastructure — trustless value transfer, immutable carbon credit records, and transparent governance. Protremix provides the intelligence layer — AI-powered contract analysis, automated security auditing, and developer tooling. Smart contracts deployed on Verdis Chain can be automatically audited by Protremix before deployment, ensuring higher security standards. The Protremix plugin marketplace can publish Verdis Chain-specific plugins for wallet management, DEX interaction, and carbon credit trading. Together, they create a complete ecosystem: blockchain for trust, AI for intelligence.

Vision

What Our Ecosystem Means

The Verdis ecosystem is more than a blockchain — it's a complete green technology stack connecting developers, validators, enterprises, and environmental projects.

🔗
Blockchain Layer
Verdis Chain provides trustless, transparent, and designed for energy efficiency infrastructure for all ecosystem components.
🔍
Verdiscan Explorer
Real-time block explorer with live RPC data, validator monitoring, DEX pool tracking, and eco metrics dashboard.
💱
AMM DEX
Native decentralized exchange pallet with AMM routing and yield farming for liquidity providers. No pools created yet.
👛
Web & Mobile Wallet
Non-custodial wallet for creating, importing, sending, receiving, and staking VRDX. Android APK available.
🌱
Eco Protocol
On-chain carbon credits, green validator scoring, reforestation logging, and carbon offset retirement.
🤖
Protremix AI
AI-powered contract auditing, developer tooling, plugin marketplace, and intelligent automation.
📚
Developer SDK
JavaScript SDK with 51 methods, native WebSocket support, and zero dependencies for easy integration.
🌉
Cross-Chain IBC
Inter-Blockchain Communication protocol for connecting Verdis Chain to other Substrate and Cosmos networks.
Governance

Decentralized Governance Model

VRDX holders govern the protocol through on-chain democracy. The governance system manages treasury allocations, runtime upgrades, and protocol parameters.

🗳
Democracy
Any VRDX holder can propose a referendum. Proposals are voted on by token-weighted quadratic voting. Approved proposals are automatically executed after an enactment delay.
  • Proposal submission requires token lock
  • Quadratic voting reduces whale influence
  • Enactment delay for safety review
🏛
Council
An elected council of 8 members fast-tracks proposals and manages emergency actions. Council members are elected by VRDX holders and can be removed via no-confidence vote.
  • 8 council members (expandable)
  • Fast-track for urgent protocol fixes
  • Removable via no-confidence vote
💰
Treasury
20B VRDX is allocated to the treasury, controlled by governance. Funds are spent on ecosystem grants, developer bounties, infrastructure, and carbon offset initiatives.
  • 15,000,000,000 VRDX allocated
  • DAO-governed spending
  • Transparent on-chain accounting
🔒
Technical Committee
A technical committee of core developers can veto emergency proposals that would harm the protocol. This provides a safety net against malicious governance attacks.
  • Emergency veto power
  • Composed of core protocol developers
  • Prevents harmful governance captures
Security

Security Architecture

Security is the foundational design principle of Verdis Chain. Every pallet, every extrinsic, and every storage item is built with defense-in-depth.

Security Principles

🔒

No Custodial Keys

The protocol never stores user private keys. All transactions are signed on the user's device (wallet). The TX Relay service only relays pre-signed extrinsics — it cannot sign on behalf of users.

🛡

Bounded Inputs

All extrinsic parameters use bounded Vec<u8> with length checks (32-128 bytes). This prevents storage DoS attacks where an attacker could submit unbounded data to exhaust chain storage.

⚡

Safe Integer Casts

All integer conversions use try_from instead of unsafe as casts. This prevents silent truncation bugs that could corrupt balances or staking calculations.

🔐

Checked Arithmetic

The DEX uses checked_mul and checked_add for all swap calculations. Overflow/underflow is impossible — transactions fail cleanly rather than wrapping around to incorrect values.

👤

Authorization Checks

Green score updates require root authorization (validators cannot self-score). Carbon credit minting requires verified authority. Reforestation project creation requires admin approval.

🔑

Air-Gapped Key Generation

Production validator keys must be generated on air-gapped machines. No hardcoded private keys, no server-side custody, no hidden privileged backdoors, no undocumented founder controls.

Applications

Real-World Use Cases

Verdis Chain is designed for real-world environmental, financial, and developer applications — not just speculation.

