Architecture

Whitepaper

Cerulea Platform Architecture

Eight Modular Layers · Unified Interfaces · Dual-Chain Infrastructure

Cerulea Studio

No-Code Visual Builder

Cerulea Dashboard

Operational Monitoring

Cerulea Explorer

On-Chain Activity Viewer

Cerulea Intelligence

Configuration Guidance · Risk Signals · Structural Recommendations · Compliance Alignment

Compilation Engine / Platform Orchestration

Module Assembly · Deterministic Compilation · Deployment Pipeline · Lifecycle Management

WASM Runtime

WebAssembly · Studio-Generated Contracts

EVM Runtime

Ethereum Virtual Machine · Solidity Contracts

Public L1 · cerulea-public-1

DCF Consensus · Fixed Policy Set

Approved Registry · Identity Verified · Uptime · Governance

Public Chain State

Immutable Ledger · Smart Contract State · Governance Records

5 Active Validators

Policy-Approved Nodes · Distributed Infrastructure

Cerulea Private · Sovereign Enterprise

DCF Consensus · Configurable Policy

Enterprise Defines Rules · Utility · Compliance · Custom

Sovereign Private Chain State

Enterprise-Exclusive Data · Zero Vendor Access

Enterprise Infrastructure

AWS · GCP · Azure · On-Premise · Hybrid

Cross-Chain Bridge Engine · REST APIs · RPC Endpoints · Webhooks

Ethereum · BNB · Polygon · Cosmos (IBC) · Solana · Polkadot (XCM) · Avalanche · Bitcoin (HTLC) · L2 Rollups

Cerulea supports two primary deployment architectures. The architecture selected at project creation determines every subsequent configuration decision.

Dimension	Public L1	Private Chain
Participation	Open, permissionless	Permissioned, enterprise-controlled
Governance	Token-weighted, community-driven	Authority-based, organisation-defined
Validators	Hybrid open onboarding, PoS	Enterprise-selected nodes
Infrastructure	Distributed network participants	Cloud, on-prem, or hybrid (org-owned)
Use Cases	dApps, token systems, ecosystem services	Enterprise blockchain, regulated industries
Compliance	Network-level rules only	Custom compliance enforcement modules
Data control	Network participants	Deploying organisation exclusively

Runtime Engine

The Runtime Engine defines how configured systems become executable blockchain environments. Runtime behavior is versioned: every deployment is associated with a specific runtime version, and changes occur only through governance-approved upgrades.

WASM-based execution for smart contracts and modules
EVM compatibility for Solidity-based contracts on Public L1
On-chain parameter adjustments via governance
Runtime security sandboxing to prevent unauthorised execution
Versioned upgrade orchestration with no hard forks required

Cross-Chain Interoperability

Cross-chain capabilities are configured, not assumed. Supported interoperability includes cross-chain message passing, asset bridging protocols, and optional Private Chain to Public L1 connectivity. All external connectivity must be explicitly enabled during configuration.