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Layer 1Independent blockchainVERSION 2.0AUGUST 2026
ORBAICWhitepaper
The official overview of the ORBAIC Layer 1 blockchain, ACI coin, validator network, governance structure and long-term ecosystem vision.
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Proof of StakeValidator consensusϟ
Fast NetworkEfficient transactions</>
EVM CompatibleSmart contract ready♧
DecentralizedCommunity governed◇
SecureProtected infrastructure01.
EXECUTIVE SUMMARY
Abstract
ORBAIC is an independent, EVM-compatible Layer 1 blockchain designed to support digital transactions, smart contracts, validators, applications and the wider ORBAIC ecosystem.
The network uses Proof-of-Stake consensus and combines Cosmos blockchain infrastructure with an Ethereum-compatible execution environment. This enables developers to work with Solidity, JSON-RPC, compatible wallets and established Web3 tooling.
ACI is the native network asset. It supports transaction execution, smart-contract interactions, validator operations and the future evolution of ORBAIC governance.
02.
PROJECT INTRODUCTION
Why ORBAIC Exists
Open Blockchain Infrastructure
ORBAIC is being developed as open blockchain infrastructure where developers, validators, users and community participants can interact through a unified network.
Progressive Decentralization
The network is expanding from its initial infrastructure toward broader validator participation, public development services and future community governance.
03.
LAYER 1 INFRASTRUCTURE
ORBAIC Protocol
ORBAIC operates as a self-contained Layer 1 blockchain with its own consensus, validators, native coin and public infrastructure.
Its Ethereum-compatible execution environment allows developers to deploy Solidity smart contracts while the underlying Proof-of-Stake network manages consensus and block production.
View Network Overview→♙Users
→▱Wallets
→◇Transactions
→⬡Validators
→▣Blocks
ORBAIC LAYER 1 BLOCKCHAIN
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Proof of Stake
Validator-based consensus supports block production, transaction verification and network security.
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Independent Layer 1
ORBAIC operates its own blockchain, native coin, consensus and public infrastructure.
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EVM Execution
Developers can deploy Solidity smart contracts using familiar Ethereum-compatible tools.
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Public Infrastructure
RPC, REST, gRPC, WebSocket, Explorer and Faucet services support network participation.
Cosmos Chain IDorbaic-testnet-2
EVM Chain ID88232
EVM Chain ID Hex0x158A8
Native CoinACI
Base Denominationaaci
Address Prefixorbaic
04.
NATIVE NETWORK ASSET
ACI Coin
ACI is the native coin of the ORBAIC blockchain. On the public testnet, test ACI is used for development, transactions, smart-contract testing and network experimentation.
!
Testnet ACI has no monetary value and is intended only for development and testing.
SYMBOLACI
DECIMALS18
BASE DENOMaaci
Transactions
ACI is the native asset used when executing transactions on the ORBAIC blockchain.
Smart Contracts
ACI supports interactions with EVM applications and deployed smart contracts.
Validator Operations
ACI is integrated with the network's Proof-of-Stake validator architecture.
Future Governance
ACI is intended to support broader participation as ORBAIC governance develops.
05.
ECOSYSTEM PARTICIPATION
ORBAIC Mining Ecosystem
Application-Based Participation
ORBAIC's mining application is an ecosystem participation and reward system. It is separate from the blockchain's Proof-of-Stake consensus mechanism.
App-based balances, eligibility requirements, verification and future distribution conditions are governed by official ORBAIC rules and announcements.
01Participate
Use the official ORBAIC application and ecosystem services.
02Verify
Complete applicable identity and eligibility requirements.
03Qualify
Meet the published conditions for future distribution.
06.
CONSENSUS PARTICIPATION
Validator Network
Validators operate ORBAIC blockchain nodes, participate in consensus and help protect the integrity of the network.
Independent validator onboarding is being introduced gradually as infrastructure, documentation and network operations mature.
Explore Validator Network→✓
Operate independent ORBAIC node infrastructure.
✓
Participate in consensus and block validation.
✓
Help expand geographic and operational decentralization.
✓
Follow network security and uptime requirements.
07.
PROGRESSIVE DECENTRALIZATION
Governance
ORBAIC governance is intended to develop progressively, beginning with documented processes and moving toward broader community participation as the network matures.
Community Proposals
Participants will be able to submit structured proposals for ecosystem and network development.
Transparent Voting
Governance decisions are intended to follow documented voting rules and public outcomes.
Protocol Evolution
Network parameters and future upgrades can progressively move toward decentralized participation.
08.
NETWORK APPLICATIONS
Use Cases
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Digital Payments
Fast blockchain transactions and digital value transfer using the native ACI asset.
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Decentralized Applications
EVM-compatible applications can be deployed using Solidity and established Web3 tooling.
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Digital Assets
Smart contracts can support tokenized assets, ecosystem applications and digital ownership.
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Developer Services
Public RPC, APIs, Explorer and Faucet services provide an accessible development environment.
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Community Ecosystem
Applications, validators, users and ecosystem programs can operate within one Layer 1 network.
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Future Governance
Governance tools are intended to support transparent community participation over time.
09.
NETWORK DEVELOPMENT
Roadmap
ORBAIC development follows operational milestones rather than a fixed mainnet date. Each stage depends on testing, security, validator participation and network readiness.
01
Foundation
CompletedCore blockchain development, network architecture, technical documentation and ecosystem preparation.
02
Public Testnet
LivePublic ORBAIC network, Explorer, Faucet, EVM endpoints and operational block production.
03
Validator Expansion
In ProgressGradual onboarding of independent validators and expansion of distributed infrastructure.
04
Developer Ecosystem
PlannedSmart-contract applications, developer tooling, documentation and ecosystem integrations.
05
Governance Evolution
PlannedProgressive introduction of transparent proposals, voting and decentralized participation.
06
Mainnet Readiness
FutureProduction launch after sufficient testing, security validation and infrastructure maturity.
10.
NETWORK PROTECTION
Security
Validator Security
Consensus infrastructure requires reliable nodes, protected keys, stable networking and continuous monitoring.
Network Protection
Public infrastructure is protected through restricted access, TLS, firewall controls and operational monitoring.
Application Security
Smart contracts and connected applications should undergo testing, review and security validation before production use.
Responsible Testing
The public testnet provides a controlled environment for identifying issues before mainnet deployment.
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Blockchain systems carry technical and operational risk. Network participants should use official resources, protect private keys and independently assess applications before interacting with them.
Building an Open Blockchain Ecosystem
ORBAIC brings together an independent Layer 1 blockchain, Proof-of-Stake validators, EVM-compatible development, the native ACI coin and public network services.
The project will continue to develop through transparent testing, infrastructure expansion, independent validator participation and responsible ecosystem growth.
A.
TECHNICAL REFERENCE
Appendix
Network NameORBAIC Testnet
Cosmos Chain IDorbaic-testnet-2
EVM Chain ID88232
Native CoinACI
Address Prefixorbaic
Node Binaryorbaicd
R.
OFFICIAL RESOURCES