🌱
Carbon Credit Trading
Companies buy and retire on-chain carbon credits with full provenance tracking. Each credit represents 1 tCO2e of verified offset. Retirements are public, immutable, and auditable.
🌵
Reforestation Funding
Reforestation projects register on-chain with GPS coordinates and verification metadata. Donors fund projects directly. Progress is tracked transparently with milestone-based fund releases.
⚡
Green Energy Certification
Validators prove renewable energy usage and earn green scores. Energy providers can certify green energy production on-chain, creating a verifiable renewable energy certificate (REC) market.
♻
Decentralized Trading
The native AMM DEX enables permissionless token trading. Projects can create liquidity pools for their ecosystem tokens, providing instant liquidity without centralized exchanges.
🤖
AI-Powered Development
Through Protremix, developers use AI to audit smart contracts, generate boilerplate, and optimize gas. AI tools analyze on-chain data for security insights and protocol health monitoring.
🏦
DeFi Applications
The DEX serves as a price oracle for lending protocols. Staking derivatives, yield aggregation, and carbon-backed stablecoins can be built on top of the native pallet infrastructure.
📡
Cross-Chain Bridges
IBC protocol enables trust-minimized bridges to other chains. VRDX can be transferred to Polkadot parachains, Ethereum, and other IBC-enabled networks.
📋
Supply Chain Tracking
Green supply chains track products from origin to consumer. Each step is recorded on-chain with timestamp, location, and certification data — preventing greenwashing and fraud.
Roadmap

How We Will Improve Our Blockchain

A continuous improvement plan to make Verdis Chain faster, more secure, more decentralized, and more impactful.

01
Increase Validator Decentralization
Expand from 21 active validators to 100+ with geographic diversity with geographic diversity. Implement validator onboarding automation and green energy verification protocols to ensure all new validators operate on 100% renewable energy.
02
Cross-Chain Bridge Implementation
Deploy IBC bridges to Polkadot, Cosmos, Ethereum, and BSC. Enable wrapped VRDX on all major chains with protocol-level 1:1 backing and decentralized bridge validator sets.
03
Zero-Knowledge Proof Integration
Implement ZK rollups for off-chain computation with on-chain verification. Enable private transactions using ZK proofs while maintaining the transparent public ledger for carbon credit tracking.
04
Protremix Deep Integration
Integrate AI-powered smart contract auditing directly into the deployment pipeline. Every contract deployed on Verdis Chain will be automatically analyzed by Protremix before execution, with security scores and vulnerability reports published on-chain.
05
Carbon Credit Marketplace
Launch a decentralized carbon credit marketplace where verified reforestation projects can issue pCO2 tokens directly on Verdis Chain. Enterprises can purchase and retire credits with full transparency and immutable proof of offset.
06
Mobile-First Wallet Experience
Deploy native Android and iOS wallets with biometric authentication, NFC payments, and integrated DEX swapping. Enable VRDX as a medium of exchange for real-world green commerce.
07
Enterprise Green Blockchain API
Build a REST API and GraphQL endpoint for enterprises to integrate carbon credit tracking, green scoring, and supply chain verification directly into their existing systems without blockchain expertise.
08
Tokenomics Activation & Global Reforestation
Activate full tokenomics on the running mainnet. Partner with verified reforestation organizations globally to achieve 10M+ tCO2e verified carbon offsets retired on-chain by 2030.
Specifications

1. Token Overview

Core architectural parameters of the VRDX token — the native gas, staking, and governance asset powering Verdis Chain.

Total Supply100B VRDX100,000,000,000
Token TickerVRDXNative Layer-1 Asset
Chain ID909Verdis Testnet
ConsensusDPoSBABE + GRANDPA

Protocol Level Parameters

ParameterValueDescription / Implementation
Decimals91 VRDX = 1,000,000,000 Planck units
Block Time6 SecondsSlot time target via Substrate BABE engine
Genesis Emission1,250 VRDX / BlockDisinflationary emission model with 4-year halving cycle
ink! Runtimepallet_contractsSubstrate-native smart contracts compiled to WASM
Existential Deposit0.001 VRDXPrevents state bloat on ledger
Governance ModelSubstrate DemocracyDirect stake-weighted voting & Council proposals
Allocation

2. Supply Distribution

Transparent distribution model designed to incentivize long-term decentralization, ecosystem sustainability, and carbon credit direct funding.

