Modular by Design
Instead of a monolithic blockchain, the Layer 1 Engine is composed of interoperable modules that can be upgraded or extended independently.
The Invest Layer 1 Engine Overview
Consensus Layer
Invest Net minimizes and obscures metadata signals such as sender identity, traffic patterns, and timing correlations, limiting who-talked-to-who visibility even under network surveillance.
Modular consensus design
Separates block production, execution, and finality into independent components, allowing consensus mechanisms to evolve or be replaced without disrupting the entire network.
Supports validator participation and staking
Enables validators to join the network, stake tokens, and participate in securing the chain while aligning economic incentives with network health.
Designed for future consensus upgrades
Built to accommodate new consensus models and optimizations over time without requiring hard forks or disruptive rewrites.
This layer secures data, identity, and transactions using modern and future-resistant cryptography.
zkSNARK-enabled privacy primitives
Post-quantum transaction signing (Dilithium)
Encrypted state transitions where required
Provides native cryptographic guarantees across the network.
Provides native cryptographic guarantees across the network. This layer secures data, identity, and transactions using modern and future-resistant cryptography.
Monetization Contracts
Programmable smart contracts define how AI agents are paid and accessed, supporting usage-based or per-call pricing, subscription or staking-based access, revenue sharing between creators and operators, and conditional execution based on payment or permissions—ensuring economic logic remains transparent, enforceable, and fully composable with other on-chain systems.
Execution Layer
Processes transactions, smart contracts, and protocol-level operations. This layer is responsible for executing all on-chain logic in a predictable and verifiable manner.
Deterministic execution environment
Compatible with zero-knowledge verification
Optimized for modular extensions and subnets
Networking & Messaging Layer
Handles peer discovery, messaging, and private routing.
In practice, this means:
Native encrypted messaging (X3DH + Curve25519)
dVPN routing framework
Router node support for traffic privacy
This layer enables secure communication and connectivity across the decentralized network.
Every consensus engine is modular—not a hard-coded dependency
Byzantine Fault Tolerant (BFT) consensus
Proof-of-Stake mechanisms
Hybrid or committee-based models
Application-specific consensus designs
Every consensus engine is modular—not a hard-coded dependency
Every consensus engine is modular—not a hard-coded dependency
This layer secures data, identity, and transactions using modern and future-resistant cryptography.
No-code validator deployment dashboard
Staking and validator lifecycle management
Encrypted state transitions where required
Provides native cryptographic guarantees across the network.
Provides native cryptographic guarantees across the network. This layer secures data, identity, and transactions using modern and future-resistant cryptography.
Monetization Contracts
Programmable smart contracts define how AI agents are paid and accessed, supporting usage-based or pay-per-call pricing, subscription or staking-based access, revenue sharing between creators and operators, and conditional execution based on payment or permission—ensuring economic logic remains transparent, enforceable, and fully composable with other on-chain systems.
Architecture & Security Whitepaper
This whitepaper outlines our core vision, system design, security model, and long-term roadmap. It provides partners, developers, and stakeholders with a clear understanding of how our technology works, why it was built, and how it scales for the future.