100B
Total VRDX
Ecosystem & Developer Grants
Developer grants, AI, dApps, research, hackathons
25%
25,000,000,000 VRDX
PoS Staking Rewards
10-year validator & delegator rewards (2B/yr)
20%
20,000,000,000 VRDX
Treasury
Multisig 3-of-5, governance-controlled reserve
20%
20,000,000,000 VRDX
Development
Protremix, Verdis, AI infrastructure, SDK
10%
10,000,000,000 VRDX
Liquidity
DEX pools, CEX market making, managed reserve
10%
10,000,000,000 VRDX
Community
Contributors, bug bounty, education, hackathons
5%
5,000,000,000 VRDX
Seed / Strategic
$0.0015/VRDX, $4.5M target, 70% discount to TGE
3%
3,000,000,000 VRDX
Public Presale
$0.004/VRDX, $8M target, 20% discount
2%
2,000,000,000 VRDX
Team & Advisors
12-month cliff, 36-month linear vesting
5%
5,000,000,000 VRDX
Release Terms

3. Vesting Schedule

Structured release terms enforcing long-term alignment across team, investors, and ecosystem participants. Total raised: $0 (target: $18M) across 4 rounds.

Seed / Strategic (3B)$4.5M target
12-Month Cliff (0% unlocked at TGE)
$0.0015/VRDX. 70% discount to TGE. After month 12, linear release of 125M VRDX / month over 24 months (3 years total).
Cliff status: Active vesting
Community + Presale (3B)$11M raised
Phased Cliff (10-25% TGE)
Community: $0.003/VRDX, 20% TGE, 3mo cliff, 15mo linear. Presale: $0.004/VRDX, 25% TGE, 6mo linear. Min $100, max $25,000. KYC + whitelist.
Cliff status: Upcoming
Team & Advisors (5B)0% TGE
12-Month Cliff (0% unlocked)
100% locked for first 12 months. After month 12, linear release of 138.9M VRDX / month over 36 months (4 years total).
Cliff status: Locked
Ecosystem + Staking (45B)10-year release
Linear Release
Ecosystem Grants (25B): 4% TGE + 10yr linear. PoS Staking (20B): 2.5% TGE + 2B/yr emission for 10 years. Governance-controlled.
Distribution: Grants + staking rewards
From TGE Day

3.1. Vesting & Cliff Roadmap (From Token Sale Day)

Every unlock event measured from Day 0 (TGE — Token Generation Event). This is the day tokens are sold and released to the market. All cliffs, vesting periods, and circulating supply milestones are calculated from this date.

Day 0
TGE
8B circulating
(8%)
Month 3
Community
cliff ends
Month 6
Presale
cliff ends
Month 12
Seed + Team
cliff ends
Month 24
Seed fully
vested
Month 36
Presale fully
vested
Month 48
Team fully
vested
Year 10
Full unlock
95B+ circulating
TGE — Token Generation EventDay 0
Initial circulating supply: 8B VRDX (8%). Liquidity pools to be seeded at TGE. DEX pallet deployed; no pools yet. Staking rewards begin. All investor tokens are locked — 0% unlocked.
Circulating: 8,000,000,000 VRDX
Community Round Cliff EndsMonth 3
Community round (1B at $0.003) 12-month cliff completes. 20% TGE release already unlocked. Linear vesting of remaining 800M begins at 53.3M/month over 15 months.
+200M unlocked · 53.3M/month ongoing
Presale Cliff EndsMonth 6
Presale round (2B at $0.004) 6-month cliff completes. 25% TGE release already unlocked. Linear vesting of remaining 1.5B begins at 250M/month over 6 months.
+500M unlocked · 250M/month ongoing
Seed & Team Cliff EndsMonth 12
Seed/Private (3B) and Team (5B) 12-month cliffs complete. 0% was unlocked at TGE. Linear vesting begins: Seed at 125M/month over 24 months. Team at 138.9M/month over 36 months.
Seed: 125M/month · Team: 138.9M/month
Seed/Private Fully VestedMonth 36
All 3B Seed/Private tokens fully unlocked. 24 months of linear vesting complete. No more investor tokens locked from this allocation.
3,000,000,000 fully unlocked
Team Fully VestedMonth 48
All 5B Team & Advisor tokens fully unlocked. 36 months of linear vesting complete. All investor and team tokens now circulating.
5,000,000,000 fully unlocked
Full Ecosystem UnlockYear 10
Ecosystem (25B) and Staking (20B) fully released. 10-year emission schedule complete. 95B+ VRDX circulating (95%+ of total supply). Remaining in DAO treasury for perpetual governance.
95,000,000,000+ circulating

Unlock Schedule (From TGE Day)

Time from TGEEventUnlockedCirculating Supply% of 100B
Day 0TGE — tokens sold, market release8B8,000,000,0008.0%
Month 1-3Community 20% TGE release active+200M8,200,000,0008.2%
Month 3Community cliff ends — linear vesting begins+53.3M/mo~8,360,000,000~8.4%
Month 6Presale cliff ends — linear vesting begins+250M/mo~9,500,000,000~9.5%
Month 6-12Community + Presale vesting ongoing+303M/mo~11,300,000,000~11.3%
Month 12Seed + Team cliff ends — all vesting active+263.9M/mo~11,500,000,000~11.5%
Month 12-24All categories vesting simultaneously~570M/mo~18,300,000,000~18.3%
Month 24Community + Presale fully vested~263.9M/mo~24,300,000,000~24.3%
Month 24-36Seed + Team + Ecosystem vesting~400M/mo~36,300,000,000~36.3%
Month 36Seed/Private fully vested~138.9M/mo~39,300,000,000~39.3%
Month 36-48Team + Ecosystem vesting~280M/mo~52,900,000,000~52.9%
Month 48Team fully vested — all investors unlocked~140M/mo~56,900,000,000~56.9%
Year 5-10Ecosystem + Staking emission~2B/yr~75,000,000,000~75.0%
Year 10Full unlock complete95B+~95,000,000,000~95.0%

Circulating Supply Growth (From TGE Day)

Day 0
8B
8%
Month 3
8.4B
8.4%
Month 6
9.5B
9.5%
Month 12
11.5B
11.5%
Month 18
~15B
15%
Month 24
~24B
24%
Month 36
~39B
39%
Month 48
~57B
57%
Year 5
~65B
65%
Year 7
~80B
80%
Year 10
~95B
95%
⚠ Key Insight
From TGE day, only 8% of tokens are circulating. Investor tokens are fully locked with 3-12 month cliffs. The first unlock event is at Month 3 (Community round). The largest unlock wave starts at Month 12 when Seed + Team cliffs end simultaneously. This design prevents dump pressure and ensures long-term price stability.
DPoS Yield

4. Staking Rewards & Calculator

Earn passive rewards by delegating VRDX to active validators. Green validators operating on 100% renewable energy earn an additional yield bonus.

DPoS Consensus Parameters

  • ✓
    Active Validators: 3 active validator nodes selected every epoch (1,200 blocks).
  • ✓
    Base Staking APY: 8.5% APY is a target rate, to be funded by inflation and, once pools exist, DEX transaction fees.
  • ✓
    Green Validator Bonus: +2.5% APY bonus yield for nodes operating on verified zero-carbon energy.
  • ✓
    Unbonding Period: 7 Days lockup period when unbonding delegated tokens.
  • ✓
    Slashing: 10% stake slash for double-signing; 5% for downtime beyond 50 blocks.
📊 Staking Rewards Calculator
VRDX
Daily Rewards— VRDX
Monthly Rewards— VRDX
Yearly Rewards— VRDX
09
Decentralized Identity & Green Certificates
Implement on-chain decentralized identity (DID) for green energy producers, reforestation projects, and carbon auditors. Each entity receives a verifiable on-chain credential linking their real-world certifications to their blockchain identity, enabling trustless verification of green claims.
10
Layer-2 ZK Rollup Scaling
Deploy a ZK rollup for high-throughput microtransactions: carbon credit micro-offsets, IoT sensor data logging, and real-time energy trading. The rollup batches thousands of transactions off-chain and posts a single ZK proof on-chain, achieving 10,000+ TPS while inheriting Layer-1 security.
11
AI-Powered Autonomous Carbon Verification
Integrate satellite imagery analysis, IoT sensor networks, and AI models via Protremix to autonomously verify reforestation progress and carbon sequestration in real time. Eliminate manual auditing by publishing AI-verified carbon data directly on-chain with cryptographic proof of analysis.
12
Global Green Finance Integration
Enable carbon-backed stablecoins, green bonds, and ESG-compliant DeFi instruments. Partner with institutional carbon registries (Not Verified, Not Verified) for cross-platform credit interoperability. Position VRDX as the settlement layer for the global green economy.
13
IoT & Oracle Network
Deploy decentralized oracle nodes connected to IoT sensors monitoring air quality, soil health, tree growth, and energy production. Real-time environmental data feeds directly into carbon credit calculations and green validator scoring, creating a verifiable chain of custody from sensor to blockchain.
14
Developer Ecosystem & Grant Program
Launch a 5B VRDX developer grant program funded from the ecosystem allocation. Support third-party teams building DeFi protocols, NFT marketplaces, supply chain trackers, and green energy apps on Verdis Chain. Provide open-source SDKs, technical documentation, and deployment grants up to 500K VRDX per project.
Eco Economics

5. Carbon Credit Economics

How Verdis Chain embeds direct environmental offset mechanisms into native consensus and smart contract execution.

On-Chain Proof of Offset (pCO2)

Verdis Chain ties every 100 VRDX transaction fee batch to verified carbon credits (Not Verified / Not Verified). 20% of network fees are automatically directed to purchasing and retiring carbon offsets on-chain via dedicated pallet_eco precompiles.

1 tCO2e = 100 Eco-Credits20% Fee Auto-RetirePrecompile 0x...0802
Total Carbon Offset To Date5,260 kg
Trees Planted Equivalent242
Eco Fund Allocation5,000,000,000 VRDX
Net Carbon ImpactDesigned for energy efficiency
Utility

6. VRDX Token Utility

Six foundational utility pillars driving long-term demand and protocol velocity.

⚡
Network Gas Fees
Pay sub-cent transaction fees (~0.0001 VRDX average) across Substrate native transfers and ink! smart contract executions.
🔒
DPoS Staking
Bond VRDX to secure block validation or delegate to top active validators (3 active nodes) to earn up to 11.0% APY yield.
🏛️
On-Chain Governance
Submit and vote on runtime upgrade proposals, parameter tweaks, and protocol treasury grant disbursements.
🔄
DEX Liquidity & Swaps
Route trades through native AMM DEX liquidity pools with discounted trading fees for VRDX stakers (0.15% tier).
🌱
Carbon Credit Minting
Collateralize VRDX tokens to issue, verify, and trade standardized on-chain carbon credit tokens (pCO2).
🌉
Cross-Chain Bridge
Lock VRDX on Verdis Testnet to mint wrapped VRDX tokens across BSC, Ethereum, and Polygon liquidity pools.
People

Our Team

The minds behind Verdis Chain — combining decades of fintech, blockchain, and software engineering expertise.

DJ
Dorian Jean
CEO
CEO of Verdischain and owner of Shilat18 Ltd, specializing in recycling of eco-products. 10+ years in the eco-products and recycling industry with practical knowledge of sustainable technologies, circular-economy principles, and environmentally focused business development. Leads strategic direction, business development, partnerships, and ecosystem expansion.
MR
Mark Roetzer, P.E.
Chief Technical Officer
Licensed Professional Engineer (NYS) with a B.S. in Civil Engineering Technology from SUNY Polytechnic Institute. Serves as Acting Director of Public Works for the City of Jamestown, NY. Brings infrastructure planning, systems engineering, and project management expertise to the Verdischain technical team. Oversees engineering direction, infrastructure architecture, and operational systems with support from the development team at Protremix.
EJ
Elizabeth Jefferson
Head of Product
Responsible for product strategy, ecosystem development, wallet, explorer, and user experience. Oversees Verdischain user-facing products and ecosystem services, with a focus on creating accessible tools for users, developers, validators, and ecosystem participants.
RG
Rojs Gordons
Founder & Lead Developer
Founder of Protremix (software development company). Leads the architecture, development, and engineering of the Verdischain blockchain, including Substrate runtime, pallets, web infrastructure, and ecosystem tools. Oversees technical direction, smart contract platform, and AI integration for the Protremix ecosystem.
MM
María Dolores Márquez de Prado
Legal Counsel
Advises Verdischain on corporate structure, blockchain regulatory matters, token-related legal considerations, and commercial agreements. Graduated in Law from the Complutense University of Madrid. Served as prosecutor in the Provincial Court of Guipuzcoa and the National Court for 17+ years. Appointed Prosecutor of the Supreme Court (1999-2007). Author of publications on criminal law.
IM
Ignacio Martínez-Arrieta
Legal & Compliance
Member of the Madrid Bar Association since 2010. Graduated in Law from the Complutense University of Madrid and University of Paris 1 Pantheon-Sorbonne. Master's in EU Law (Competition Law) from ULB Brussels, and Master's in Economic Criminal Law from Rey Juan Carlos University. CESCOM Compliance certified. Previously legal adviser in the European Parliament and Berliner Corcoran & Rowe LLP, Washington D.C. Specializes in complex criminal proceedings, money laundering compliance, and internal investigations.
Timeline

7. Token Release Roadmap

Phase-by-phase execution timeline for token unlocking, ecosystem grants, and global reforestation expansion.

Phase 1 • Q1 2026
Genesis & Token Generation (TGE)
Mainnet genesis launch. 24.5B VRDX initial circulating supply. Team & investor cliff period begins.
Phase 2 • Q2 2026
DPoS Staking & DEX Activation
Activation of active validator node slots (21 registered validators). 10,000,000 VRDX bonded per validator at genesis. Native AMM DEX liquidity bootstrap.
Phase 3 • Q3 2026
Eco Precompiles & Presale Unlock
Activation of carbon offset precompile 0x...0802. Presale 12-month cliff completes; linear vesting begins. Public Sale tokens circulating.
Phase 4 • Q1 2027
Seed, Private & Team Cliff End
Seed, Private & Team 12-month cliffs end. Seed/Private vest at 125M VRDX / mo each. Team vests at 416.7M VRDX / mo. DAO governance assumes treasury control.
Phase 5 • 2027 – 2030
Global Carbon Offset Scaling
Full release of community eco funds, targeting 10,000,000+ tCO2e verified carbon offsets retired globally.
Phase 6 • 2030 – 2032
AI-Powered Autonomous Governance
Protremix AI models analyze on-chain proposals, simulate economic impact, and provide governance recommendations to VRDX holders. Implementation of quadratic voting with AI-generated proposal summaries. DAO transitions to hybrid human-AI governance model with automated parameter optimization.
Phase 7 • 2030 – 2033
Cross-Chain Carbon Credit Protocol
Carbon credits minted on Verdis Chain become tradeable across all IBC-connected chains (Polkadot, Cosmos, Ethereum, BSC). Standardized cross-chain carbon credit format with unified retirement verification. 100M+ tCO2e annual offset capacity.
Phase 8 • 2031 – 2034
ZK Rollup & 10,000+ TPS Scaling
Production deployment of Verdis ZK rollup for high-throughput microtransactions. Real-time IoT sensor data logging, carbon credit micro-offsets, and energy trading at 10,000+ TPS while inheriting Layer-1 security. Sub-cent transaction fees for green micropayments.
Phase 9 • 2032 – 2035
Decentralized Identity & Green Certification Network
On-chain DID system for green energy producers, reforestation projects, carbon auditors, and ESG verifiers. W3C-compliant verifiable credentials linked to real-world certifications. Partnerships with Not Verified, Not Verified, and EU ETS for cross-platform carbon credit interoperability.
Phase 10 • 2033 – 2036
Global Green Finance Infrastructure
Carbon-backed stablecoins, green bonds, and ESG-compliant DeFi instruments built natively on Verdis Chain. Institutional-grade carbon registry integration. VRDX positioned as the settlement layer for the $50T+ global green economy. Central bank digital currency (CBDC) pilots for green stimulus programs.
Phase 11 • 2034 – 2037
Planetary Carbon Dashboard
Real-time global carbon footprint dashboard powered by IoT sensors, satellite imagery, and AI analysis via Protremix. Every tonne of CO2 offset on Verdis Chain is traceable from source to retirement. Public API for governments, NGOs, and corporations to verify environmental claims transparently.
Phase 12 • 2035 – 2040
Designed for energy efficiency Planet
Final vision: Verdis Chain retires 1B+ tCO2e cumulative carbon offsets. 500+ validators across 50+ countries, all powered by 100% renewable energy. The protocol becomes the global trust layer for environmental accountability. Blockchain technology transitions from environmental liability to environmental solution.

Join the Green Blockchain Revolution

Verdis Chain is more than a blockchain — it's a commitment to building technology that heals the planet. Explore the live testnet, read the full protocol specifications, and become part of the designed for energy efficiency future.

Open Explorer → Light Paper → Download PDF ↓

Conclusion: Building the Green Standard

Verdis Chain proves that blockchain technology can be environmentally regenerative. By embedding carbon credits, green validator scoring, and reforestation tracking directly into the consensus layer, we make sustainability a protocol-level feature rather than an afterthought.

With 34 pallets in the runtime, native AMM DEX, ink! smart contracts, DPoS consensus, IBC cross-chain communication, and integration with the Protremix AI ecosystem, Verdis Chain provides a complete platform for the next generation of green decentralized applications.

The 100B VRDX token economy is designed for long-term sustainability — with 45% allocated to ecosystem and staking, 12% to investors with structured vesting, and a DAO-governed treasury ensuring community control. Every economic parameter is designed to incentivize decentralization, security, and environmental impact.

This is not a promise. This is architecture.